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Founded in 2015, the Institute for Compound Semiconductors (ICS) was established as part of the University’s £300M capital development plan to provide an open-access, world-class facility.

building

Cleanroom facility

Our purpose-built 1,500 sqm cleanroom facility has enabled the scale-up of compound semiconductor chip fabrication from 150mm to 200mm wafer diameters.

people

Skilled team

Our Process Engineers can work at all stages of the compound semiconductor fabrication process.

microchip

End-to-end processing

We offer the end-to-end processing of compound semiconductor wafers up to 200mm in diameter, all under one roof.

The ICS is where academic researchers and industry can collaborate to develop commercially viable compound semiconductor technologies, from prototype devices to small-scale contract manufacturing.

Operating from our new home in the Translational Research Hub since 2023, we offer the end-to-end processing of compound semiconductor wafers up to 200mm in diameter, all under one roof, to industry and academia alike.

Our purpose-built 1,500 sqm cleanroom facility has enabled the scale-up of compound semiconductor chip fabrication from 150mm to 200mm wafer diameters, critical for industrial relevance and commercial viability, and allowing the Institute to build upon its impressive reputation for process flow development.

With a dedicated team of skilled Process Engineers, mostly with industrial backgrounds, the ICS can work at all stages of the compound semiconductor fabrication process, from establishing a single process step to the development of fully qualified process flows.

We have worked hard to bring together a toolset that can satisfy the process development needs of the compound semiconductor industry, comprehensive in the breadth of materials that can be processed, the chemistries it works with and with a focus on scale up.

But even more important than the equipment is the people, their skills and the capability these provide. The ICS team has been assembled with a balance of industrial and academic experience so we can help those two worlds collaborate and ensure the world-leading compound semiconductor research is translated into tangible, real world products.

Browse our other facilities

Creating atomic-scale imagery with electron microscopy facilities 

Seeing the unseeable with detectors for elemental mapping through both energy dispersive X-ray spectroscopy and electron energy loss spectroscopy.

Investigating human movement at the Musculoskeletal Biomechanics Research Facility

A world-leading centre for the study of human biomechanics and musculoskeletal health.

Providing advanced imaging technologies with the Bioimaging Research Hub

Concept to completion application support across light microscopy for researchers and external partners.

Genomics and bioinformatics

Supporting life science research with Central Biotechnology Services

Providing certified life sciences services to businesses and the research community.