TECHNISCHE UNIVERSITEIT DELFT

Their core work

TU Delft is the Netherlands' largest and oldest technical university, delivering world-class engineering research across aerospace, civil engineering, applied physics, computer science, and industrial design. They develop and validate technologies ranging from advanced materials (graphene, composites) and fluid dynamics to AI-driven safety systems and quantum computing architectures. Their work spans from fundamental physics (ERC grants in topological insulators, quantum networks) to applied industry problems in aviation, energy systems, and smart manufacturing. With deep ties to European aerospace (Clean Sky), fusion energy (EUROfusion), and digital infrastructure programs, they are a go-to partner for translating research into engineered solutions.

What they specialise in

How they've shifted over time

In the early H2020 period (2014–2018), TU Delft focused on open science infrastructure, sensor technologies, graphene materials, and foundational climate research — a broad portfolio anchored in engineering fundamentals and research data management. By 2019–2022, the emphasis shifted decisively toward artificial intelligence, machine learning, digital twins, and quantum computing, with safety and reliability becoming central themes. This mirrors a university-wide pivot from traditional engineering disciplines toward data-driven, AI-augmented approaches applied to their existing strengths in transport, energy, and manufacturing.

TU Delft is rapidly deepening its AI and quantum capabilities while applying them to established strengths in aerospace, energy, and infrastructure — expect future projects to combine explainable AI with safety-critical engineering domains.

How they like to work

TU Delft coordinates 33% of its projects (178 out of 542), an exceptionally high rate that signals strong project management capacity and a willingness to lead large European initiatives. With 3,982 unique consortium partners across 73 countries, they operate as a major hub rather than a loyal-partner organization — they bring together diverse teams tailored to each project. This makes them an accessible partner: they are experienced at integrating new collaborators and managing complex, multi-country consortia.

TU Delft has collaborated with nearly 4,000 unique partners across 73 countries, making it one of the most connected institutions in Horizon 2020. Their network spans all of Europe with strong links to aerospace, energy, and digital research communities, plus significant global reach beyond the EU.

What sets them apart

TU Delft combines the breadth of a full technical university with the coordination capacity of a research institute — they can assemble expertise in AI, materials, aerospace, and quantum within a single institution. Their 33% coordination rate is far above average for universities, meaning they don't just contribute expertise but actively drive project agendas. For consortium builders, TU Delft offers a rare combination: deep engineering fundamentals, a proven AI/ML capability applied to real-world safety and reliability problems, and the administrative muscle to manage large European projects.

Highlights from their portfolio

• AWESCO
  TU Delft coordinated this airborne wind energy project, combining their aerospace and energy expertise in an unconventional renewable energy technology.
• STATOPINS
  EUR 1.35M ERC grant on topological insulators, demonstrating TU Delft's capacity for high-risk fundamental physics research alongside applied engineering.
• Real-Time-Mining
  TU Delft coordinated this EUR 1M+ project on real-time optimization for mining extraction, showing their reach into environmental resource management beyond traditional engineering.