UNIVERSITY OF ELECTRONIC SCIENCE AND TECHNOLOGY OF CHINA

Their core work

UESTC is a specialized technical university in Chengdu, China, with deep roots in electronic engineering, wireless communications, and intelligent systems. In the H2020 programme, they appeared exclusively as a third-party host institution under Marie Skłodowska-Curie Actions — meaning European researchers came to UESTC for secondments and exchanges, rather than UESTC co-designing project deliverables. Their research groups work on connected vehicle communications (V2X, DSRC, ADAS), cooperative sensing, and AI-driven object detection, alongside a broader base in photonics and enabling technologies. The university's position as a recurring MSCA host signals international recognition as a serious research environment in electronic and intelligent systems.

What they specialise in

How they've shifted over time

UESTC's earliest H2020 engagement (2016, MULTIPLY) was in photonics — they joined as a host for an international researcher mobility programme, with no indication of deep in-house photonics research leadership. By 2018, their involvement shifted entirely to connected and intelligent vehicles (COSAFE), covering 5G V2X, ADAS, cooperative sensing, and deep learning for object detection. This pivot is sharp and substantive: the COSAFE keyword set is technically dense and closely matches UESTC's known institutional strengths in electronic engineering and wireless communications.

UESTC is moving firmly toward intelligent transportation systems — specifically the wireless communications layer enabling autonomous and cooperative vehicles — which positions them at the intersection of 5G infrastructure and automotive technology.

How they like to work

UESTC has appeared only as a third party in H2020 — the role of a host institution in MSCA exchange programmes, not a technical work-package leader or co-designer. This means collaborating with them typically involves researcher secondments: sending a team member to Chengdu, or hosting a UESTC researcher in Europe. Despite this limited formal role, their network of 51 partners across 23 countries reflects participation in large, multi-node MSCA consortia. A future partner should expect researcher-exchange collaboration rather than joint proposal leadership from this institution.

UESTC reached 51 unique consortium partners across 23 countries through just two MSCA projects — a disproportionately wide footprint explained by the large multi-partner structure of MSCA-RISE and MSCA-COFUND consortia. Their geographic spread is global, anchored in China but connected across Europe and beyond.

What sets them apart

As one of the few Chinese universities that has served as an MSCA host in both photonics and connected vehicle research, UESTC offers EU consortia a credible Asia-Pacific anchor point — useful for projects requiring international dimension under MSCA rules. Their electronic engineering focus and active work on 5G V2X and cooperative sensing fills a gap that most European partners cannot cover with in-country expertise. For a consortium targeting intelligent transport or next-generation wireless, UESTC adds both technical depth and geographic diversification.

Highlights from their portfolio

• COSAFE
  Technically the denser of the two projects, covering the full stack of connected vehicle intelligence — from 5G V2X and DSRC at the communications layer to ADAS, cooperative sensing, and deep learning at the application layer.
• MULTIPLY
  A large MSCA-COFUND photonics fellowship programme spanning 2016–2022 that brought UESTC into a pan-European photonics network as an international host, demonstrating their ability to attract European researchers.