Aberystwyth University Launches Doctoral Training Programs to Drive Biomanufacturing Innovation and AI in Bioscience

New Doctoral Programs Position Aberystwyth University at the Forefront of Biomanufacturing

Aberystwyth University has announced the launch of two cutting‑edge doctoral training programmes that aim to equip the next generation of scientists with the skills required to advance biomanufacturing and AI‑enabled bioscience. The initiatives, funded through a £40 million UKRI investment in doctoral training, bring together leading universities, research institutes and industry partners to deliver a curriculum that blends laboratory research, pilot‑scale production and data‑driven optimisation.

Submit your application today to join the first cohort of PhD students who will shape the future of industrial biotechnology in the UK.

SCALE‑IB: Scaling Biological Processes with AI

The Sustainable Centre for AI‑Leveraged Efficiency in Industrial Biotechnology (SCALE‑IB) is a joint effort led by Imperial College London and BASF, with Aberystwyth University and University College London (UCL) providing technical training and industry collaboration. The programme focuses on:

Hands‑on experience in pilot‑scale biorefining, enabling students to move from lab‑scale experiments to industrial‑scale production.
Integration of AI and machine‑learning tools to optimise bioprocess parameters, reduce waste and improve yield.
Direct engagement with industry partners, ensuring that research outcomes are aligned with commercial needs.

Students will work on real‑world projects that demonstrate how AI can accelerate the development of sustainable bio‑products, from biofuels to bioplastics. The training also covers regulatory considerations, cost analysis and supply‑chain logistics, preparing graduates for roles in start‑ups, established biomanufacturing firms and regulatory agencies.

ENAIBLE: AI‑Driven Bioscience Research for a Sustainable Economy

Led by the University of Oxford and in partnership with Aberystwyth University, the University of Birmingham and the Francis Crick Institute, the Enabling Next‑generation AI for a Bioscience‑Led Economy (ENAIBLE) programme focuses on advanced AI, machine‑learning and data‑science techniques. Key objectives include:

Training PhD researchers to apply state‑of‑the‑art AI tools to accelerate discovery in plant breeding, metabolic engineering and microbiology.
Developing data‑driven models that predict biological outcomes, reducing the time and cost of experimental validation.
Fostering interdisciplinary collaboration across biology, computer science and engineering.

ENAIBLE graduates will be well‑positioned to contribute to the bio‑economy, whether in academia, industry or policy‑making roles that shape the future of sustainable food and materials.

Industry Partnerships Strengthen the UK Bio‑Economy

Both programmes are supported by the Biotechnology and Biological Sciences Research Council (BBSRC) and have strong ties to industry leaders such as BASF and Imperial College London. These collaborations ensure that:

Curricula are aligned with the skills demanded by the biomanufacturing sector.
Students gain exposure to commercial pipelines, from concept to market launch.
Research outputs can be rapidly translated into scalable, cost‑effective solutions.

Professor Iain Donnison, Head of the Institute of Biological, Environmental and Rural Sciences (IBERS) at Aberystwyth University, highlighted the importance of bridging laboratory innovation with commercial production. “By training PhD students in both AI and bioprocess engineering, we are creating an AI‑ready generation of industrial biotechnologists who can drive clean growth and build a resilient bio‑economy,” he said.

Career Opportunities for Graduates

Graduates of the SCALE‑IB and ENAIBLE programmes will find opportunities across a spectrum of roles, including:

Process engineers and scale‑up specialists in biomanufacturing companies.
Data scientists and AI specialists in biotech R&D.
Regulatory affairs professionals ensuring compliance with EU and UK standards.
Entrepreneurial ventures focused on sustainable bio‑products.
Academic positions in applied research and teaching.

With the UK’s commitment to a low‑carbon economy, expertise in biomanufacturing and AI‑enabled bioscience is in high demand. The programmes provide a clear pathway to roles that combine scientific innovation with practical impact.

How to Apply and Next Steps

Applications for the first cohort open in December 2025. Prospective students should:

Review the specific entry requirements for each programme on the Aberystwyth University postgraduate studies page.
Prepare a research proposal that demonstrates an understanding of bioprocessing, AI or data‑science applications.
Submit an online application through the university’s application portal.
Prepare for an interview with faculty and industry partners.

Schedule a free consultation to learn more about the SCALE‑IB and ENAIBLE programmes and how they align with your career goals.