Core contributor across Car2TERA (terahertz radar), VIZTA (LiDAR/ToF), DENSE (adverse weather sensing), MEDIATOR (driver-automation interaction), and L3Pilot (automated driving trials).
MAGNA ELECTRONICS SWEDEN AB
Automotive sensing and electronics R&D unit of Magna International, specializing in LiDAR, radar, graphene-based sensors, and intelligent vehicle safety systems.
Their core work
Magna Electronics Sweden is the Swedish R&D arm of Magna International, one of the world's largest automotive suppliers. They develop advanced sensing and electronics systems for vehicles — including radar, LiDAR, time-of-flight cameras, and driver monitoring technologies. Their work spans from raw sensor hardware (terahertz, SPAD-based detectors) through to integrated ADAS and autonomous driving systems. They also contribute to graphene-based electronics research through the EU Graphene Flagship, exploring next-generation materials for automotive and industrial sensing applications.
What they specialise in
VIZTA focused on SPAD-based LiDAR and optical phase arrays; Car2TERA on sub-THz sensor systems — both targeting next-generation vehicle perception.
Sustained participation across GrapheneCore2, GrapheneCore3, and 2D-EPL pilot line, indicating long-term commitment to graphene-based sensor and electronics development.
SMART-RCS (their largest single grant at EUR 897K) develops personalized adaptive airbag systems using occupant sensing — a new direction combining their sensing expertise with passive safety.
VEDLIoT explores distributed AI and heterogeneous computing at the cognitive edge, relevant to processing sensor data in real-time within vehicles.
L3Pilot (piloting automated driving), HEADSTART (testing infrastructure for automated transport), and MEDIATOR (human-automation interaction) all address the validation pipeline for autonomous vehicles.
How they've shifted over time
Their early H2020 work (2016–2018) centered on automated driving trials, adverse weather sensing, and broad graphene research — essentially contributing sensor hardware to large vehicle testing programs. From 2019 onward, the focus sharpened significantly toward specific sensor physics: terahertz radar, single-photon avalanche diodes, LiDAR, and heterogeneous integration of these technologies. Most recently (2020–2023), they moved into AI-at-the-edge processing and personalized vehicle safety, suggesting a shift from raw sensing components toward intelligent, occupant-aware systems.
Moving from component-level sensor R&D toward complete intelligent safety systems that combine sensing, AI processing, and personalized occupant protection — making them increasingly relevant for next-generation vehicle interior sensing partnerships.
How they like to work
Magna Electronics operates exclusively as a participant or third party — never as coordinator — which is typical for a large industrial company contributing domain expertise and hardware capabilities to research-driven consortia. With 328 unique partners across 23 countries and 11 projects, they maintain a very broad network, averaging 30 partners per project, indicating comfort in large-scale European consortia. Their role is that of an industrial end-user and technology integrator who grounds academic research in real automotive product requirements.
Extensive European network spanning 328 partners across 23 countries, built through participation in major flagship programs (Graphene Flagship) and large automotive R&D consortia. Their reach covers most of the EU automotive and electronics research ecosystem.
What sets them apart
As part of Magna International, they bring the rare combination of Tier-1 automotive supplier scale with active participation in fundamental research (Graphene Flagship). This means they can take lab-stage sensor technologies and evaluate them against real automotive production requirements — something most research partners cannot offer. Their SMART-RCS project (largest grant) signals a distinctive move into personalized occupant safety, a niche where few European electronics firms operate at this level of R&D investment.
Highlights from their portfolio
- SMART-RCSTheir largest single EC contribution (EUR 897K) and a strategic pivot into personalized adaptive airbag systems, combining their sensing expertise with occupant safety in a commercially disruptive direction.
- GrapheneCore3Part of the EUR 1B Graphene Flagship — one of the EU's largest research initiatives — demonstrating sustained industrial commitment to next-generation materials over multiple project phases.
- Car2TERADevelops terahertz-frequency automotive radar using SiGe technology and MEMS micromachining, representing a frontier sensing modality beyond conventional automotive radar bands.