UNIVERSITY MALAYSIA PAHANG

Their core work

University Malaysia Pahang is a Malaysian public university with research capabilities in advanced materials science, specifically polymer chemistry and surface engineering. Their H2020 involvement shows two distinct but related threads: functional surface design (controlling wettability, adhesion, and optical properties) and advanced polymer materials (vitrimers and smart responsive polymers). They contribute as a non-EU partner institution in staff exchange programs, meaning their value lies in hosting European researchers and sending their own staff to EU labs. Their polymer research group works at the intersection of materials design and practical engineering applications, including electrically and optically active polymer systems with embedded recyclability.

What they specialise in

How they've shifted over time

In their first H2020 project (2015–2018), UMP contributed to surface engineering research — functional coatings and materials with designed physical surface properties. By 2021, their involvement shifted decisively toward molecular-level polymer design: vitrimers, self-reporting systems, and electrically active polymers. This is a meaningful step deeper into materials chemistry, moving from surface-level property control toward programming functionality into the polymer backbone itself. The trajectory points toward smart, responsive, and recyclable materials as their emerging research identity.

UMP is moving toward advanced polymer systems with built-in electrical, optical, and self-healing properties — a research direction with growing relevance to electronics, sustainable packaging, and next-generation composites.

How they like to work

UMP has participated exclusively as a third-party partner in MSCA-RISE staff exchange projects, meaning they have never led an EU consortium and do not receive direct EC funding. This is typical of high-quality non-EU universities that join RISE networks to exchange researchers with European partners. Their engagement model is research collaboration through staff mobility, not project management — making them a good fit for consortia seeking an Asian academic partner for joint research activities rather than administrative leadership.

Despite only two projects, UMP has built connections with 19 unique consortium partners across 12 countries — a relatively wide footprint for a non-EU university with limited direct project participation. This breadth reflects the MSCA-RISE structure, which inherently connects partners from multiple continents.

What sets them apart

UMP is one of relatively few Malaysian universities present in the H2020 database, giving it a distinctive role as a Southeast Asian gateway for European materials science consortia seeking non-EU partners. Their research group covers a precise niche — vitrimer chemistry and smart polymer systems — that is not crowded at European universities either. For a consortium needing an Asian academic partner with polymer materials expertise and MSCA-RISE experience, UMP is a credible and specific match.

Highlights from their portfolio

• VIT
  A 2021–2026 project focused on vitrimers — a technically sophisticated and commercially relevant class of recyclable thermosets — reflecting a current and growing materials research frontier.
• FabSurfWAR
  UMP's first H2020 involvement, establishing their presence in EU research networks through surface science, an applied field with broad industrial relevance in coatings and microfluidics.