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Join the GSK R&D 2026 Statistics (Biostatistics) Graduate Programme: Help us get ahead of disease together
Education required: MSc degree from an accredited college/university in statistics, with a strong biostatistics or medical statistics focus. Course completion by September 2026.
Language requirement: Written and spoken fluency in English
Coding requirements : Using statistical software and coding for analysis; knowledge & experience with R is essential and will be assessed.
Location: Stevenage/GSK HQ, London. Willingness to be geographically mobile (domestic) throughout rotations.
Expected start date: October 2026
Application Information:
You can apply to only one GSK Graduate Programme
Application deadline: Applications are reviewed on a rolling basis, and this role will close once we have received enough relevant applications. We recommend you apply as soon as possible to avoid disappointment.
Assessment Centre Date: May/June 2026
See what our graduate programme participants have to say about their experiences in our GSK Graduate Programmes
Are you a talented and driven student or graduate eager to make an impact on billions of lives? Apply for the R&D Statistics Rotational Graduate programme at GSK today!
GSK is a global biopharma company with a special purpose - to unite science, technology and talent to get ahead of disease together. Getting ahead means preventing disease as well as treating it, and we aim to impact the health of 2.5 billion people around the world by 2030.
Statistics is central to how we make confident decisions in R&D . Our vision is to accelerate the discovery and development of medicines and vaccines through industry-leading advances in transforming data into knowledge. This means combining strong statistical fundamentals with modern ways of working: leveraging new data at scale, using open-source analytics, responsibly adopting AI-enabled tools and automation, and building a culture with a growth mindset where people are supported to thrive.
Ahead together with tailored training and career development
Join a team of industry-leading statisticians and methodologist experts, embedding quantitative decision-making to take smart risks and improve the probability of study and programme success. Over two years, the programme provides hands-on experience and mentoring through rotations across priority organisations and project areas. Throughout the programme, you will work closely with multidisciplinary colleagues, supporting progress across the portfolio to get ahead of disease together.
All our statisticians work in a project-first, tech-enabled, expert-led model , embedded in the Research Units (RU) teams they support across R&D. Rotations are designed to build breadth across evidence generation. Rotations can be hosted within the following RUs:
Real World Data, Measurement & Analytics (RWDMA)
Use real-world data to answer questions that improve patient outcomes

Real-world evidence is increasingly essential to how healthcare and regulatory decisions are made. Apply statistical thinking and causal inference to real world evidence and measurement challenges, helping translate healthcare data into decision ready insights. Rotations may include study design and analysis using observational data sources, endpoint/measurement strategies including digital and patient reported outcomes, and transparent, reproducible analytics to support evidence generation.
(Where relevant, rotations may also include work with Statistics & Data Science Innovation Hub -SDSIH - within Development Sciences, focusing on scalable analytics, innovation, and methodological development)
Vaccines, Infectious Diseases & HIV Statistics
Shape evidence in diseases where speed and prevention both matter

In vaccines, infectious diseases and HIV, evidence generation demands both scientific depth and operational excellence. Support evidence generation in areas where speed, rigour and clear communication of uncertainty are critical. Rotations may span clinical study design and analysis, innovative approaches to trial designs and questions, and crossfunctional collaboration to deliver highquality evidence that informs development and external discussions.
Respiratory, Immunology & Inflammation (RI&I) Statistics
Advance medicines through smarter trial design and stronger inference
In respiratory, immunology and inflammation, development decisions often hinge on complex endpoints, heterogeneous patient populations, and rigorous interpretation. This rotation offers supporting studies and programmes where statistical leadership optimises designs, strengthens inference, and accelerates learning; decision focused statistics that improves study focused statistics that improves trial effectiveness and supports robust portfolio decisions.
Oncology Statistics
Generate robust evidence in complex oncology development programmes
Oncology evidence generation often requires careful design choices, clear estimands, and rigorous interpretation across diverse settings (for example blood cancers, solid tumours, and immuno-oncology). Rotations may include clinical study design and analysis, benefit-risk and uncertainty communication, and collaboration across disciplines to inform high-impact development decisions.
What will you do?
*Contribute to study delivery under supervision, supporting lead statisticians on defined work packages and agreed timelines.

*Provide statistical input to the design, analysis, reporting and interpretation of studies, including drafting sections of analysis plans and key documents with guidance.

*Perform statistical analyses and produce clear outputs using appropriate tools, applying reproducible practices and quality checks to own work.

*Communicate progress, results and recommendations clearly to technical and non-technical colleagues, adapting messages to the audience and incorporating feedback.

*Build and maintain effective working relationships within multi-disciplinary teams, collaborating with internal partners and (where appropriate) supporting external interactions under guidance.

*Contribute to innovation and continuous improvement by exploring new approaches (e.g., modelling, simulation, GenAI, ML, and other modern methods) where appropriate and with support, sharing learnings with the team.

*Participate in peer review and team discussions, helping strengthen consistency, rigour and good practice across deliverables.

*Gain experience across the end-to-end development lifecycle through rotations (from...