Associate Principal Scientist, AI and Computational Tools

Allscreens Nationwide Ltd; Cambridge; On-site; GBP 90,000 - 130,000; Full time

Job summary

AstraZeneca in Cambridge, UK, seeks an Associate Principal Scientist to join the Immune Cell Engagers Discovery group on a 1-year fixed-term contract. This role sits at the intersection of immuno-oncology and AI, shaping AI-first workflows across discovery.

You will lead design and deployment of AI-powered tools, guide data infrastructure, mentor colleagues, and collaborate with wet-lab and IT teams to deliver scalable, reproducible insights.

Qualifications

• PhD or equivalent experience in Software Eng., Computational Biology, ML or Data Science.
• Strong background in Python/R and large-scale data management.
• Proven ability to lead complex computational or AI initiatives in a scientific setting.

Responsibilities

• Lead the design, development, deployment and lifecycle management of AI-powered tools and workflows.
• Shape data infrastructure standards for discovery; ensure reproducible data for AI applications.
• Act as AI Architect; define best practices and guide technology choices across teams.
• Identify and deliver AI projects addressing scientific challenges with emphasis on adoption and governance.
• Mentor colleagues in AI-enabled approaches, reproducible data workflows and coding practices.
• Collaborate with Data Science, R&D IT and platform teams to deliver scalable solutions.

Skills

Python

R programming

AI & ML

Data engineering

Cross-functional leadership

Communication

Education

PhD in relevant discipline or equivalent

Tools

GitHub Copilot

Shiny

LIMS/ELN

Domino

QuartzBio

Job description

Associate Principal Scientist, AI and Computational Tools

Associate Principal Scientist, AI and Computational Tools, Oncology R&D

Location: Cambridge, UK

Introduction to the Role:

At AstraZeneca, we turn ideas into life changing medicines. Working here means being entrepreneurial, thinking big and working together to make the impossible a reality. We're passionate about the potential of science to address the unmet needs of patients around the world. We commit to those areas where we believe we can really change the course of medicine and bring big new ideas to life.

About the Role:

We are seeking a highly motivated, independent and collaborative Associate Principal Scientist to join our Immune Cell Engagers Discovery group in Cambridge, UK, on a 1-year fixed-term contract. This role sits at the intersection of immuno-oncology biology, computational data science and applied AI, and is central to how we build and embed AI-first workflows across our discovery group.

You will combine scientific domain expertise with strong software and data-engineering skills to lead the design and deployment of AI-powered tools, shape robust data-infrastructure strategies and serve as a recognised AI Architect for the group. You will provide technical leadership across multiple initiatives, identify opportunities, propose solutions and build capabilities that can be adopted more widely across Oncology R&D.

Working closely with wet-lab scientists, data science teams and R&D IT, you will translate experimental data into scalable, reproducible and insight-generating systems, while supporting colleagues to adopt AI-enabled approaches and strong data practices.

Main Duties and Responsibilities

In this computational role within the Immune Cell Engagers Discovery group, you will:

• Lead the design, development, deployment and lifecycle management of AI-powered tools and workflows, including data-wrangling pipelines, visualisation applications, agentic AI solutions and LLM-integrated tools. Ensure solutions are maintainable, adopted by users and deliver measurable scientific value.
• Lead the development and evolution of data infrastructure and data standards for the discovery group, with the intended outcome of structured, quality-controlled and reproducible data that are ready for analysis and AI applications.
• Act as an AI Architect and technical subject matter expert for the department, defining best practices, guiding technology choices, influencing AI strategy and driving adoption of reusable code, packages and tools across teams.
• Identify, prioritise and lead delivery of AI and computational capability projects that address strategic scientific challenges, balancing innovation, technical feasibility, governance, sustainability and user adoption.
• Mentor and support colleagues in adopting AI-enabled approaches, reproducible data workflows and practical coding practices.
• Lead cross-functional collaborations with Data Science, R&D IT and platform teams to deliver scalable solutions, align technical and scientific standards, and influence broader computational capabilities across Oncology R&D.
• Develop and apply agentic workflows to extract biological insight from high-dimensional datasets, including single-cell and spatial transcriptomics, functional screening data and multiomic integration.
• Stay current with advances in computational biology and AI methods, tools and best practices. Proactively evaluate and adopt fit-for-purpose approaches that strengthen discovery workflows.
• Prepare and deliver clear scientific and technical presentations within the Immune Cell Engagers Discovery group, across Oncology R&D and to relevant leadership audiences.
• Ensure compliance with internal standards and external regulations, and maintain accurate and timely records in the electronic laboratory notebook.

Demonstrated experience leading complex computational or AI initiatives from concept through implementation, deployment and adoption within a scientific environment.

Demonstrable experience using agentic AI frameworks, LLM integration or AI-assisted coding tools such as GitHub Copilot, Claude Code or similar in a research or production context.

Demonstrable experience developing and deploying tools for use by others, such as Shiny applications, automated reporting systems or shared analysis packages, with confidence in version control and collaborative software-development practices.

Demonstrable experience building research data infrastructure that enables structured, quality-controlled and reproducible data, for example through LIMS schemas, electronic laboratory notebook workflows, structured databases or reproducible data pipelines with automated validation and quality control.

Strong proficiency in Python and/or R, and experience of large-scale data management.

Demonstrated ability to support adoption of new computational capabilities across research teams, including user engagement, documentation, training and communication with scientific leadership.

Evidence of influencing scientific or technical direction beyond an immediate project team through technical leadership, best-practice development, mentoring or capability building.

Strong interpersonal and collaboration skills, with a track record of working effectively across wet-lab and dry-lab teams in a matrixed environment.

Experience preparing written scientific reports and delivering oral presentations.

PhD in relevant disciplines or equivalent experience (e.g. Software Engineering, Computational Biology, Machine Learning, Data Science, or related fields).

Experience with advanced deep learning model families (graph neural networks, transformers, probabilistic models) applied to biological data.

Experience with data science platforms such as Domino or QuartzBio.

Experience working with biological datasets in immunology, oncology or related therapeutic areas, with the ability to rapidly gain domain knowledge as needed.

Experience in an industry drug discovery setting, with knowledge of discovery-stage decision-making.

What You Will Gain

You will operate at the cutting edge of oncology discovery, combining AI and data engineering with deep immunology to accelerate target discovery, mechanism-of-action studies and candidate selection. The role provides an opportunity to apply cutting-edge AI approaches to large-scale biological and translational datasets, working directly with scientists generating novel experimental data. You will help shape how the Immune Cell Engagers Discovery group integrates AI into its daily workflows, building tools that colleagues rely on and strengthening practical, reproducible approaches to AI-enabled discovery science.

So, what's next?

Are you already imagining yourself joining our team? Good, because we can't wait to hear from you!

Where can I find out more?

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