UCL EPSRC Landscape Award (UELA) - 2026/27 project catalogue - ROUND 2

This catalogue lists all the projects available for applicants to UELA 2026/27. See the main website for details on how to apply.

**UPDATE FOR UELA 26/27 ROUND 2 (deadline for applications: 21/05/2026 at 1pm) **

Only the following projects are accepting applications for ROUND 2

- Project 2531bc1595 (collaborative project) “Optimal magnetic control of tokamaks using vacuum harmonics” (Faculty of Engineering Sciences / Electronic and Electrical Engineering)

- Project 2531bc1597 (collaborative project) “Single-exposure Bragg Coherent Diffractive Imaging of Domains in Epitaxial Thin Films” (Faculty of Mathematical and Physical Sciences / London Centre for Nanotechnology)

- Project 2531bc1598 (collaborative project) “Spin qubit shuttling in industry-grade silicon-based quantum processors” (Faculty of Mathematical and Physical Sciences / London Centre for Nanotechnology)

- Project 2531bd1612 (standard project) “Autonomous Collective Construction with Recyclable Modular Building Components” (Faculty of the Built Environment / Bartlett School of Sustainable Construction)

- Project 2531bd1655 (standard project) “Optimising radiotracers for in vivo detection of cardiac amyloidosis and monitoring of treatment response” (Faculty of Medical Sciences / Division of Medicine)

- Project 2531bd1656 (standard project) “Optimising voice cloning for assistive hearing technologies” (Faculty of Brain Sciences / Division of Psychology and Language Sciences (PALS))

- Project 2531bd1675 (standard project) “Building the future of chipmaking with smarter etching.” (Faculty of Mathematical and Physical Sciences / London Centre for Nanotechnology)

- Project 2531bd1688 (standard project) “Reducing E-waste by using artificial intelligence to develop repair diagnostic tools to increase lifespan of appliances.” (Faculty of Engineering Sciences / Mechanical Engineering)

- Project 2531bd1702 (standard project) “Development of an Agent Based Model to Study Combination Therapy to Overcome Antimicrobial Resistance in Gram Negative Bacteria” (Faculty of Life Sciences / School of Pharmacy)

- Project 2531bd1709 (standard project) “Generative AI-powered framework for optimisation of resilient critical minerals supply chains” (Faculty of Engineering Sciences / Chemical Engineering)

NOTE: UELA reserves the right to withdraw projects at any time, including after applications have been submitted, when necessary.