ASTON UNIVERSITY

Their core work

Aston University is a research-intensive UK university in Birmingham with deep strengths in photonics, fiber laser systems, neuroscience, and advanced materials. They are one of Europe's most active hosts for Marie Skłodowska-Curie fellowships, attracting international researchers across physics, engineering, and biomedical sciences. Their applied research spans from designing tunable fiber lasers and optical communication systems to developing biosensors, studying epilepsy networks, and converting biomass into biofuels. They bridge fundamental physics (nonlinear dynamics, turbulence) with practical applications in telecommunications, medical diagnostics, and green energy.

What they specialise in

How they've shifted over time

In the early H2020 period (2015-2018), Aston concentrated heavily on photonics and fiber laser engineering — graphene photonics, supercontinuum generation, mid-IR lasers, and optical communication architectures — alongside foundational biomedical sensing and environmental monitoring (microbial electrochemical wetlands, industrial pollutant sensors). In the later period (2019-2022), a clear shift emerged toward nonlinear science and turbulence research, biomass-to-biofuel conversion technologies (hydropyrolysis, hydrodeoxygenation, LCA), and biophotonics applied to clinical problems like epilepsy. The evolution shows a university moving from component-level photonics toward systems-level applications in energy transition and clinical neuroscience.

Aston is broadening from its photonics core into applied nonlinear dynamics and green energy conversion, making it a strong future partner for interdisciplinary projects linking physics with sustainability or biomedical challenges.

How they like to work

Aston coordinates 64% of its H2020 projects — an unusually high ratio driven by its role as a major MSCA fellowship host institution. Over 73 of 110 projects are Marie Curie actions (IF, RISE, ITN), meaning Aston primarily leads by hosting individual researchers and training networks rather than managing large industrial consortia. With 620 unique partners across 53 countries, they operate as a broad network hub with diverse but often short-term research relationships typical of fellowship-based collaboration.

Aston has collaborated with 620 distinct partner organizations across 53 countries, giving it one of the widest partnership networks among UK universities in H2020. This breadth is largely driven by MSCA mobility programmes, connecting Aston to research groups across Europe, Asia, and beyond.

What sets them apart

Aston's photonics group is among the most prolific in European research funding, with a concentration of fiber laser and optical communication expertise rare for a mid-sized university. Their strength as an MSCA host means they attract top international talent and can rapidly spin up expertise in adjacent fields. For consortium builders, Aston offers a combination of deep physics capability, clinical neuroscience research (particularly in epilepsy and childhood brain injury), and growing bioenergy expertise — an unusual cross-disciplinary profile that fits well in projects requiring both fundamental science and applied engineering.

Highlights from their portfolio

• PROBIt
  Largest single project at €2.2M, addressing childhood brain injury prediction — shows capacity to lead substantial clinical research beyond their physics core.
• SPAFIL
  Representative of Aston's photonics identity — structured photonics and graphene-based fiber lasers, a field where they hold deep, sustained expertise.
• MASSTRPLAN
  €546K MSCA training network on mass spectrometry for protein-lipid analysis, demonstrating ability to coordinate multi-partner research training at scale.