Semiconductor Jobs

Pragmatic Semiconductor · Durham

Responsible for maintaining, installing and fault-finding 300mm photolithography equipment including steppers, wafer tracks and bake tools, while supporting production operators and minimising tool downtime. Involves training technicians, developing maintenance procedures and reporting on equipment KPIs within a cleanroom semiconductor scale-up environment.

Pragmatic Semiconductor · Cambridge

Executes verification strategies for mixed-signal IP and FlexICs to ensure right-first-time tapeouts, working closely with digital and analog designers. Builds test bench environments, debugs failures, and produces verification reports and coverage statistics across the design flow. Requires strong SystemVerilog and verification methodology knowledge, with UVM highly desirable.

Analog Devices · Edinburgh

Join a Consumer Audio design team in Edinburgh to work on real mixed-signal IC development, from circuit architecture research and feasibility studies to transistor-level design, simulation and verification of analog blocks. You will build testbenches, analyse trade-offs around noise, distortion and power, and collaborate with layout engineers through physical implementation and design reviews.

Analog Devices · Edinburgh

Join a collaborative Edinburgh team developing low-power analog and power-management IP for highly integrated mixed-signal ICs. The intern contributes to architecture, transistor-level design, simulation and verification of DC/DC converter IP such as buck, boost and buck-boost topologies, including analog sub-circuits like error amplifiers, comparators and gate drivers. Work spans behavioural modelling, layout review and potentially laboratory silicon evaluation.

Lumai · Oxford

Owns signal and power integrity across high-speed boards and packages, running pre-layout channel studies, post-layout SI analysis with IBIS-AMI models, and PDN impedance and DC drop work for high-current ASIC and FPGA rails. Channels span chip, package, interposer, board and optical engine, with heavy bench correlation using VNAs, TDRs and oscilloscopes to feed design rules.

Renesas Electronics · Edinburgh

Provide technical leadership for a global engineering compute and design-data-management environment, combining hands-on CAD work with infrastructure ownership. You will own Perforce Helix and IPLM methodologies, build Python and shell automation, and guide migration from legacy data platforms. The role spans Linux compute environments, EDA tool configuration, documentation and training across distributed semiconductor teams.

Renesas Electronics · Swindon

Provide technical leadership for a global engineering compute and design-data-management environment, combining hands-on CAD work with Perforce Helix and IPLM-based data management. You will develop Linux-based engineering environments, Python and shell automation, project/workspace methodologies, and migration paths from legacy platforms, while supporting EDA tool integration and training engineering teams.

Lumai · Oxford

Owns embedded software for a novel optical AI accelerator, writing Linux kernel and bare-metal device drivers, firmware for control processors, and deterministic RTOS control tasks. Leads board support package bring-up on new custom silicon revisions, debugging with JTAG, scopes and logic analysers, and sets the embedded team's coding standards and test methodology.

IonQ · Oxford

Owns full-chip mixed-signal modelling and verification for cryo-CMOS ASICs used in trapped-ion quantum processors, building Verilog-A/AMS and real-number models correlated against schematic and measured silicon. Leads AMS methodology, sign-off criteria and reviews, runs Cadence AMS/Xcelium-Spectre co-simulation regressions, and mentors engineers through tape-out and bring-up.

Amazon · Cambridge

Architect and implement SoC designs for Blink/Ring smart home cameras and doorbells, owning the flow from RTL delivery through synthesis, power analysis and timing closure. The role also involves defining microarchitecture specs, mentoring junior engineers, and evaluating emerging IP blocks in a vertically integrated environment spanning architectural modelling to post-silicon validation.

Semtech · Bristol

Lead a Bristol team of analog IC design engineers, spanning associate to senior level, with direct oversight of performance, development and recruitment. The role is hands-on, guiding complex design work while managing project schedules, budgets and cross-functional priorities for optical communications ICs such as laser drivers, TIAs and transceivers.

Cambridge GaN Devices · Cambridge

Owns the planning and delivery of internal product and technology development projects plus public-funded R&D projects, supporting them from concept and requirements through to completion. Coordinates cross-functional teams, runs project reviews and status meetings, maintains documentation, handles financial reporting and budget tracking, and helps coordinate bid-writing for public-funded work. Reports directly to the VP of R&D and helps shape the project management function as the company grows.

Broadcom · United Kingdom-Remote Location

Delivers technical consulting on IBM Mainframe AIOps and automation, covering WLM, System Automation, Omegamon, CA-Sysview, CA OPS/MVS and Netmaster. Works with sales teams on qualification, complex demos, proofs of concept and solution architecture, acting as a subject matter expert for customers and partners. Requires deep mainframe experience, European language skills and around 50% travel.

Vacgen · East Sussex

Hands-on inspection of precision-engineered components and assemblies against drawings and specifications, using Faro Arm/CMM metrology equipment and specialised test gear. Involves investigating non-conformances, root cause analysis, and working with Production and Engineering to reduce defects in an ISO 9001 environment serving vacuum technology for science and space applications.

University of Surrey · Guildford · £38,448 – £46,970 pa

Develops and validates predictive models of source-gated and multimodal transistors on an EPSRC project, using TCAD, compact modelling, surrogate modelling or physics-informed machine learning. Works closely with experimental researchers to fit models against measured data and inform device and circuit design, producing publications and reusable simulation frameworks.