SciTransfer
Organization

UNIVERSITI TEKNOLOGI MALAYSIA

Malaysian research university contributing wireless V2X communications, mathematical modelling, and reliability engineering expertise to EU consortia via MSCA-RISE exchanges.

University research groupdigitalMYThin data (2/5)
H2020 projects
5
As coordinator
0
Total EC funding
Unique partners
35
What they do

Their core work

Universiti Teknologi Malaysia (UTM) is a major Malaysian public research university contributing applied mathematics, engineering modeling, and wireless communications expertise to European research consortia. Their H2020 involvement spans geometric modeling and PDE-based shape reconstruction, maritime safety and reliability engineering, and next-generation vehicle communications (V2X). They participate exclusively as a third-party contributor through MSCA-RISE staff exchange programmes, bringing Southeast Asian research capacity and cross-continental perspectives to EU projects.

Core expertise

What they specialise in

Wireless communications and V2X systemsemerging
2 projects

ATOM advanced MIMO wireless network research; SwiftV2X focuses on mmWave multi-hop vehicle-to-everything communications with machine learning.

Geometric modelling and PDE-based methodssecondary
1 project

PDE-GIR project applies partial differential equations to geometric modelling, image processing, and 3/4-sided surface patch reconstruction.

Digital cultural heritage and animationsecondary
1 project

AniAge project developed animation techniques for preserving Southeast Asian intangible cultural heritage using heterogeneous data.

Evolution & trajectory

How they've shifted over time

Early focus
Cultural heritage and MIMO wireless
Recent focus
V2X communications and applied mathematics

UTM's early H2020 involvement (2016–2017) was diverse and exploratory — cultural heritage animation (AniAge), wireless MIMO research (ATOM), and maritime safety (RESET). From 2018 onward, their focus sharpened toward computationally intensive applied mathematics (PDE-GIR) and smart wireless communications with machine learning (SwiftV2X). The trajectory shows a clear shift from broad participation toward deeper specialization in connected vehicle technologies and mathematical modeling methods.

UTM is moving toward machine learning-enhanced wireless vehicle communications, making them a relevant partner for future connected and autonomous mobility projects.

Collaboration profile

How they like to work

Role: third_party_expertReach: Global21 countries collaborated

UTM joins EU projects exclusively as a third-party partner through MSCA-RISE staff exchange programmes — they have never coordinated or been a direct participant in H2020. This means they contribute specialized expertise and researcher mobility rather than leading project direction. With 35 unique consortium partners across 21 countries from just 5 projects, they integrate into large, geographically diverse consortia and bring non-European research perspectives.

Despite only 5 projects, UTM has connected with 35 unique partners across 21 countries, reflecting the large consortium sizes typical of MSCA-RISE actions. Their network spans well beyond Southeast Asia into broad European coverage.

Why partner with them

What sets them apart

UTM offers a rare bridge between Southeast Asian research capacity and European consortia, particularly valuable for projects requiring global validation or non-European deployment contexts. Their MSCA-RISE focus means they bring researcher exchange and training infrastructure, not just technical output. For consortium builders needing a credible Asian partner with proven EU project experience, UTM is one of the few Malaysian universities with a multi-project H2020 track record.

Notable projects

Highlights from their portfolio

  • SwiftV2X
    Their most recent and technically focused project, combining mmWave communications, machine learning, and V2X — a high-growth application area for connected autonomous vehicles.
  • PDE-GIR
    Demonstrates deep mathematical expertise in PDE-based geometric modelling and shape reconstruction, bridging pure mathematics with practical image processing applications.
  • AniAge
    Unusual combination of high-dimensional data techniques with cultural heritage preservation, showcasing UTM's ability to apply technical skills in unexpected domains.
Cross-sector capabilities
Transport (connected and autonomous vehicles, V2X)Manufacturing (geometric modelling, shape reconstruction, quality inspection)Society (cultural heritage digitization)Environment (maritime safety and risk assessment)
Analysis note: All 5 projects are MSCA-RISE third-party participations with no reported EC funding, which limits insight into UTM's actual resource commitment and research output. The expertise profile is spread thin across diverse topics, suggesting involvement of multiple independent research groups rather than a unified institutional strategy. Keyword data for early projects is sparse (one project has only a DOI as keyword), reducing confidence in the evolution analysis.