40 jobs for “Semiconductor Design Engineer”
Semtech Bristol
Architect test strategies for high-speed mixed-signal and RF SiGe products, from first silicon to mass production, covering 200Gbps+ SerDes, CDRs and signal conditioning. Sets DFT and testability standards, builds reusable test IP, and leads NPI transfers to high-volume OSATs while mentoring engineers.
Semtech Bristol
Graduate role validating next-generation high-speed semiconductor devices, working hands-on in the lab from week one. You'll build test automation in Python or LabVIEW, take measurements on components running at 10Gbit/s and above, and learn high-speed signal integrity with Altium PCB tools. Based in Bristol, hybrid with four days in office.
Analog Devices Newbury
Field Applications Engineer role focused on system-level engagement with Aerospace, Defense and Communications customers at ADI's Newbury Catalyst site. You will develop and execute pilot demos using evaluation boards, system platforms and COTS modules, write Python code to tailor solutions, and work on-site with customers customising radar, electronic warfare and sensing designs. Part of the wider European System Platforms team, feeding customer insights back into future ADI products.
Analog Devices Newbury
Designs multi-channel digital receivers and transmitters for phased-array, radar, electronic warfare and satellite communication markets, developing RF converter-centric hardware and software from concept to productization. Analyses signal chains using RF cascade concepts and guides customers through system integration, troubleshooting and testing.
Renesas Electronics Bourne End
Serve as technical lead for analog and power solutions, supporting UK and Ireland customers from pre-design through production. Drive design-ins and design-wins via architecture development, schematic and layout reviews, bench validation, and hands-on debug across PMICs, DC/DC, GaN, and signal chain. Act as the field voice back to product divisions while working within the sales team.
Renesas Electronics Edinburgh
Owns architecture definition, modeling and technical leadership for PMIC and advanced DC/DC converter products from concept through silicon validation. Uses tools such as Simplis and Simulink to analyze stability, transient response and fault behavior, and works across analog, digital, verification and test teams to align architecture intent with implementation.
Semtech Bristol
Drive validation strategy for next-generation high-speed semiconductor devices, architecting end-to-end test solutions spanning software, hardware and documentation. Build Python or LabVIEW automation, take precision lab measurements at 10Gbit/s and above, and apply signal integrity expertise to schematic entry and PCB layout in Altium. Lead validation reviews and mentor engineers within a Bristol R&D team.
Semtech Bristol
Lead bench PVT characterization for high-speed optical and electrical signal integrity products, developing automated test environments and analyzing complex datasets. Work with an international team across the UK, Canada, US and Mexico, using Python automation and mentoring junior engineers in a lab-based NPI role.
Renesas Electronics Swindon
Provides technical leadership for a global EDA/CAD compute and engineering infrastructure, spanning Linux environments, LSF batch compute, EDA license servers, Perforce and project/workspace provisioning. Combines hands-on Python and shell automation with architecture, monitoring and capacity planning, working across engineering, CAD and IT/IS teams to keep semiconductor development environments consistent and reliable worldwide.
Renesas Electronics Edinburgh
Provides technical leadership for a global EDA/CAD compute and engineering infrastructure, spanning Linux environments, LSF batch compute, EDA license servers, Perforce and project/workspace provisioning. Combines hands-on engineering with architecture and operational ownership, building Python and shell automation, monitoring dashboards and capacity planning. Works across engineering, CAD and IT/IS teams to keep environments scalable and globally consistent for semiconductor development.
