Cambridge is a hub for semiconductor innovation, home to leading research institutions and cutting-edge tech companies.
Cambridge is renowned for its world-class research and development in semiconductor technology. The city hosts a vibrant ecosystem of universities, research institutions, and tech companies, making it a prime location for semiconductor professionals. Key players such as the University of Cambridge and the Cambridge Centre for Gallium Nitride are at the forefront of semiconductor research, while local scaleups and established firms focus on areas like IC design, fabrication, and testing. The blend of academic excellence and industry innovation creates a dynamic environment for semiconductor professionals, with a strong emphasis on both cutting-edge research and practical applications.
Based on advertised midpoints across the 8 UK listings priced in pounds in the last 12 months. Base salary only.
Technical Futures Ltd
Design and implement FPGA-based SoC systems for cutting-edge thermal imaging and augmented reality products, contributing reusable modules to a shared library. Work within a multidisciplinary hardware, software and mechanical team, using VHDL, Verilog, SystemVerilog verification, Python and low-power design techniques.
FPGA · VHDL · Verilog +2
Verso Recruitment
Lead the transition of advanced semiconductor products into high-volume manufacturing, defining and building the Product Engineering function from the ground up. Manage technical relationships with OSAT and fabrication partners, drive yield improvement, change control and root-cause investigations, and develop control plans and containment strategies. Works closely with design and test teams in a hybrid setup.
OSAT · Yield Analysis Tools · Manufacturing Data Analytics
Technical Futures Ltd
Design and implement FPGA-based SoC systems for cutting-edge thermal imaging and augmented reality products, contributing reusable modules to a shared library. Work in a multidisciplinary team of hardware, software and mechanical engineers, using VHDL, Verilog, SystemVerilog and Python, with a focus on low-power design and timing constraints.
FPGA · VHDL · Verilog +2
Enterprise Recruitment
Lead high-speed board-level electronics and FPGA development for a technology consultancy, delivering client projects across varied markets. Also contribute to internal R&D, building prototypes and demonstration platforms, with opportunities for technical leadership and mentoring.
DDR4 · QSPI · PCIe +4
SoCode
Own significant blocks of RTL from specification through implementation, verification and into working hardware, focused on physical layer design in the communications space. Work alongside senior and principal engineers on digital RF and fixed-point DSP, with hands-on lab time on AMD/Xilinx FPGA platforms. A new role in a small, established team with low attrition.
AMD · Xilinx · MATLAB
Cambridge GaN Devices · 11–50 people · Series B
Define and architect test hardware for GaN power devices and ICs, covering fixtures, sockets, probing, switching and multi-site parallel setups for static, dynamic and mixed-signal measurements. Lead test hardware workstreams from concept to release, write specifications, review designs, and mentor engineers while shaping the test equipment roadmap.
HTRB · HTOL
Newton Colmore · 11–50 people
Designs and develops FPGA firmware for defence technologies spanning communications, sensors and detection systems, working within a small multidisciplinary engineering team. Uses VHDL or Verilog and collaborates with internal teams and external groups, with security clearance required and room to grow as the company expands.
Pragmatic Semiconductor
Technical leadership role owning product-level characterisation strategy, translating requirements and risks into proportionate test coverage, analysis and reporting. Leads a small team developing automated volume test solutions while hands-on with wafer-level ATE characterisation, RF/analogue test design and large-dataset analysis, presenting findings to stakeholders from project inception through production transfer.
Python · LabVIEW · C# +2
The most-listed roles in this cluster right now. Tap through to a role profile when one exists, or to the live search results.
Cambridge's semiconductor industry is characterised by a strong collaboration between academia and industry. This synergy fosters a rich environment for innovation and professional growth. Companies in the area often partner with local universities to advance research and development projects.
The city's reputation for excellence attracts top talent from around the world, making it a highly competitive job market. However, the opportunities for career advancement and the chance to work on groundbreaking projects make it a highly rewarding place to build a career in semiconductors.
Common roles include IC designers, process engineers, and researchers. Many positions focus on advanced materials and cutting-edge technologies.
While some roles offer hybrid options, many semiconductor jobs in Cambridge are on-site due to the need for access to specialised labs and equipment.
Key industries include semiconductor research, IC design, and fabrication. Both academic institutions and tech companies are major employers.
Salaries in Cambridge are competitive and reflect the high demand for skilled semiconductor professionals. For specific salary ranges, refer to the salary section on this page.
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