STIFTELSEN CHALMERS INDUSTRITEKNIK

Their core work

Chalmers Industriteknik (CIT) is the industrial application arm of Chalmers University of Technology in Gothenburg, Sweden, bridging academic research and industrial deployment. They specialize in translating advanced materials research — particularly graphene and 2D materials — into manufacturable products through pilot lines and process optimization. CIT also provides expertise in additive manufacturing quality control, nanomaterial safety assessment, and big data analytics for industrial applications. Their work consistently sits at the interface between laboratory breakthroughs and production-ready technology.

What they specialise in

How they've shifted over time

CIT's early H2020 work (2016-2018) centered on graphene fundamentals and materials research within the Flagship initiative, alongside initial big data infrastructure through GATE. From 2019 onward, their focus shifted markedly toward applied industrial concerns: additive manufacturing quality control with machine learning, nanomaterial safety and regulatory compliance, and explainable AI. This evolution shows a clear trajectory from basic materials science toward responsible industrialization — ensuring that advanced materials can be manufactured safely, monitored intelligently, and brought to market within regulatory frameworks.

CIT is moving from materials discovery toward responsible industrial deployment, combining advanced manufacturing with safety assessment and AI-based quality assurance — positioning them for projects that need to bridge lab results and production.

How they like to work

CIT operates exclusively as a participant or third-party contributor — they have never coordinated an H2020 project. They consistently embed themselves in very large consortia (314 unique partners across 11 projects), particularly flagship-scale initiatives. This makes them a reliable, low-friction partner who brings specialized technical capabilities without seeking project leadership, which is attractive for coordinators assembling large multi-partner proposals.

With 314 unique consortium partners across 26 countries, CIT has one of the broader collaboration networks you'll find in a mid-sized Swedish research organization. Their network spans most EU member states, anchored by their deep involvement in the Graphene Flagship's pan-European consortium.

What sets them apart

CIT occupies a distinctive niche as an industry-facing research foundation attached to one of Scandinavia's top technical universities. Unlike pure academic groups, they focus on translating materials research into production-ready processes — making them a natural bridge partner when a consortium needs someone who understands both the science and the factory floor. Their rare combination of graphene expertise, additive manufacturing know-how, and nanomaterial safety assessment means they can support a new material from lab characterization through pilot production to regulatory clearance.

Highlights from their portfolio

• GrapheneCore3
  Largest single project funding (EUR 2.17M) as part of Europe's billion-euro Graphene Flagship — one of the EU's most ambitious research initiatives.
• MANUELA
  Demonstrates CIT's applied manufacturing strength: EUR 1.1M for metal additive manufacturing pilot line work combining machine learning with industrial quality control.
• GATE
  Long-running engagement (2017-2027 across two phases) in a Bulgarian Centre of Excellence for big data, showing commitment to capacity building and widening participation.