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About
Imagine waking up every morning knowing you’re making a difference. When you choose a career in the biotech and life science industry, you’re helping to improve the world around you. From software engineering to data science, the sector is teeming with roles that inspire, challenge and fulfil… Get ready to be one of the game-changers of tomorrow.
Do you want to make a #BIGIMPACT?
Explore Opportunities
LET’S WORK
TOGETHER!
At BioIndustry Association (BIA), our mission is to drive innovation and be a catalyst for the industry’s growth. For that to happen, we need to help companies acquire the very best digital talent and enable skilled candidates to secure their dream jobs. Whether you're a recent graduate or you work for a leading tech company, #BIGIMPACT is designed to help you. Together, we can drive positive change.
Learn more
Opportunities
#BIGIMPACT exists to connect the best digital talent with the UK’s most-innovative top biotech and life science companies. Discover enriching opportunities spanning everything from bioinformatics to AI.
See more
Attracting future talent into our sector via #BIGIMPACT
is a much-needed initiative.
Malcolm Silander, Managing Partner
Co-founder, Precision BioSearch
Dr. Basel Abu-Jamous
Director of Computational Biology
Nucleome Therapeutics
Read more
Dr. Emmanouela Repapi
Senior Bioinformatician
Nucleome Therapeutics
Alice Delvecchio
Machine Learning Scientist
Relation Therapeutics
GET INVOLVED
Are you a representing an university, a professional, BIA member or just want to learn more? If so, you can help us make sure we get the right people in the right roles. Help us educate, inspire and create opportunities for the next generation.
BIA Member
Educator
Professional
Be a part of #BIGIMPACT
Our industry needs digital talent: find out how your company can help shape the future of biotech.
As an engineer trained in computational optimisation and uncertainty quantification, which is part of the
day-to-day for many industrial sectors,
it felt that biology, and in particular bioprocessing, was a land of opportunity, where digitalisation...
What is your story?
Do you want to inspire the next generation? Tell us how and why you got into the industry.
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Are you looking for change? Find out how you can make your mark in biotech.
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Professional
To bring curative treatments to patients we need to decode the genetics that leads to diseases. Digital and data-driven skills are crucial to this mission.
“TechBio” – the convergence of digital data science and biology – will transform healthcare. Attracting computationally-skilled professionals into this data-driven sector is critical for both driving the sector’s success and dramatically improving health outcomes worldwide.
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...and computer-aided decision-making was in its infancy. I was excited about the impact that this could create for the sector and patients.
Dr Danuta Jeziorska, CEO and Founder
Robert Thong, Co-Founder & CEO
Antoine Espinet, Founder and CEO
As an engineer trained in computational optimisation and uncertainty quantification, which is part of the
day-to-day for many industrial sectors,
it felt that biology, and in particular bioprocessing, was a land of opportunity, where digitalisation...
As an engineer trained in computational optimisation and uncertainty quantification, which is part of the day-to-day for many industrial sectors,
it felt that biology, and in particular bioprocessing,
was a land of opportunity, where digitalisation...
As an engineer trained in computational optimisation and uncertainty quantification, which is part of the day-to-day for many industrial sectors,
it felt that biology, and in particular bioprocessing,
was a land of opportunity, where digitalisation...
Learn about biotech job roles
Journalist
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Machine Learning Scientist
Relation Therapeutics
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London, UK/ Full-time
Andrew Parton
Lead Data Scientist
MultiOmic Health
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Ravi Patel
Advanced AI Scientist
BenevolentAI
Read more
Aga Dobrowolska
Machine Learning Scientist
Relation Therapeutics
Read more
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Data Scientist
Relation Therapeutics
London, UK/ Full-time
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Dr. Basel Abu-Jamous
Director of Computational Biology
Nucleome Therapeutics
Read more
Say yes to #BIGIMPACT
Get in touch with us for an exclusive interview on the #BIGIMPACT campaign and the biotech industry.
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Imagine waking up every morning knowing you’re making a difference. When you choose a career in the biotech and life science industry, you’re helping to improve the world around you. From software engineering to data science, the sector is teeming with roles that inspire, challenge and fulfil… Get ready to be one of the game-changers of tomorrow.
Do you want to make a #BIGIMPACT?
Learn more
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“I have always been passionate about working in the medical field and wanting to be able to help heal people. Early on, I decided I wanted to be “behind the scenes” and be in biotech.
I am motivated by wanting to contribute and make an impact in the health care space. I love a fast paced environment which is what drew me to the biotech start up world and has kept me there!
Ariella Cohain, Chief Technology & Data Officer
4 / 4
“TechBio” – the convergence of digital data science and biology – will transform healthcare. Attracting computationally-skilled professionals into this data-driven sector is critical for both driving the sector’s success and dramatically improving health outcomes worldwide.
Robert Thong, Co-Founder & CEO
3 / 4
Dr. Arnulf Hertweck
Senior Bioinformatician
Nucleome Therapeutics
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Dr. Anna James-Bott
Bioinformatician
Nucleome Therapeutics
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Dr. Juliana Cudini
Machine Learning Scientist
Relation Therapeutics
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4 / 6
Harini Srinivasan
Principal Scientific Associate and Computational Biologist
Serna Bio
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Tim Allen
Head of ChemAI
Serna Bio
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Millie Zhao
Advanced AI Scientist
BenevolentAI
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2 / 6
Nicola Richmond
VP of AI
BenevolentAI
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Andrew Parton
Lead Data Scientist
MultiOmic Health
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Ravi Patel
Advanced AI Scientist
BenevolentAI
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Aga Dobrowolska
Machine Learning Scientist
Relation Therapeutics
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Opportunities
#BIGIMPACT exists to connect the best digital talent with the UK’s most-innovative top biotech and life science companies. Discover enriching opportunities spanning everything from bioinformatics to AI.
Student Digital
Industrial Placement
BIA’s Science and Innovation Community have
kick-started an industrial placement pilot programme to attract digital talent into the life sciences discovery and innovation space. Click below to find out more!
Find out more
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Are you currently studying for a data science, informatics, computer science, programming or modelling degree? Are you looking for a digital industrial placement in an innovative life science or biotech company?
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Company Digital
Industrial Placement
If you are a biotech company that would like to offer a placement to a student currently studying for a data science, informatics, computer science, programming or modelling degree, please get in touch via the link below! (Placements vary from summer to one year in duration).
Get in touch
Company Digital
Industrial Placement
If you are a biotech company that would like to offer a placement to a student currently studying for a data science, informatics, computer science, programming or modelling degree,
please get in touch via the link below!
(Placements vary from summer
to one year in duration)
Get in touch
Student Digital
Industrial Placement
BIA’s Science and Innovation Community have
kick-started an industrial placement pilot programme to attract digital talent into the life sciences discovery and innovation space.
Click below to find out more!
Are you currently studying for a data science, informatics, computer science, programming or modelling degree? Are you looking for a digital industrial placement in an innovative
life science or biotech company?
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Job role insights
AI Engineer
Learn More
As an AI engineer, you will develop AI models from the ground up and test, fine tune and deploy AI systems; including drug target identification and screening as well as predictive modelling.
Learn More
Data Analyst
Learn More
Your work will be aimed at gathering, organising and working with data from a wide range of sources: you will also develop, implement and maintain systems
for these datasets.
Learn More
Data Scientist
Learn More
In this role, you will need to identify key business problems that can be solved through data-driven solutions. A large part of your day-to-day life will involve collecting, cleaning and mining data.
Learn More
Machine Learning Engineer
Learn More
This interdisciplinary role will require designing, building and managing algorithms, models and programs so that AI systems can identify patterns and make predictions.
Learn More
Data Architect
Learn More
There’s a reason for the job title:
as a data architect you will be responsible for creating blueprints for data management systems and manage any existing data architecture.
Learn More
Prompt Engineer
Learn More
As a Prompt Engineer, your main responsibility will be to design and craft precise natural language prompts to train AI models to generate more accurate output.
Learn More
Software Engineer
Learn More
As a software engineer, you will work on both new and existing software, be it mobile applications, operating systems or even robots.
Learn More
Bioinformatician
Learn More
Your work will be aimed at supporting scientific research, like, identifying the tools and resources needed for a specific challenge, analysing and interpreting datasets or creating software and databases.
Learn More
Computer Scientist
Learn More
As a computer scientist, you will work with different departments across a company to assess their needs and then identify which digital tools might help.
Learn More
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Job role insights
AI Engineer
Learn More
As an AI engineer, you will develop AI models from the ground up and test, fine tune and deploy AI systems; including drug target identification and screening as well as predictive modelling.
Learn More
Data Scientist
Learn More
In this role, you will need to identify key business problems that can be solved through data-driven solutions. A large part of your day-to-day life will involve collecting, cleaning and mining data.
Learn More
Data Analyst
Learn More
Your work will be aimed at gathering, organising and working with data from a wide range of sources: you will also develop, implement and maintain systems
for these datasets.
Learn More
Data Architect
Learn More
There’s a reason for the job title:
as a data architect you will be responsible for creating blueprints for data management systems and manage any existing data architecture.
Learn More
Machine Learning Engineer
Learn More
This interdisciplinary role will require designing, building and managing algorithms, models and programs so that AI systems can identify patterns and make predictions.
Learn More
Software Engineer
Learn More
As a software engineer, you will work on both new and existing software, be it mobile applications, operating systems or even robots.
Learn More
Prompt Engineer
Learn More
As a Prompt Engineer, your main responsibility will be to design and craft precise natural language prompts to train AI models to generate more accurate output.
Learn More
Computer Scientist
Learn More
As a computer scientist, you will work with different departments across a company to assess their needs and then identify which digital tools might help.
Learn More
Bioinformatician
Learn More
Your work will be aimed at supporting scientific research, like, identifying the tools and resources needed for a specific challenge, analysing and interpreting datasets or creating software and databases.
Learn More
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Tim Allen
Head of ChemAI
Serna Bio
Read more
6 / 18
Harini Srinivasan
Principal Scientific Associate and Computational Biologist
Serna Bio
Read more
5 / 18
Elena Marchini
Product Manager
Mendelian
Read more
Millicent Djabatey
Master's degree student
Mendelian
Read more
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Bioinformatician
Oxford Nanopore
Oxford
Apply now
Data Analyst (Programmer)
Oxford Nanopore
Oxford
Apply now
Solutions Architect
Lifebit
London
Apply now
Senior Bioinformatician
T-Cypher Bio
Oxford
Apply now
3 / 4
Senior Bioinformatician
Oxford
T-Cypher Bio
Solutions Architect
London
Lifebit
Data Analyst (Programmer)
Oxford
Oxford Nanopore
Data Scientist
Relation Therapeutics
London, UK/ Full-time
Apply now
Bioinformatician
Oxford
Oxford Nanopore
Apply now
Machine
Learning Scientist
London, UK/ Full-time
Relation Therapeutics
Apply now
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Alex McVey
CEO
ogibiotec
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Nicola Richmond
VP of AI
BenevolentAI
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Robyn Liu
Biomedical Engineering MEng student
ogibiotec
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Georgiana Neculae
Advanced AI Scientist
BenevolentAI
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6 / 6
Robyn Liu
Biomedical Engineering MEng student
ogibiotec
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Alex Mcvey
CEO
ogibiotec
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4 / 18
Millicent Djabatey
Master's degree student
Mendelian
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3 / 18
Elena Marchini
Product Manager
Mendelian
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2 / 18
Data & Connectivity Lead
AbbVie
Marlow, UK
Apply now
Data & Connectivity Lead
Marlow, UK
AbbVie
Apply now
6 / 6
Bioinformatician
Stevenage (Hybrid)
Laverock Therapeutics
Apply now
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Bioinformatician
Laverock Therapeutics
Stevenage (Hybrid)
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choose a
career with a
feel-good factor.
CHOOSE BIOTECH
ABOUT
The #BIGIMPACT campaign encourages people with digital skills to pursue a career in biotech and life sciences. The campaign aims to close the skills gap in the industry by connecting next-generation digital talent with businesses looking to grow and innovate.
This website provides valuable resources including job listings, employee spotlights and tools for the next big step in your career. Whether you're a recent graduate or a seasoned professional, join the #BIGIMPACT revolution today and start building a career that makes a real difference.
Top four reasons to choose biotech as a career:
1.
2.
3.
4.
Biotech is at the forefront of innovation. Advancements in AI and machine learning are benefitting the whole industry from healthcare to sustainability.
The biotech industry is highly collaborative, with a strong focus on teamwork and a supportive community of like-minded individuals working towards a common goal.
Biotech companies often focus on developing products and solutions
that positively impact society and the environment, making it
a rewarding and socially responsible career choice.
82% of companies in the industry are SMEs and the sector is growing rapidly leading to many opportunities for career development.
Learn more
THE #BIGIMPACT TEAM
Insights
Read the BIA's 2024 TechBio report to learn the current state of the sector and to read case studies from companies on the vanguard of innovation within the field.
Bringing a single drug to patients costs $1 billion – roughly as much as building and launching a spaceship. deepmirror helps simplify the adoption of AI for molecule design and getting drugs to patients faster.
TechBio's 2024 breakthroughs proved it’s not just innovating—it’s transforming healthcare, with the UK leading the charge into a future where biology, tech, and data redefine possibilities.
The discovery of these biomarkers marks a significant milestone in MultiOmic Health mission to advance precision medicine for serious complications of metabolic dysfunction.
Explore more BIA news
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THE #BIGIMPACT TEAM
LET’S WORK
TOGETHER!
At BioIndustry Association (BIA), our mission is to drive innovation and be a catalyst for the industry’s growth. For that to happen, we need to help companies acquire the very best digital talent and enable skilled candidates to secure their dream jobs. Whether you're a recent graduate or you work for a leading tech company, #BigImpact is designed to help you. Together, we can drive positive change.
Learn more
Skills Strategy Consultant
Dr. Kate Barclay
Managing Director
Jane Wall
Associate Director of Marketing and Communications
Alina O'Keeffe
Skills Programme Executive, BIA
Cristina Hernandez Vazquez
LET’S WORK
TOGETHER!
At BioIndustry Association (BIA), our mission is to drive innovation and be a catalyst for the industry’s growth. For that to happen, we need to help companies acquire the very best digital talent and enable skilled candidates to secure their dream jobs. Whether you're a recent graduate or you work for a leading tech company, #BIGIMPACT is designed to help you. Together, we can drive positive change.
Learn more
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TechBio in 2024: a year of transformation and innovation
TechBio: UK leads innovation frontier
deepmirror secures $2.4 million to help chemists design drugs with one click
MultiOmic Health announces discovery of novel endotypes and biomarkers for diabetic kidney disease
TechBio's 2024 breakthroughs proved it’s not just innovating—it’s transforming healthcare, with the UK leading the charge into a future where biology, tech, and data redefine possibilities.
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Digital Marketing Executive
Erica Hollingsworth
Managing Director
Associate Director of Marketing and Communications
Skills Strategy Consultant
Skills Programme Executive, BIA
Cristina Hernandez Vazquez
Starts with you.
Find a job you want, not a job you need.
Machine Learning Scientist
Relation Therapeutics
London, UK/ Full-time
Apply now
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Data Scientist
Relation Therapeutics
London, UK/ Full-time
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Bioinformatician
Oxford
Oxford Nanopore
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Learn about biotech job roles
Starts with you.
Find a job you want, not a job you need.
Data Scientist
Relation Therapeutics
London, UK/ Full-time
Apply now
Machine
Learning Scientist
Relation Therapeutics
London, UK/ Full-time
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Data Analyst (Programmer)
Oxford Nanopore
Oxford
Data Scientist – Protein Sequencing
Oxford Nanopore
Oxford
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Bioinformatician (Remote - Nextflow Developer)
Lifebit
London, UK/ Full-time
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Bioinformatician (Remote - WDL Developer)
Lifebit
London, UK/ Full-time
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1 / 14
Student Digital
Industrial Placement
BIA’s Science and Innovation Community have
kick-started an industrial placement pilot programme to attract digital talent into the life sciences discovery and innovation space. Click below to find out more!
Are you currently studying for a data science, informatics, computer science, programming or modelling degree? Are you looking for a digital industrial placement in an innovative
life science or biotech company?
Find out more
Company Digital
Industrial Placement
If you are a biotech company that would like to offer a placement to a student currently studying for a data science, informatics, computer science, programming or modelling degree, please get in touch via the link below!
(Placements vary from summer to one year in duration)
AI Engineer
As an AI engineer, you will develop AI models from the ground up and test, fine tune and deploy AI systems; including drug target identification and screening as well as predictive modelling.
Learn More
Solutions Architect
Learn More
Senior Bioinformatician
Learn More
Bioinformatician
Learn More
Data Analyst (Programmer)
Learn More
Data Scientist – Protein Sequencing
Learn More
Data & Connectivity Lead
Learn More
Machine Learning Engineer
This interdisciplinary role will require designing, building and managing algorithms, models and programs so that AI systems can identify patterns and make predictions.
Learn More
Prompt Engineer
As a Prompt Engineer, your main responsibility will be to design and craft precise natural language prompts to train AI models to generate more accurate output.
Learn More
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Company Digital
Industrial Placement
If you are a biotech company that would like to offer a placement to a student currently studying for a data science, informatics, computer science, programming or modelling degree,
please get in touch via the link below!
(Placements vary from summer
to one year in duration)
Get in touch
Job role insights
AI Engineer
As an AI engineer, you will develop AI models from the ground up and test, fine tune and deploy AI systems; including drug target identification and screening as well as predictive modelling.
Learn More
Computer Scientist
As a computer scientist, you will work with different departments across a company to assess their needs and then identify which digital tools might help.
Learn More
Software Engineer
As a software engineer, you will work on both new and existing software, be it mobile applications, operating systems or even robots.
Learn More
Bioinformatician
Your work will be aimed at supporting scientific research, like, identifying the tools and resources needed for a specific challenge, analysing and interpreting datasets or creating software and databases.
Learn More
Data Analyst
Your work will be aimed at gathering, organising and working with data from a wide range of sources: you will also develop, implement and maintain systems for these datasets.
Learn More
Data Scientists
In this role, you will need to identify key business problems that can be solved through data-driven solutions. A large part of your day-to-day life will involve collecting, cleaning and mining data.
Learn More
Machine Learning Engineer
This interdisciplinary role will require designing, building and managing algorithms, models and programs so that AI systems can identify patterns and make predictions.
Learn More
Prompt Engineer
As a Prompt Engineer, your main responsibility will be to design and craft precise natural language prompts to train AI models to generate more accurate output.
Learn More
Data Architect
There’s a reason for the job title: as a data architect you will be responsible for creating blueprints for data management systems and manage any existing data architecture.
Learn More
Job role insights
Bioinformatician
Computer Scientist
Learn More
Learn More
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Prompt Engineer
Software Engineer
Data Architect
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Machine Learning Engineer
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Data Analyst
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Data Scientist
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AI Engineer
Learn More
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Previous
Your work will be aimed at supporting scientific research, like, identifying the tools and resources needed for a specific challenge, analysing and interpreting datasets or creating software and databases.
Learn More
As a computer scientist, you will work with different departments across a company to assess their needs and then identify which digital tools might help.
Learn More
As a Prompt Engineer, your main responsibility will be to design and craft precise natural language prompts to train AI models to generate more accurate output.
Learn More
As a software engineer, you will work on both new and existing software, be it mobile applications, operating systems or even robots.
Learn More
This interdisciplinary role will require designing, building and managing algorithms, models and programs so that AI systems can identify patterns and make predictions.
Learn More
There’s a reason for the job title:
as a data architect you will be responsible for creating blueprints for data management systems and manage any existing data architecture.
Learn More
Your work will be aimed at gathering, organising and working with data from a wide range of sources: you will also develop, implement and maintain systems
for these datasets.
Learn More
In this role, you will need to identify key business problems that can be solved through data-driven solutions. A large part of your day-to-day life will involve collecting, cleaning and mining data.
Learn More
As an AI engineer, you will develop AI models from the ground up and test, fine tune and deploy AI systems; including drug target identification and screening as well as predictive modelling.
Learn More
Bioinformatician
Stevenage (Hybrid)
Laverock Therapeutics
Apply now
Solutions Architect
London
Lifebit
Apply now
Senior Bioinformatician
T-Cypher Bio
Oxford
Apply now
Data & Connectivity Lead
AbbVie
Marlow, UK
Apply now
Oxford
Oxford Nanopore
Oxford
Oxford Nanopore
Stevenage (Hybrid)
Laverock Therapeutics
Marlow, UK
AbbVie
Oxford
T-Cypher Bio
London
Lifebit
GET INVOLVED
Are you representing a university, media, biotech industry or simply want to learn more? Get involved and spread the word about the #BIGIMPACT campaign in your network. Together we can educate, inspire and create opportunities for the next generation of digital talent in the biotech industry.
Educator
Professional
Journalist
BIA Member
I am a/an:
Set your students up for success. Find out how you can help them start a career in biotech.
Help them make
a #BIGIMPACT
Educator
Are you looking for change? Find out how you can make your mark in biotech.
Now is the time for your #BIGIMPACT
Professional
Journalist
Get in touch with us for an exclusive interview on the #BIGIMPACT campaign and the biotech industry.
Ready to spread the big news?
Say yes to #BIGIMPACT
Our industry needs digital talent: find out how your company can help shape the future of biotech.
Be a part of #BIGIMPACT
BIA Member
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Learn more about big opportinities that biotech & life sciences field has to offer
DOWNLOAD YOUR INFORMATIOn PACK now!.
Learn more about big opportinities that biotech & life sciences field has to offer
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Get news, updates and the latest opportunities delivered to your inbox.
BIA Member
Educator
Professional
Journalist
Get in touch with us for an exclusive interview on the #BIGIMPACT campaign and the biotech industry.
Ready to spread the BIG news?
Journalist
Our industry needs digital talent: find out how your company can help shape the future of biotech.
Be a part of #BIGIMPACT
BIA Member
Are you looking for change? Find out how you can make your mark in biotech.
Now is the time for your #BIGIMPACT
Professional
Set your students up for success. Find out how you can help them start a career in biotech.
Help them make
a #BIGIMPACT
Educator
GET INVOLVED
Are you representing a university, media, biotech industry or simply want to learn more? Get involved and spread the word about the #BIGIMPACT campaign in your network. Together we can educate, inspire and create opportunities for the next generation of digital talent in the biotech industry.
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Basel leads Nucleome’s computational team who have diverse expertise in bioinformatics, data science, machine learning and software engineering.
He completed a PhD in Bioinformatics at Brunel University London and developed scientific rigor in data analysis and the development of algorithms, studying applications in human, plant, and yeast genetics. He then entered industry to focus on the bigger picture, scientific discovery and translational research. Prior to joining Nucleome, he was a Senior Bioinformatician at Sensyne Health, focused on the analysis of health data from UK hospitals to address challenges within the pharma industry.
He is passionate about teaching bioinformatics and remains active in delivering workshops and courses.
He has authored several journal articles, book chapters and a book.
1. What inspired you to get into the biotech industry?
Having an impact on lives and human health, as well as the sheer volume and complexity of the technical problem of solving human genetics.
Solving a real and challenging problem using state-of-the-art methods, while pushing the boundaries of human knowledge and designing interdisciplinary solutions. I also enjoy interacting and learning from people with different backgrounds, while pushing my team to develop their soft as well as
technical skills.
2. What do you enjoy most about the work you do?
Building and directing the A-star Computational Biology team at Nucleome of highly diverse, smart and dedicated members.
3. What are you most proud of in your career so far?
At Nucleome, people are driven, scientifically rigorous, collaborative, friendly and caring
4. How would you describe your company culture?
Focus on soft skills as much as on the technical skills. Realisation of impactful results requires the ability to focus, handle priorities smartly, define what is fit-for-purpose, manage stress and ambiguity, and be collaborative and dynamic. All these qualities depend on attitude and soft skills beyond merely having the technical skills and intelligence.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Continuously exciting
6. What one word would you use to summarise your experience so far within this industry?
Dr. Basel Abu-Jamous
Director of Computational Biology
Nucleome Therapeutics
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Prior to her position in Nucleome Therapeutics, Emmanouela was a UKRI Rutherford Fund Fellow working on the integration of data from single cell RNA-Seq technologies with mass spectrometry (CyTOF) data to study cell heterogeneity and differentiation at the Weatherall Institute for Molecular Medicine (WIMM) of the University of Oxford. Prior to the fellowship, she worked for the Computational Biology Research Group providing advice and expertise on statistical analyses for a variety of projects of the WIMM, focusing on the analysis of all types of RNA Sequencing data and teaching the RNA-Seq course.
Emmanouela completed her DPhil at the Ludwig Institute for Cancer Research at the University of Oxford working on the identification and analysis of single nucleotide polymorphisms (SNPs) that affect cancer in humans. She was involved in numerous projects, working with clinical and genetic data of different types of cancer including chronic lymphocytic leukaemia, melanoma, and pancreatic cancer.
Prior to her PhD, she worked as a training fellow in Genetic Epidemiology at the University of Leicester conducting a meta-analysis of Genome Wide Association Studies (GWAS) for pulmonary function. Her first degree was in Applied Mathematics at the National Technical University of Athens before completing an MSc in Applied Statistics at the University of Oxford.
1. What inspired you to get into the biotech industry?
Working in the biotech industry you can see ideas implemented into products in a true bench-to-bedside manner.
The day-to-day coding, I just find it fun.
2. What do you enjoy most about the work you do?
Dr. Emmanouela Repapi
Senior Bioinformatician
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Achieving some of my hardest goals, getting my PhD and finishing my paper before I left academia.
3. What are you most proud of in your career so far?
Nucleome Therapeutics has a friendly and supportive environment which promotes collaborations between people and groups.
4. How would you describe your company culture?
The most important thing is finding the right company to suit your background and expertise.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Fast-paced.
6. What one word would you use to summarise your experience so far within this industry?
Nucleome Therapeutics
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Dr. Emmanouela Repapi
Senior Bioinformatician
Nucleome Therapeutics
Prior to her position in Nucleome Therapeutics, Emmanouela was a UKRI Rutherford Fund Fellow working on the integration of data from single cell RNA-Seq technologies with mass spectrometry (CyTOF) data to study cell heterogeneity and differentiation at the Weatherall Institute for Molecular Medicine (WIMM) of
the University of Oxford. Prior to the fellowship, she worked for the Computational Biology Research Group providing advice and expertise on statistical analyses
for a variety of projects of the WIMM, focusing on the analysis of all types of RNA Sequencing data and teaching the RNA-Seq course.
Emmanouela completed her DPhil at the Ludwig Institute for Cancer Research at the University of Oxford working on the identification and analysis of single nucleotide polymorphisms (SNPs) that affect cancer in humans. She was involved in numerous projects, working with clinical and genetic data of different types of cancer including chronic lymphocytic leukaemia, melanoma, and pancreatic cancer.
Prior to her PhD, she worked as a training fellow in Genetic Epidemiology at the University of Leicester conducting a meta-analysis of Genome Wide Association Studies (GWAS) for pulmonary function. Her first degree was in Applied Mathematics at the National Technical University of Athens before completing an MSc in Applied Statistics at the University of Oxford.
Working in the biotech industry you can see ideas implemented into products in a true bench-to-bedside manner.
1. What inspired you to get into the biotech industry?
The day-to-day coding, I just find it fun.
2. What do you enjoy most about the work you do?
The most important thing is finding the right company to suit your background and expertise.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Fast-paced.
6. What one word would you use to summarise your experience so far within this industry?
Achieving some of my hardest goals, getting my PhD and finishing my paper before I left academia.
3. What are you most proud of in your career so far?
Nucleome Therapeutics has a friendly and supportive environment which promotes collaborations between people and groups.
4. How would you describe your company culture?
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Arnulf’s work focuses on the phasing of genetic variants analysis from single-molecule sequencing data and the creation of visualisation apps for gene expression data to facilitate data exploration by the target validation team.
His PhD was in molecular biology at Imperial College London between 2004 and 2009 on the role of micro RNAs in gene expression regulation in T lymphocytes. After his PhD he worked as a postdoc at King’s College London where he investigated how transcription factors utilise gene regulatory elements to regulate lineage-specific gene expression in immune cells. In 2014 Arnulf joined University College London as a postdoc where he continued his work on mechanisms of gene regulation in immune cells. During this time, he used computational methods to analyse and interpret genome-scale biomedical data sets. This work revealed a particular type of mechanism that regulated inflammatory genes in immune cells. This new discovery could be used therapeutically to successfully intervene with inflammatory responses in vivo.
1. What inspired you to get into the biotech industry?
A fundamental problem in drug discovery is that the cost and time of bringing drugs to market is steadily increasing which causes high unmet clinical needs for patients. What inspired me to work in the biotech industry was the potential of applying AI technologies and big data processing to transform the drug discovery process by accelerating design-make-test cycles. This will ultimately improve disease treatment and patient care.
I enjoy developing and implementing analytical tools and workflows to analyse and interpret genome-scale biomedical datasets. In particular, I’m interested in applying predictive models and network-based approaches to multi-omics data to dissect gene-disease relationships in order to identify novel drug targets and biomarkers. In addition, it is important for me to operate in close collaboration with other experimental and computational scientists with the common goal to develop next-generation therapeutics.
2. What do you enjoy most about the work you do?
The ability of harnessing my knowledge of biological pathways and the computational skills of analysing biomedical data to understanding disease mechanisms. This gives me the opportunity to help creating commercial products that offer life-changing benefits for patients.
3. What are you most proud of in your career so far?
At Nucleome we are a talented group of experts, working together at the forefront of drug target discovery. We challenge ourselves by pursuing to find innovative solutions for what seems impossible. The driving force in our work is the ambition to pioneer a new class of therapies that will revolutionise the current standard of care. Our approach to achieving these goals is by fostering creativity, curiosity, and teamwork and by promoting a supportive work environment in which individual contributions make an impact on the development of the company.
4. How would you describe your company culture?
Get associated with research environments related to human disease and work on projects in which drug development technologies are applied. This will help gaining skills and domain knowledge which are sought after by biotech companies.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Purposeful.
6. What one word would you use to summarise your experience so far within this industry?
Dr. Arnulf Hertweck
Senior Bioinformatician
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Dr. Arnulf Hertweck
Senior Bioinformatician
Nucleome Therapeutics
Arnulf’s work focuses on the phasing of genetic variants analysis from single-molecule sequencing data and the creation of visualisation apps for gene expression data to facilitate data exploration by the target validation team.
His PhD was in molecular biology at Imperial College London between 2004 and 2009 on the role of micro RNAs in gene expression regulation in T lymphocytes. After his PhD he worked as a postdoc at King’s College London where he investigated how transcription factors utilise gene regulatory elements to regulate lineage-specific gene expression in immune cells. In 2014 Arnulf joined University College London as a postdoc where he continued his work on mechanisms of gene regulation in immune cells. During this time, he used computational methods to analyse and interpret genome-scale biomedical data sets. This work revealed a particular type of mechanism that regulated inflammatory genes in immune cells. This new discovery could be used therapeutically to successfully intervene with inflammatory responses in vivo.
A fundamental problem in drug discovery is that the cost and time of bringing drugs to market is steadily increasing which causes high unmet clinical needs for patients. What inspired me to work in the biotech industry was the potential of applying AI technologies and big data processing to transform the drug discovery process by accelerating design-make-test cycles. This will ultimately improve disease treatment and patient care.
1. What inspired you to get into the biotech industry?
I enjoy developing and implementing analytical tools and workflows to analyse and interpret genome-scale biomedical datasets. In particular, I’m interested in applying predictive models and network-based approaches to multi-omics data to dissect gene-disease relationships in order to identify novel drug targets and biomarkers. In addition, it is important for me to operate in close collaboration with other experimental and computational scientists with the common goal to develop next-generation therapeutics.
2. What do you enjoy most about the work you do?
The ability of harnessing my knowledge of biological pathways and the computational skills of analysing biomedical data to understanding disease mechanisms. This gives me the opportunity to help creating commercial products that offer life-changing benefits for patients.
3. What are you most proud of in your career so far?
At Nucleome we are a talented group of experts, working together at the forefront of drug target discovery. We challenge ourselves by pursuing to find innovative solutions for what seems impossible. The driving force in our work is the ambition to pioneer a new class of therapies that will revolutionise the current standard of care. Our approach to achieving these goals is by fostering creativity, curiosity, and teamwork and by promoting a supportive work environment in which individual contributions make an impact on the development of the company.
4. How would you describe your company culture?
Get associated with research environments related to human disease and work on projects in which drug development technologies are applied. This will help gaining skills and domain knowledge which are sought after by biotech companies.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Continuously exciting
6. What one word would you use to summarise your experience so far within this industry?
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Anna completed a DPhil in Computational Biology, she was keen to secure a position in a biotech because she wanted to contribute in a meaningful way to combatting human diseases.
Working at a biotech is fast-paced and challenging. I enjoy that my work changes day-to-day, that it involves creative problem solving, and that it is at the forefront of knowledge on the human genome. Nucleome is an extremely welcoming and friendly environment, full of industry experts across multiple disciplines that strive to help each other grow.
I am extremely happy with my decision to move into biotech immediately after completing my DPhil. I knew that I did not want to pursue a postdoctoral position at a university, but I still wanted to be involved in research and development and be able to innovate. I would encourage other early career researchers to consider careers in biotech too.
Dr. Anna James-Bott
Bioinformatician
Nucleome Therapeutics
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Dr. Anna James-Bott
Bioinformatician
Nucleome Therapeutics
Anna completed a DPhil in Computational Biology, she was keen to secure a position in a biotech because she wanted to contribute in a meaningful way to combatting human diseases.
Working at a biotech is fast-paced and challenging. I enjoy that my work changes day-to-day, that it involves creative problem solving, and that it is at the forefront of knowledge on the human genome. Nucleome is an extremely welcoming and friendly environment, full of industry experts across multiple disciplines that strive to help each other grow.
I am extremely happy with my decision to move into biotech immediately after completing my DPhil. I knew that I did not want to pursue a postdoctoral position at a university, but I still wanted to be involved in research and development and be able to innovate. I would encourage other early career researchers to consider careers in biotech too.
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Alice Delvecchio
Machine Learning Scientist
Relation Therapeutics
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1. What inspired you to get into the biotech industry?
During my university studies in Maths, I realised that I wanted to apply the quantitative skills I was learning to an area that had the potential to make a tangible difference in people’s lives. The biotech industry caught my attention as a field where I could achieve this goal, and I became increasingly drawn to the innovative research being conducted in this area.
One of the things I enjoy about my work is the cross-disciplinary nature of it. We’re building technologies that require a deep understanding of both biology and machine learning, so there’s a lot of collaboration between different areas of expertise. This means there are lots of opportunities to learn about a broad range of subjects by working alongside people from various backgrounds.
2. What do you enjoy most about the work you do?
I am proud of how much I have learnt so far in my career. I’ve had the opportunity to explore a wide range of machine learning areas and learn how to conduct research in a collaborative environment, which has been a rewarding experience.
3. What are you most proud of in your career so far?
The culture is very friendly and open. I have found my colleagues to be incredibly welcoming and willing to answer questions and help.
4. How would you describe your company culture?
Learn to code earlier, as it unlocks many opportunities
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Fast-paced
6. What one word would you use to summarise your experience so far within this industry?
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Alice Delvecchio
Machine Learning Scientist
Relation Therapeutics
1. What inspired you to get into the biotech industry?
During my university studies in Maths, I realised that I wanted to apply the quantitative skills I was learning to an area that had the potential to make a tangible difference in people’s lives. The biotech industry caught my attention as a field where I could achieve this goal, and I became increasingly drawn to the innovative research being conducted in this area.
One of the things I enjoy about my work is the cross-disciplinary nature of it. We’re building technologies that require a deep understanding of both biology and machine learning, so there’s a lot of collaboration between different areas of expertise. This means there are lots of opportunities to learn about a broad range of subjects by working alongside people from various backgrounds.
2. What do you enjoy most about the work you do?
I am proud of how much I have learnt so far in my career. I’ve had the opportunity to explore a wide range of machine learning areas and learn how to conduct research in a collaborative environment, which has been a rewarding experience.
3. What are you most proud of in your career so far?
The culture is very friendly and open.
I have found my colleagues to be incredibly welcoming and willing to answer questions and help.
4. How would you describe your company culture?
Learn to code earlier, as it unlocks many opportunities
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Fast-paced.
6. What one word would you use to summarise your experience so far within this industry?
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1. What inspired you to get into the biotech industry?
As a trained biologist, I was really inspired by how tech was being used alongside biological expertise to not only answer existing questions, but to generate new ones as well. I knew that the future of biological research was not being replaced by tech but very much evolving alongside it, in a really exciting way. It has been incredible to see some of the discoveries that have been made by this combined discipline, and I wanted to position myself in an atmosphere where I could contribute to that.
The interdisciplinary nature of my work is by far the most enjoyable. The richness in thought when multiple perspectives contribute to a problem-solving task make it really satisfying to work on complex, multifaceted projects – big or small. It also helps to keep things interesting! My work is never monotonous.
2. What do you enjoy most about the work you do?
My proudest moment actually happened when I was a masters student, and I was asked to prepare and present a keynote talk at a conference for my supervisor due to a last minute scheduling issue. I had zero-to-no conference experience yet so my nerves nearly got the best of me. In the end, the talk went very well, and it instilled in me a really deep love for public speaking and scientific communication that I still hold to this day. I am really grateful for it, as the ability to confidently present my work to others on demand, no matter the audience, continues to prove essential as I progress through my career.
3. What are you most proud of in your career so far?
Relation is a really enriching environment where problems are solved through the combinatorial power of many perspectives, rather than just the loudest ones. It makes you feel like no matter who you are, your work and your expertise are crucial in decision-making and problem-solving. It has been especially rewarding as someone earlier on in their career to be able to learn from those with really vast experience in a comfortable and welcoming way.
4. How would you describe your company culture?
That it's ok to feel a little aimless – being interested in multiple things is what brought me to where I am today and continues to enrich my career.
The overarching goal to be achieved often has multiple paths leading to it, it is instead about finding the one that aligns best with the skillset you and those you are working with have.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Curiosity
6. What one word would you use to summarise your experience so far within this industry?
Data Science Associate
Relation Therapeutics
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Dr. Juliana Cudini
Data Science Associate
Relation Therapeutics
Dr. Juliana Cudini
1. What inspired you to get into the biotech industry?
As a trained biologist, I was really inspired by how tech was being used alongside biological expertise to not only answer existing questions, but to generate new ones as well. I knew that the future of biological research was not being replaced by tech but very much evolving alongside it, in a really exciting way. It has been incredible to see some of the discoveries that have been made by this combined discipline, and I wanted to position myself in an atmosphere where I could contribute to that.
The interdisciplinary nature of my work is by far the most enjoyable. The richness in thought when multiple perspectives contribute to a problem-solving task make it really satisfying to work on complex, multifaceted projects – big or small. It also helps to keep things interesting! My work is never monotonous.
2. What do you enjoy most about the work you do?
My proudest moment actually happened when I was a masters student, and I was asked to prepare and present a keynote talk at a conference for my supervisor due to a last minute scheduling issue. I had zero-to-no conference experience yet so my nerves nearly got the best of me. In the end, the talk went very well, and it instilled in me a really deep love for public speaking and scientific communication that I still hold to this day. I am really grateful for it, as the ability to confidently present my work to others on demand, no matter the audience, continues to prove essential as I progress through my career.
3. What are you most proud of in your career so far?
Relation is a really enriching environment where problems are solved through the combinatorial power of many perspectives, rather than just the loudest ones. It makes you feel like no matter who you are, your work and your expertise are crucial in decision-making and problem-solving. It has been especially rewarding as someone earlier on in their career to be able to learn from those with really vast experience in a comfortable and welcoming way.
4. How would you describe your company culture?
That it's ok to feel a little aimless – being interested in multiple things is what brought me to where I am today and continues to enrich my career.
The overarching goal to be achieved often has multiple paths leading to it, it is instead about finding the one that aligns best with the skillset you and those you are working with have.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Curiosity
6. What one word would you use to summarise your experience so far within this industry?
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1. What inspired you to get into the biotech industry?
I have to admit that I fell into the pharmaceutical industry by accident via an interesting industrial research contract. I love applying my technical skill set to solving problems in drug discovery and development with AI approaches and the endpoint of helping patients feel better is very much the icing on the cake
What I enjoy most about my job is getting to work with really talented people on really interesting problems, that if solved, have real societal benefit.
2. What do you enjoy most about the work you do?
Aside from the successful projects I’ve been involved in, I’m really proud to have had the opportunity to positively impact the careers of junior colleagues and team members.
3. What are you most proud of in your career so far?
The culture at BenevolentAI is phenomenal. The people are extraordinarily talented, kind and humble, which is a winning combination. The company actively supports women in the workplace and has a strong ethos around diversity, equity and inclusion.
4. How would you describe your company culture?
I would tell my younger self to follow my passions and seek out colleagues who can act as mentors and champions
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Gratifying
6. What one word would you use to summarise your experience so far within this industry?
VP of AI
BenevolentAI
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Nicola Richmond
VP of AI
BenevolentAI
Nicola Richmond
1. What inspired you to get into the biotech industry?
I have to admit that I fell into the pharmaceutical industry by accident via an interesting industrial research contract. I love applying my technical skill set to solving problems in drug discovery and development with AI approaches and the endpoint of helping patients feel better is very much the icing on the cake
What I enjoy most about my job is getting to work with really talented people on really interesting problems, that if solved, have real societal benefit.
2. What do you enjoy most about the work you do?
Aside from the successful projects I’ve been involved in, I’m really proud to have had the opportunity to positively impact the careers of junior colleagues and team members.
3. What are you most proud of in your career so far?
The culture at BenevolentAI is phenomenal. The people are extraordinarily talented, kind and humble, which is a winning combination. The company actively supports women in the workplace and has a strong ethos around diversity, equity and inclusion.
4. How would you describe your company culture?
I would tell my younger self to follow my passions and seek out colleagues who can act as mentors and champions
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Gratifying
6. What one word would you use to summarise your experience so far within this industry?
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1. What inspired you to get into the biotech industry?
I wanted to work on problems that really matter; problems that can have a positive impact on society. In my opinion, few other applications of AI can have as positive an impact on society and people's lives as working in this industry.
Every time I think I've found a simple solution to a problem I am working on, discussing it with a drug discoverer demonstrates how little I understand the problem and the fascinating complexity within. I enjoy the difficulty of what we are trying to accomplish and the benefit that they could bring for patients.
2. What do you enjoy most about the work you do?
I would say that I'm most proud of my PhD work. Working on spiking neural networks was an exercise in frustration, but the feeling of achievement working on something I felt was interesting and worthwhile for years was worth the pain!
3. What are you most proud of in your career so far?
Collaboration is a cornerstone of what we do and it shows in every team I've worked on. It's been inspiring to work with so many intelligent, passionate people who are driven by their desire to benefit patients.
4. How would you describe your company culture?
Find people that are as excited about the problem as you - you'll tackle bigger problems that you thought you could, achieve more than you thought you could, and have more fun than you thought you would.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Inspiring
6. What one word would you use to summarise your experience so far within this industry?
Advanced AI Scientist
BenevolentAI
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Dr. Juliana Cudini
Advanced AI Scientist
BenevolentAI
Georgiana Neculae
1. What inspired you to get into the biotech industry?
I wanted to work on problems that really matter; problems that can have a positive impact on society. In my opinion, few other applications of AI can have as positive an impact on society and people's lives as working in this industry.
Every time I think I've found a simple solution to a problem I am working on, discussing it with a drug discoverer demonstrates how little I understand the problem and the fascinating complexity within. I enjoy the difficulty of what we are trying to accomplish and the benefit that they could bring for patients.
2. What do you enjoy most about the work you do?
I would say that I'm most proud of my PhD work. Working on spiking neural networks was an exercise in frustration, but the feeling of achievement working on something I felt was interesting and worthwhile for years was worth the pain!
3. What are you most proud of in your career so far?
Collaboration is a cornerstone of what we do and it shows in every team I've worked on. It's been inspiring to work with so many intelligent, passionate people who are driven by their desire to benefit patients.
4. How would you describe your company culture?
Find people that are as excited about the problem as you - you'll tackle bigger problems that you thought you could, achieve more than you thought you could, and have more fun than you thought you would.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Inspiring
6. What one word would you use to summarise your experience so far within this industry?
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1. What inspired you to get into the biotech industry?
I have worked in a few different industries before, as an AI scientist,
many machine learning models you use to solve the problems in these industries are similar, the difference comes from the data. The main motivation for being in biotech and drug discovery is the potential positive impact I can make. I also come from a science background so it is exciting to be able to apply machine learning to speed up scientific discovery.
I am surrounded by so many talented people that are multidisciplinary, I am always learning from them, whether it is different areas of biology or the newest advancement in machine learning.
2. What do you enjoy most about the work you do?
I had very basic knowledge on Biology at the beginning, but after 2 years being in the company I am able to lead projects and teams to solve problems in drug discovery using machine learning.
3. What are you most proud of in your career so far?
Inclusive and open, we have a very diverse workforce and I feel like I can always speak my mind and be myself at work.
4. How would you describe your company culture?
Follow my curiosity and don’t compare myself to others. I get motivation and fulfilment from doing the things I am interested in rather than what I think I should be doing.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Fullfiling
6. What one word would you use to summarise your experience so far within this industry?
Advanced AI Scientist
BenevolentAI
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Millie Zhao
1. What inspired you to get into the biotech industry?
I have worked in a few different industries before, as an AI scientist,
many machine learning models you use to solve the problems in these industries are similar, the difference comes from the data. The main motivation for being in biotech and drug discovery is the potential positive impact I can make. I also come from a science background so it is exciting to be able to apply machine learning to speed up scientific discovery.
I am surrounded by so many talented people that are multidisciplinary, I am always learning from them, whether it is different areas of biology or the newest advancement in machine learning.
2. What do you enjoy most about the work you do?
I had very basic knowledge on Biology at the beginning, but after 2 years being in the company I am able to lead projects and teams to solve problems in drug discovery using machine learning.
3. What are you most proud of in your career so far?
Inclusive and open, we have a very diverse workforce and I feel like I can always speak my mind and be myself at work.
4. How would you describe your company culture?
Follow my curiosity and don’t compare myself to others. I get motivation and fulfilment from doing the things I am interested in rather than what I think I should be doing.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Fullfiling
6. What one word would you use to summarise your experience so far within this industry?
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Andrew Parton
Lead Data Scientist
MultiOmic Health Limited
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1. What inspired you to get into the biotech industry?
My educational background is in mathematics. I became involved in biotech due to the idea of using mathematics to model disease processes. The complexity of biological systems with numerous interconnected components lends itself to computational modelling, helping to understand these systems in ways traditional methods might struggle.
I love the opportunity to work on a wide and diverse set of problems. The complexity of biological systems allows for the use of mathematical modelling and data science in novel and creative ways, which is great fun.
2. What do you enjoy most about the work you do?
Transitioning from a single discipline in mathematics to a career that requires multiple specialisations was terrifying and exciting in equal measure. Publishing my first complete computational model of atherosclerosis was exceptionally exciting at the time. And I’m very fortunate to have been part of some wonderful teams producing cutting edge tools that have had a direct impact on the bioinformatics community, which fills me with a great sense of pride.
3. What are you most proud of in your career so far?
The culture at Multiomic Health is overwhelmingly positive. A collection of talented, driven people with diverse and distinct skillsets coming together to try and build something ambitious is a powerful and enjoyable place to be.
4. How would you describe your company culture?
Don’t be afraid to venture outside of the purely mathematical world into other fields of study, there are lots of ways you can help. Never stop learning the irrelevant but cool things, you never know when it’ll be useful.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Fun
6. What one word would you use to summarise your experience so far within this industry?
Revolution
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1. What inspired you to get into the biotech industry?
My educational background is in mathematics. I became involved in biotech due to the idea of using mathematics to model disease processes. The complexity
of biological systems with numerous interconnected components lends itself
to computational modelling, helping to understand these systems in ways traditional methods might struggle.
I love the opportunity to work on a wide and diverse set of problems. The complexity of biological systems allows for the use of mathematical modelling and data science in novel and creative ways, which is great fun.
2. What do you enjoy most about the work you do?
Transitioning from a single discipline in mathematics to a career that requires multiple specialisations was terrifying and exciting in equal measure. Publishing my first complete computational model of atherosclerosis was exceptionally exciting at the time. And I’m very fortunate to have been part of some wonderful teams producing cutting edge tools that have had a direct impact on the bioinformatics community, which fills me with a great sense of pride.
3. What are you most proud of in your career so far?
The culture at Multiomic Health is overwhelmingly positive. A collection of talented, driven people with diverse and distinct skillsets coming together to try and build something ambitious is a powerful and enjoyable place to be.
4. How would you describe your company culture?
Don’t be afraid to venture outside of the purely mathematical world into other fields of study, there are lots of ways you can help. Never stop learning the irrelevant but cool things, you never know when it’ll be useful.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Fun
6. What one word would you use to summarise your experience so far within this industry?
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1. What inspired you to get into the biotech industry?
I'm excited by the potential in biotech to positively shape the future, if applied with care, to important problems. On the day-to-day level, the rate of development in biology and machine learning is astonishing, and this brings with it a constantly shifting state of play, uncovering new directions for innovation, as well as key challenges.
I love that everyone is driven to collaboratively make progress on our goals, with each person bringing a unique set of expertise and insight to the many complex problems being tackled in drug discovery. This means I have the privilege of always learning new things from my colleagues.
2. What do you enjoy most about the work you do?
I think I feel most proud of the hard work and determination it took to transition from a medical career, working as a Junior Doctor, to now working as an AI Scientist at BenevolentAI. If you'd told me three years ago that this is what I'd be doing right now, I'd have eaten my hat.
3. What are you most proud of in your career so far?
Inclusive, diverse, collaborative, driven, innovative, fun.
4. How would you describe your company culture?
I'd tell my younger self that career fulfilment in a large part comes from working on things you believe to be important and positively impactful. So it is well worth it to try to think through what that could look like for you and where your skill sets might be best applied. Luckily nowadays, there's a much more plentiful supply of helpful resources online, for coming up with ideas for
career directions that can have a positive impact, to help with finding a
really fulfilling career. So I'd definitely encourage myself to tap into
this as a starting point.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Collaborative
6. What one word would you use to summarise your experience so far within this industry?
Advanced AI Scientist
BenevolentAI
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Ravi Patel
1. What inspired you to get into the biotech industry?
I'm excited by the potential in biotech to positively shape the future, if applied with care, to important problems. On the day-to-day level, the rate of development in biology and machine learning is astonishing, and this brings with it a constantly shifting state of play, uncovering new directions for innovation, as well as key challenges.
I love that everyone is driven to collaboratively make progress on our goals, with each person bringing a unique set of expertise and insight to the many complex problems being tackled in drug discovery. This means I have the privilege of always learning new things from my colleagues.
2. What do you enjoy most about the work you do?
I think I feel most proud of the hard work and determination it took to transition from a medical career, working as a Junior Doctor, to now working as an AI Scientist at BenevolentAI. If you'd told me three years ago that this is what I'd be doing right now, I'd have eaten my hat.
3. What are you most proud of in your career so far?
Inclusive, diverse, collaborative, driven, innovative, fun.
4. How would you describe your company culture?
I'd tell my younger self that career fulfilment in a large part comes from working on things you believe to be important and positively impactful. So it is well worth it to try to think through what that could look like for you and where your skill sets might be best applied. Luckily nowadays, there's a much more plentiful supply of helpful resources online, for coming up with ideas for
career directions that can have a positive impact, to help with finding a
really fulfilling career. So I'd definitely encourage myself to tap into
this as a starting point.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Collaborative
6. What one word would you use to summarise your experience so far within this industry?
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Revolution
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1. What inspired you to get into the biotech industry?
I was drawn to the biotech industry by the prospect of using cutting edge technology to make a tangible, positive impact on patient lives. Moreover, I think it's a tremendously exciting time for applying machine learning to biological problems, often in ways no one has done before, and exploring ways in which we can use this rapidly evolving technology to accelerate the drug discovery process.
What I enjoy most about my work is the opportunity to work on challenging problems alongside a team of exceptionally smart, motivated, and kind individuals. I feel incredibly fortunate to be part of a diverse and interdisciplinary team that is constantly pushing the boundaries of what is possible. One of the things that I value most about my colleagues is their egoless approach to problem-solving, which creates a supportive and collaborative environment that encourages everyone to bring their best ideas forward.
In addition, my current role at Relation offers a unique blend of a young, dynamic start-up that fosters a high degree of ownership and initiative, along with a team of experienced professionals with extensive backgrounds in big pharma - a combination which has provided invaluable learning opportunities.
2. What do you enjoy most about the work you do?
As a Machine Learning Research Engineer at Samsung, I had the opportunity to work on a proof of concept project that I am particularly proud of. My team and I were tasked with developing a privacy-preserving approach for training speech recognition models, and it was gratifying to see our hard work research, proposals and prototyping culminate in the project's eventual acceptance by the HQ for commercialization.
Throughout my (still brief) career and studies, I have been fortunate to work in a wide variety offields; starting with physical sciences, venturing into the world of cryptocurrency crime detection, transitioning to computer science and machine learning, then jumping into the field of signal processing and currently delving into the fascinating world of biology. I firmly believe that my adaptability and eagerness to learn have been critical to my success in navigating the ever-changing tech landscape. In today's world, where technology is evolving at an unprecedented rate, being open to change and having a learning mindset are key to thriving in any field.
3. What are you most proud of in your career so far?
I believe Relation’s company culture is well-reflected in our core values of Compassionate Candour, Empowerment, Collaboration, and High Performance. Personally, I strongly resonate with the idea of Compassionate Candour, as it aligns with my belief in open communication and kindness in the workplace. I believe that addressing issues and mistakes directly and honestly while treating each other with empathy and respect is pivotal to our success. This approach creates a supportive and positive culture where everyone feels encouraged and motivated to continuously improve.
I think an excellent example of how we live this value in practice is a strategy we implemented for our weekly interdisciplinary meetings. As we learn to communicate constructively and avoid getting sidetracked, we have implemented a fun practice of using a bunny toy to signify when someone might be going down a rabbit hole. This helps keep the meetings focused and ontrack, without interrupting or shutting down anyone's ideas.
4. How would you describe your company culture?
If I could give a piece of advice to my younger self, it would be to not to be afraid to step outside of my comfort zone and occasionally fail. Retrospectively, it is precisely failures that have been a catalyst for my personal and professional growth. Additionally, I would advise myself to approach every situation with a sense of humility and not taking oneself too seriously, recognizing that there is always more to learn.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Exciting
6. What one word would you use to summarise your experience so far within this industry?
Machine Learning Scientist
Relation Therapeutics
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Aga Dobrowolska
1. What inspired you to get into the biotech industry?
I was drawn to the biotech industry by the prospect of using cutting edge technology to make a tangible, positive impact on patient lives. Moreover, I think it's a tremendously exciting time for applying machine learning to biological problems, often in ways no one has done before, and exploring ways in which we can use this rapidly evolving technology to accelerate the drug discovery process.
What I enjoy most about my work is the opportunity to work on challenging problems alongside a team of exceptionally smart, motivated, and kind individuals. I feel incredibly fortunate to be part of a diverse and interdisciplinary team that is constantly pushing the boundaries of what is possible. One of the things that I value most about my colleagues is their egoless approach to problem-solving, which creates a supportive and collaborative environment that encourages everyone to bring their best ideas forward.
In addition, my current role at Relation offers a unique blend of a young, dynamic start-up that fosters a high degree of ownership and initiative, along with a team of experienced professionals with extensive backgrounds in big pharma - a combination which has provided invaluable learning opportunities.
2. What do you enjoy most about the work you do?
As a Machine Learning Research Engineer at Samsung, I had the opportunity to work on a proof of concept project that I am particularly proud of. My team and I were tasked with developing a privacy-preserving approach for training speech recognition models, and it was gratifying to see our hard work research, proposals and prototyping culminate in the project's eventual acceptance by the HQ for commercialization.
Throughout my (still brief) career and studies, I have been fortunate to work in a wide variety offields; starting with physical sciences, venturing into the world of cryptocurrency crime detection, transitioning to computer science and machine learning, then jumping into the field of signal processing and currently delving into the fascinating world of biology. I firmly believe that my adaptability and eagerness to learn have been critical to my success in navigating the ever-changing tech landscape. In today's world, where technology is evolving at an unprecedented rate, being open to change and having a learning mindset are key to thriving in any field.
3. What are you most proud of in your career so far?
I believe Relation’s company culture is well-reflected in our core values of Compassionate Candour, Empowerment, Collaboration, and High Performance. Personally, I strongly resonate with the idea of Compassionate Candour, as it aligns with my belief in open communication and kindness in the workplace. I believe that addressing issues and mistakes directly and honestly while treating each other with empathy and respect is pivotal to our success. This approach creates a supportive and positive culture where everyone feels encouraged and motivated to continuously improve.
I think an excellent example of how we live this value in practice is a strategy we implemented for our weekly interdisciplinary meetings. As we learn to communicate constructively and avoid getting sidetracked, we have implemented a fun practice of using a bunny toy to signify when someone might be going down a rabbit hole. This helps keep the meetings focused and ontrack, without interrupting or shutting down anyone's ideas.
4. How would you describe your company culture?
If I could give a piece of advice to my younger self, it would be to not to be afraid to step outside of my comfort zone and occasionally fail. Retrospectively, it is precisely failures that have been a catalyst for my personal and professional growth. Additionally, I would advise myself to approach every situation with a sense of humility and not taking oneself too seriously, recognizing that there is always more to learn.
5. What piece of advice would you give your younger self/others thinking to move into biotech from academia?
Exciting
6. What one word would you use to summarise your experience so far within this industry?
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Revolution
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1. What inspired you to get into the biotech industry?
I have been fascinated by Biology from a young age and pursued an undergraduate degree in Bioinformatics. As I learned about the field throughout my academic degrees, I had a growing desire to use my skills to solve problems in healthcare and medicine. What better place to see my desire come true than working in biotech companies focussed on drug discovery and impacting healthcare?
The most important things that keep me motivated and working hard are the ability to see my work translate into meaningful impact and continuous learning. Working in Serna allows me to work with a multidisciplinary team to solve challenging problems in public health and to learn something new almost every day [be it technical or non-technical] along the way.
2. What do you enjoy most about the work you do?
My pick would have to be the growth and transition in my career so far. From being a bioinformatician who worked on stand-alone computational projects that enabled understanding the underlying science, to being an integral part of a drug discovery team that can impact patient care. Even within my short career, I have been pleasantly surprised to discover my skills in adaptability, quick learning and not being afraid of failure. These skills have ensured that I could take up new opportunities, taking ownership early on [with less knowledge/experience in the domain] and leading/driving projects forward.
3. What are you most proud of in your career so far?
At Serna Bio, we are a very driven and motivated team that enjoys working collaboratively on challenging problems. We are passionate about our goal, acknowledge that it is quite ambitious, and strive to achieve it by being solution-focused. We celebrate successes and failures as an integral part of science. I consider myself very fortunate to have gotten the opportunity to work at Serna with wonderful, supportive colleagues and to grow in my career.
4. How would you describe your company culture?
Follow your heart and take opportunities even when they involve a step out of your comfort zone. Talk to people, collaborate, and ask questions because you are most likely not the only one with those questions. Most importantly, a valuable lesson I have learnt in my career so far is the importance of multidisciplinary work in solving real-life problems, so I would tell my younger self to be open towards learning new things without restricting myself.
5. What piece of advice would you give your younger self?
Intriguing
6. What one word would you use to summarise your experience so far within this industry?
Principal Scientific Associate and Computational Biologist
Serna Bio
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Harini Srinivasan
1. What inspired you to get into the biotech industry?
I have been fascinated by Biology from a young age and pursued an undergraduate degree in Bioinformatics. As I learned about the field throughout my academic degrees, I had a growing desire to use my skills to solve problems in healthcare and medicine. What better place to see my desire come true than working in biotech companies focussed on drug discovery and impacting healthcare?
The most important things that keep me motivated and working hard are the ability to see my work translate into meaningful impact and continuous learning. Working in Serna allows me to work with a multidisciplinary team to solve challenging problems in public health and to learn something new almost every day [be it technical or non-technical] along the way.
2. What do you enjoy most about the work you do?
My pick would have to be the growth and transition in my career so far. From being a bioinformatician who worked on stand-alone computational projects that enabled understanding the underlying science, to being an integral part of a drug discovery team that can impact patient care. Even within my short career, I have been pleasantly surprised to discover my skills in adaptability, quick learning and not being afraid of failure. These skills have ensured that I could take up new opportunities, taking ownership early on [with less knowledge/experience in the domain] and leading/driving projects forward.
3. What are you most proud of in your career so far?
At Serna Bio, we are a very driven and motivated team that enjoys working collaboratively on challenging problems. We are passionate about our goal, acknowledge that it is quite ambitious, and strive to achieve it by being solution-focused. We celebrate successes and failures as an integral part of science. I consider myself very fortunate to have gotten the opportunity to work at Serna with wonderful, supportive colleagues and to grow in my career.
4. How would you describe your company culture?
Follow your heart and take opportunities even when they involve a step out of your comfort zone. Talk to people, collaborate, and ask questions because you are most likely not the only one with those questions. Most importantly, a valuable lesson I have learnt in my career so far is the importance of multidisciplinary work in solving real-life problems, so I would tell my younger self to be open towards learning new things without restricting myself.
5. What piece of advice would you give your younger self?
Intriguing
6. What one word would you use to summarise your experience so far within this industry?
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1. What inspired you to get into the biotech industry?
I think ending up in a pharmaceutical-ish role is kind of like the inevitability of gravity for chemists - the skills we build at university are heavily driven towards that industry. I love the fact that working in the biotech/pharmaceutical research area allows me to have an impact across healthcare worldwide.
For me, working at Serna was the right opportunity at the right time. I now encourage everyone I can to try and spend time working in a startup as it completely changes how you think about getting work done!
Furthermore - biotech comes with many challenges from a machine-learning perspective that I find highly fascinating. How can we build models on limited and imbalanced datasets? How can we deal with noise in the data that is inherent in biological assays? How can we convince people who aren’t as well-versed in machine learning of the value of our algorithms?
The opportunity to tackle new challenges every day and work with really inspirational people.
When working in a company of fewer than 20 people there are constantly new challenges and not enough people to solve them - this means short deadlines and fast iterations. Each day often feels like it involves solving completely different problems, and I really appreciate that challenge.
The team at Serna Bio is incredibly inspirational. The quality and sheer amount of work that everyone does is genuinely difficult to believe and makes me want to be better.
2. What do you enjoy most about the work you do?
Pre-Serna - winning the Lush Science Prize in 2020 during my work with Unilever as a Postdoc at Cambridge - it was amazing for the research we did to be recognised on a stage among so many other talented groups.
At Serna - the progress and growth we’ve accomplished in so little time. Before joining Serna, I had no idea so much was possible so rapidly - from publishing ROBIN with Jay Schneekloth to establishing the principles that form the backbone of our knowledge about RNA-small molecule interactions, to beginning medicinal chemistry on our first programs - it has been incredible.
3. What are you most proud of in your career so far?
Promote Scientific Excellence Above All Else - we understand what it means to gather evidence, analyse it and draw conclusions without preconceptions and to discuss this as a team to reach the right conclusions. We know that we don't know everything - collecting high-quality data and following it will keep us on the right path!
Be Honest and Open to Feedback - request feedback early and often and use it as an opportunity to learn and grow. Don’t take criticism personally. Always be open and pragmatic about your skills and understanding and ask questions to help improve our overall delivery and your own journey.
Commit and Deliver Consistently - put your hand up and say ‘yes, I’d like to help with this’ and work to the highest standard to deliver the best work you can, every time. Being consistent makes a huge difference as doing something great once is great, but doing something great consistently is amazing.
4. How would you describe your company culture?
Think about what you really want and how what you are doing gives you opportunities for growth and learning. I think it’s very easy to become comfortable and stagnant, and while this is OK for a time, things are always more exciting when you're pushing your boundaries.
Also, remember that consistent hard work always plays out in the long run. I think it’s very easy to become demotivated when things don’t work out as planned, but everything meaningful I’ve achieved in my life is the product of consistent effort over time - and maintaining the highest standards I can set for myself.
Finally - take better care of your knees!
5. What piece of advice would you give your younger self?
Exhilarating
6. What one word would you use to summarise your experience so far within this industry?
Head of ChemAI
Serna Bio
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Tim Allen
1. What inspired you to get into the biotech industry?
I think ending up in a pharmaceutical-ish role is kind of like the inevitability of gravity for chemists - the skills we build at university are heavily driven towards that industry. I love the fact that working in the biotech/ pharmaceutical research area allows me to have an impact across healthcare worldwide.
For me, working at Serna was the right opportunity at the right time. I now encourage everyone I can to try and spend time working in a startup as it completely changes how you think about getting work done!
Furthermore - biotech comes with many challenges from a machine-learning perspective that I find highly fascinating.
How can we build models on limited and imbalanced datasets? How can we deal with noise in the data that is inherent in biological assays? How can we convince people who aren’t as well-versed in machine learning of the value of our algorithms?
The opportunity to tackle new challenges every day and work with really
inspirational people.
When working in a company of fewer than 20 people there are constantly new challenges and not enough people to solve them - this means short deadlines and fast iterations. Each day often feels like it involves solving completely different problems, and I really appreciate that challenge.
The team at Serna Bio is incredibly inspirational. The quality and sheer amount of work that everyone does is genuinely difficult to believe and makes me want to be better.
2. What do you enjoy most about the work you do?
Pre-Serna - winning the Lush Science Prize in 2020 during my work with Unilever as a Postdoc at Cambridge - it was amazing for the research we did to be recognised on a stage among so many other talented groups.
At Serna - the progress and growth we’ve accomplished in so little time. Before joining Serna, I had no idea so much was possible so rapidly - from publishing ROBIN with Jay Schneekloth to establishing the principles that form the backbone of our knowledge about RNA-small molecule interactions, to beginning medicinal chemistry on our first programs - it has been incredible.
3. What are you most proud of in your career so far?
Promote Scientific Excellence Above All Else - we understand what it means to gather evidence, analyse it and draw conclusions without preconceptions and to discuss this as a team to reach the right conclusions. We know that we don't know everything - collecting high-quality data and following it will keep us on the right path!
Be Honest and Open to Feedback - request feedback early and often and use it as an opportunity to learn and grow. Don’t take criticism personally. Always be open and pragmatic about your skills and understanding and ask questions to help improve our overall delivery and your own journey.
Commit and Deliver Consistently - put your hand up and say ‘yes, I’d like to help with this’ and work to the highest standard to deliver the best work you can, every time. Being consistent makes a huge difference as doing something great once is great, but doing something great consistently is amazing.
4. How would you describe your company culture?
Think about what you really want and how what you are doing gives you opportunities for growth and learning. I think it’s very easy to become comfortable and stagnant, and while this is OK for a time, things are always more exciting when you're pushing your boundaries.
Also, remember that consistent hard work always plays out in the long run. I think it’s very easy to become demotivated when things don’t work out as planned, but everything meaningful I’ve achieved in my life is the product of consistent effort over time - and maintaining the highest standards I can set for myself.
Finally - take better care of your knees!
5. What piece of advice would you give your younger self?
Exhilarating
6. What one word would you use to summarise your experience so far within this industry?
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1. What drew you to biotech and motivated you to apply for this role?
As my degree in biomedical engineering is highly interdisciplinary, I often found it challenging to pinpoint a specific area where my skills were most applicable. However, after discovering biotech, I can confidently say that this internship has helped me feel more comfortable exploring my future career path.
My Research & Development internship with OGI Bio allowed me to develop my skills in software and electrical engineering, gain hands-on experience in microbiology, and work with cutting-edge technology such as spectrophotometry to analyse data. The opportunity to apply such a diverse range of skills was what initially motivated me to pursue roles in biotech and ultimately apply to OGI Bio.
I focussed on coding for the bioreactor, starting with small improvements and progressing to a dynamic monitoring system. I used my notebook to track experiments and code, resolving conflicts with R&D pull requests. Weekly meetings allowed us to collaborate on software updates. I also worked on electrical and functional validation tests for the Mark 3 model, documenting findings for the team. Some days, I grew cells to run full bioreactor experiments, which was always exciting.
2. Can you describe a typical day during your placement? What did you enjoy most about it?
This placement greatly boosted my confidence in software engineering and helped me become a more independent worker. The team encouraged me to trust my problem-solving abilities, think critically, and research solutions before consulting more experienced team members.
I also gained a new appreciation for how my academic knowledge translates into real-world industry work. As one of my coworkers would say, “Every day is a school day!”
3. What new skills did you develop throughout this experience, and what was the biggest lesson you learned?
This placement showed me the dedication and passion that biotech professionals pour into their projects. It also gave me insight into the iterative nature of biotech development—progress isn’t always linear, but resilience and adaptability are key traits in this field.
It has definitely influenced my career motivation. This experience reinforced my desire to stay in biotech because it is such a dynamic field that thrives on curiosity—something I deeply resonate with.
4. How has this placement shaped your view of biotech and career plans?
This experience has solidified my interest in biotech, and I am now looking to build upon this placement by exploring opportunities in medical devices and neurotechnology as well.
What excites me most about a career in biotech is its ever-evolving nature. The industry is constantly innovating and this challenges you to keep learning.
5. Has this experience made you see a long-term future in biotech? What excites you most?
Be open to new expertise—you may uncover unexpected passions and deepen your knowledge. Biotech is multidisciplinary, so ask questions and embrace challenges with a positive mindset for growth.
6. What advice would you give to students considering a biotech company placement?
Biomedical Engineering MEng student at Imperial College London completed a digital industrial placement at ogibiotec
Serna Bio
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Robyn Liu
1. What drew you to biotech and motivated you to apply for this role?
As my degree in biomedical engineering is highly interdisciplinary, I often found it challenging to pinpoint a specific area where my skills were most applicable. However, after discovering biotech, I can confidently say that this internship has helped me feel more comfortable exploring my future career path.
My Research & Development internship with OGI Bio allowed me to develop my skills in software and electrical engineering, gain hands-on experience in microbiology, and work with cutting-edge technology such as spectrophotometry to analyse data. The opportunity to apply such a diverse range of skills was what initially motivated me to pursue roles in biotech and ultimately apply to OGI Bio.
I focussed on coding for the bioreactor, starting with small improvements and progressing to a dynamic monitoring system. I used my notebook to track experiments and code, resolving conflicts with R&D pull requests. Weekly meetings allowed us to collaborate on software updates. I also worked on electrical and functional validation tests for the Mark 3 model, documenting findings for the team. Some days, I grew cells to run full bioreactor experiments, which was always exciting.
2. Can you describe a typical day during your placement? What did you enjoy most about it?
This placement greatly boosted my confidence in software engineering and helped me become a more independent worker. The team encouraged me to trust my problem-solving abilities, think critically, and research solutions before consulting more experienced team members.
I also gained a new appreciation for how my academic knowledge translates into real-world industry work. As one of my coworkers would say, “Every day is a school day!”
3. What new skills did you develop throughout this experience, and what was the biggest lesson you learned?
This placement showed me the dedication and passion that biotech professionals pour into their projects. It also gave me insight into the iterative nature of biotech development—progress isn’t always linear, but resilience and adaptability are key traits in this field.
It has definitely influenced my career motivation. This experience reinforced my desire to stay in biotech because it is such a dynamic field that thrives on curiosity—something I deeply resonate with.
4. How has this placement shaped your view of biotech and career plans?
This experience has solidified my interest in biotech, and I am now looking to build upon this placement by exploring opportunities in medical devices and neurotechnology as well.
What excites me most about a career in biotech is its ever-evolving nature. The industry is constantly innovating and this challenges you to keep learning.
5. Has this experience made you see a long-term future in biotech? What excites you most?
Be open to new expertise—you may uncover unexpected passions and deepen your knowledge. Biotech is multidisciplinary, so ask questions and embrace challenges with a positive mindset for growth.
6. What advice would you give to students considering a biotech company placement?
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Revolution
Harness your digital skillset: choose a job you can be proud of.
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1. What inspired you to get into the biotech industry?
My interest in biotech was sparked at a young age when I underwent an MRI scan. The experience ignited a fascination with the technology used in healthcare, and ultimately led me to pursue a career in this field.
I thrive on biotech’s cutting-edge innovation and the thrill of shaping healthcare’s future through groundbreaking discoveries.
2. What do you enjoy most about the work you do?
Never stop learning and embracing new information.
3. What piece of advice would you give your younger self?
The #BIGIMPACT program provides a fantastic platform to inspire and nurture young talent. We were excited to be able to demonstrate showcase the exciting career paths available in our industry and offer hands-on experience to a student.
4. What motivated your company to participate in the #BIGIMPACT Digital Industrial Placements programme?
We prioritized candidates with strong data science skills, including analytical abilities, programming proficiency, and a genuine curiosity for biotech.
5. What skills or qualities did you look for when selecting a placement student?
Our placement student streamlined our rare disease case-finding metrics by centralising scattered data, standardising formats, and ensuring data integrity.
6. How did the student impact your team, and can you share a success story?
Product manager at Mendelian hosted a digital placement student - Millicent Djabatey (MSc AI & Data Science, Keele University)
Serna Bio
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Elena Marchini
1. What inspired you to get into the biotech industry?
My interest in biotech was sparked at a young age when I underwent an MRI scan. The experience ignited a fascination with the technology used in healthcare, and ultimately led me to pursue a career in this field.
I thrive on biotech’s cutting-edge innovation and the thrill of shaping healthcare’s future through groundbreaking discoveries.
2. What do you enjoy most about the work you do?
Never stop learning and embracing new information.
3. What piece of advice would you give your younger self?
The #BIGIMPACT program provides a fantastic platform to inspire and nurture young talent. We were excited to be able to demonstrate showcase the exciting career paths available in our industry and offer hands-on experience to a student.
4. What motivated your company to participate in the #BIGIMPACT Digital Industrial Placements programme?
We prioritized candidates with strong data science skills, including analytical abilities, programming proficiency, and a genuine curiosity for biotech.
5. What skills or qualities did you look for when selecting a placement student?
Our placement student streamlined our rare disease case-finding metrics by centralising scattered data, standardising formats, and ensuring data integrity.
6. How did the student impact your team, and can you share a success story?
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These placements benefit both parties: the company boosts efficiency and regulatory compliance, while students gain practical experience, skill development, and workplace adaptability.
7. How do you think these placements benefit both the company and the student?
These placements benefit both parties: the company boosts efficiency and regulatory compliance, while students gain practical experience, skill development, and workplace adaptability.
7. How do you think these placements benefit both the company and the student?
Revolution
Harness your digital skillset: choose a job you can be proud of.
Join the
1. What initially attracted you to a placement in the biotech industry, and what motivated you to apply for this role?
As a Biomedical Science student, I was always interested in understanding diseases and their impact on human health. My final-year bioinformatics project on Cronobacter sakazakii diseases in newborns exposed me to the power of data analysis in deriving insights from biological data. That experience sparked my curiosity about how data can drive decision-making in healthcare.
I secured my internship at Mendelian, a health-tech company, with the help of Annette England, who forwarded my CV to biotech companies looking for interns. When the opportunity at Mendelian came up, I saw it as the perfect chance to bridge my scientific background with my growing interest in data. The idea of working with real-world health data, improving data quality, and contributing to a mission-driven organization focused on rare disease diagnostics was incredibly appealing.
A typical day at Mendelian started with a standup meeting with my two supervisors, Elena Marchini and Freya Boardman-Pretty, where we discussed goals and objectives for the day. This also provided an opportunity to clarify any work from the previous day and receive valuable input from them. These standups helped structure my workflow and ensured I was aligned with the broader team objectives.
Following the standup, I spent time working with fragmented and unstructured data from various sources, cleaning and transforming it to ensure consistency, and migrating it into a centralized PostgreSQL database. I also focused on data validation and testing to improve the accuracy and reliability of data provided.
Beyond the technical work, I collaborated with different teams to understand data challenges, improve reporting accuracy, and ensure data governance best practices were followed. I also had the opportunity to reach out to other Data Scientists and DevOps engineers for insights and guidance on optimizing data workflows and infrastructure.
One of the most rewarding aspects of my work was learning from Elena and Freya, who not only guided me well but also boosted my confidence by acknowledging my expertise. Their feedback and support helped me grow both technically and professionally. Additionally, seeing the impact of my efforts was rewarding. For example, my work in data validation improved the consistency of records across the company, enhancing the reliability. It was fulfilling to know that my contributions were helping Mendelian streamline their data processes and ultimately support better rare disease diagnostics.
2. Can you describe a typical day during your placement? What did you enjoy most about it?
It was through my internship at Mendelian that I discovered the fields of data management, data governance, data modelling, data architecture and the DAMA-DMBOK framework. This exposure provided me with a strong foundation in how organizations manage, structure, and ensure the quality of their data.
During my internship, I developed several technical and analytical skills, including:
3. What new skills did you develop throughout this experience, and what was the biggest lesson you learned?
This experience completely broadened my perspective on career possibilities in biotech and health tech. Before my internship, I primarily viewed biotech from a laboratory or research perspective. However, I now see the immense role that data plays in shaping healthcare solutions—from improving diagnostics to optimizing clinical decision-making.
The placement also reinforced my passion for data management, data quality, and governance, which are critical in ensuring organizations make informed, data-driven decisions. I’m now preparing for the Certified Data Management Professional (CDMP) certification to deepen my expertise in this field.
4. How did this placement shape your perception of the biotech industry? Has it influenced your motivations to pursue a career in this field?
Yes, I would definitely consider a career in biotech or health tech, though my focus is now on data management, governance, and quality. What excites me most is the potential to improve patient outcomes by ensuring data integrity and reliability. High-quality data is essential for research, diagnostics, and even AI-driven healthcare innovations, and I want to contribute to building better data ecosystems in the industry.
That said, I do find it challenging to find roles that align with my skills and interests in biotech data management. However, my experience at Mendelian has opened up a whole new world of professions and career paths for me in healthcare data.
5. Would you consider a long-term career in biotech after this experience? If so, what excites you most about it?
Leverage your background – If you're coming from a scientific discipline, don’t hesitate to transition into data-focused roles. Many biotech companies need professionals who understand both science and data.
Develop technical skills – Learn SQL, Python, and data modelling, as they will be invaluable in handling biotech data. Exposure to cloud platforms like AWS can also be beneficial.
Understand data governance – In biotech, data is heavily regulated. Learning about data quality, privacy laws, and governance frameworks will give you an edge.
Be open to learning – Biotech is an interdisciplinary field, so take the time to understand both the technical and industry-specific aspects of the work.
Showcase your impact – Always look for ways to quantify and communicate the value of your work. For example, highlight how you improved data accuracy or efficiency in a project.
Network and seek mentorship – Finding roles in biotech can be challenging, so connecting with professionals in health tech, attending industry events, and seeking mentorship can help open doors.
6. What advice would you give to future students considering taking on a placement in a biotech company?
Master's degree student, Artificial Intelligence and Data Science, Keele University undertook placement at Mendelian
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Millicent Djabatey
1. What initially attracted you to a placement in the biotech industry, and what motivated you to apply for this role?
As a Biomedical Science student, I was always interested in understanding diseases and their impact on human health. My final-year bioinformatics project on Cronobacter sakazakii diseases in newborns exposed me to the power of data analysis in deriving insights from biological data. That experience sparked my curiosity about how data can drive decision-making in healthcare.
I secured my internship at Mendelian, a health-tech company, with the help of Annette England, who forwarded my CV to biotech companies looking for interns. When the opportunity at Mendelian came up, I saw it as the perfect chance to bridge my scientific background with my growing interest in data. The idea of working with real-world health data, improving data quality, and contributing to a mission-driven organization focused on rare disease diagnostics was incredibly appealing.
A typical day at Mendelian started with a standup meeting with my two supervisors, Elena Marchini and Freya Boardman-Pretty, where we discussed goals and objectives for the day. This also provided an opportunity to clarify any work from the previous day and receive valuable input from them. These standups helped structure my workflow and ensured I was aligned with the broader team objectives.
Following the standup, I spent time working with fragmented and unstructured data from various sources, cleaning and transforming it to ensure consistency, and migrating it into a centralized PostgreSQL database. I also focused on data validation and testing to improve the accuracy and reliability of data provided.
Beyond the technical work, I collaborated with different teams to understand data challenges, improve reporting accuracy, and ensure data governance best practices were followed. I also had the opportunity to reach out to other Data Scientists and DevOps engineers for insights and guidance on optimizing data workflows and infrastructure.
One of the most rewarding aspects of my work was learning from Elena and Freya, who not only guided me well but also boosted my confidence by acknowledging my expertise. Their feedback and support helped me grow both technically and professionally. Additionally, seeing the impact of my efforts was rewarding. For example, my work in data validation improved the consistency of records across the company, enhancing the reliability. It was fulfilling to know that my contributions were helping Mendelian streamline their data processes and ultimately support better rare disease diagnostics.
2. Can you describe a typical day during your placement? What did you enjoy most about it?
It was through my internship at Mendelian that I discovered the fields of data management, data governance, data modelling, data architecture and the DAMA-DMBOK framework. This exposure provided me with a strong foundation in how organizations manage, structure, and ensure the quality of their data.
During my internship, I developed several technical and analytical skills, including:
3. What new skills did you develop throughout this experience, and what was the biggest lesson you learned?
This experience completely broadened my perspective on career possibilities in biotech and health tech. Before my internship, I primarily viewed biotech from a laboratory or research perspective. However, I now see the immense role that data plays in shaping healthcare solutions—from improving diagnostics to optimizing clinical decision-making.
The placement also reinforced my passion for data management, data quality, and governance, which are critical in ensuring organizations make informed, data-driven decisions. I’m now preparing for the Certified Data Management Professional (CDMP) certification to deepen my expertise in this field.
4. How did this placement shape your perception of the biotech industry? Has it influenced your motivations to pursue a career in this field?
Yes, I would definitely consider a career in biotech or health tech, though my focus is now on data management, governance, and quality. What excites me most is the potential to improve patient outcomes by ensuring data integrity and reliability. High-quality data is essential for research, diagnostics, and even AI-driven healthcare innovations, and I want to contribute to building better data ecosystems in the industry.
That said, I do find it challenging to find roles that align with my skills and interests in biotech data management. However, my experience at Mendelian has opened up a whole new world of professions and career paths for me in healthcare data.
5. Would you consider a long-term career in biotech after this experience? If so, what excites you most about it?
6. What advice would you give to future students considering taking on a placement in a biotech company?
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One of the biggest lessons I learned is how interconnected different aspects of data management are. Every decision—from how data is collected to how it's stored and processed—impacts downstream analytics and business insights.
I also worked across all areas of the DAMA-DMBOK framework, which gave me a holistic understanding of enterprise data management.
Data modelling – Understanding how to structure and organize data for efficiency and scalability.
Data architecture – Learning how data flows within an organization and how to design systems for better data management.
Data quality & governance – Ensuring data integrity, accuracy, and compliance with best practices, which is critical in healthcare.
Scripting in Python – Writing scripts for data transformation, automation,
and validation.
SQL & PostgreSQL – Querying and managing relational databases for data storage and retrieval.
Cloud platforms (AWS) – Gaining exposure to cloud-based data management.
Data modelling – Understanding how to structure and organize data for efficiency and scalability.
Data architecture – Learning how data flows within an organization and how to design systems for better data management.
Data quality & governance – Ensuring data integrity, accuracy, and compliance with best practices, which is critical in healthcare.
Scripting in Python – Writing scripts for data transformation, automation,
and validation.
SQL & PostgreSQL – Querying and managing relational databases for data storage and retrieval.
Cloud platforms (AWS) – Gaining exposure to cloud-based data management.
One of the biggest lessons I learned is how interconnected different aspects of data management are. Every decision—from how data is collected to how it's stored and processed—impacts downstream analytics and business insights.
I also worked across all areas of the DAMA-DMBOK framework, which gave me a holistic understanding of enterprise data management.
Leverage your background – If you're coming from a scientific discipline, don’t hesitate to transition into data-focused roles. Many biotech companies need professionals who understand both science and data.
Develop technical skills – Learn SQL, Python, and data modelling, as they will be invaluable in handling biotech data. Exposure to cloud platforms like AWS can also be beneficial.
Understand data governance – In biotech, data is heavily regulated. Learning about data quality, privacy laws, and governance frameworks will give you an edge.
Be open to learning – Biotech is an interdisciplinary field, so take the time to understand both the technical and industry-specific aspects of the work.
Showcase your impact – Always look for ways to quantify and communicate the value of your work. For example, highlight how you improved data accuracy or efficiency in a project.
Network and seek mentorship – Finding roles in biotech can be challenging, so connecting with professionals in health tech, attending industry events, and seeking mentorship can help open doors.
Revolution
Harness your digital skillset: choose a job you can be proud of.
Join the
1. What inspired you to get into the biotech industry?
I’ve always enjoyed seeing the impact of what I do. The biotech industry is perfect as it’s making tangible improvements to people’s live on such a broad scale. I’m also blown away by the scale of opportunity for biotech to make even greater differences in so many areas including biological, alternative fuels, food production and climate change. It’s so exciting to be able to support those huge goals in even a small way.
I love seeing the tools we’ve developed making an impact on people's work. It’s rewarding seeing the time saving that our systems give to our clients in their day to day research but also when they tell us the reductions in development times that the improved data our devices provide give them
2. What do you enjoy most about the work you do?
Find a problem that you enjoy working on. If you're enjoying the work then it makes it far easier to get yourself out of bed!
3. What piece of advice would you give your younger self?
When we were approached we were really excited by the calibre of applicants for the placements. For us it is also really brilliant that the candidates have a wide variety of skills and are passionate about adding to these.
4. What motivated your company to participate in the #BIGIMPACT Digital Industrial Placements programme?
As above really. The wide variety of backgrounds is a very appealing part of placement students. It brings an element of challenge to the status quo, questioning why things are done as they are - something we look for in our employees. The ability to apply themselves to a wide variety of challenges and problems is also a real asset.
5. What skills or qualities did you look for when selecting a placement student?
6. How has Robyn contributed to your team and projects? Can you share a highlight or success story from Robyn’s time with you?
Founder & CEO at ogibiotec hosted a digital placement student - Robyn Liu (Biomedical Engineering MEng Student, Imperial College London)
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Alex McVey
1. What inspired you to get into the biotech industry?
I’ve always enjoyed seeing the impact of what I do. The biotech industry is perfect as it’s making tangible improvements to people’s live on such a broad scale. I’m also blown away by the scale of opportunity for biotech to make even greater differences in so many areas including biological, alternative fuels, food production and climate change. It’s so exciting to be able to support those huge goals in even a small way.
I love seeing the tools we’ve developed making an impact on peoples work. It’s rewarding seeing the time saving that our systems give to our clients in their day to day research but also when they tell us the reductions in development times that the improved data our devices provide give them.
2. What do you enjoy most about the work you do?
Find a problem that you enjoy working on. If you're enjoying the work then it makes it far easier to get yourself out of bed!
3. What piece of advice would you give your younger self?
When we were approached we were really excited by the calibre of applicants for the placements. For us it is also really brilliant that the candidates have a wide variety of skills and are passionate about adding to these.
4. What motivated your company to participate in the #BIGIMPACT Digital Industrial Placements programme?
As above really. The wide variety of backgrounds is a very appealing part of placement students. It brings an element of challenge to the status quo, questioning why things are done as they are - something we look for in our employees. The ability to apply themselves to a wide variety of challenges and problems is also a real asset.
5. What skills or qualities did you look for when selecting a placement student?
Robyn jumped in feet first with the technical team applying knowledge she obtained from other sectors to the challenges we faced. She participated in a broad range of development steps but was heavily involved in testing and validation of products as we geared towards our most recent product launch at the end of 2024. Over the course of the placement Robyn gained some real insight into the processes we work with, growing to a confident independent member of the team capable of running testing and validation of our products on her own by its conclusion.
6. How has Robyn contributed to your team and projects? Can you share a highlight or success story from Robyn’s time with you?
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Robyn jumped in feet first with the technical team applying knowledge she obtained from other sectors to the challenges we faced. She participated in a broad range of development steps but was heavily involved in testing and validation of products as we geared towards our most recent product launch at the end of 2024. Over the course of the placement Robyn gained some real insight into the processes we work with, growing to a confident independent member of the team capable of running testing and validation of our products on her own by its conclusion.
There are lots of benefits for the company. We got the benefit of a complete outsider to the sector coming in working with us. With Robyn her different approach to our challenges and eagerness to apply knowledge she's obtained from other areas was really useful insight into how we develop solutions to the biotech sectors challenges. I don't want to speak for Robyn, but hopefully we exposed her to a different approach to solving problems, gave her some insight into what biotechnology can offer as solutions to many of the worlds problems. I know we also gave her plenty of opportunity to learn bench-skills for laboratory, something that she enjoyed.
7. How do you think these placements benefit both the company and the student?
There are lots of benefits for the company. We got the benefit of a complete outsider to the sector coming in working with us. With Robyn her different approach to our challenges and eagerness to apply knowledge she's obtained from other areas was really useful insight into how we develop solutions to the biotech sectors challenges. I don't want to speak for Robyn, but hopefully we exposed her to a different approach to solving problems, gave her some insight into what biotechnology can offer as solutions to many of the worlds problems. I know we also gave her plenty of opportunity to learn bench-skills for laboratory, something that she enjoyed.
7. How do you think these placements benefit both the company and the student?
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