This role involves designing and integrating analog/mixed-signal circuits for advanced semiconductor packaging and heterogeneous integration. Responsibilities include PHY-level interfaces, custom pad circuits, and working with industry partners to develop and commercialize innovative solutions.
This role involves leading a team of analog IC design engineers, managing project execution, and collaborating with cross-functional teams to develop high-volume products for optical communications. The position requires deep technical expertise in analog IC design and strong leadership skills to mentor and develop a high-performing team.
The Analog IC Design Manager leads a multidisciplinary team of analog circuit designers and layout engineers, driving the full NPI lifecycle for high-speed ICs. Responsibilities include technical execution, team management, and collaboration with various departments to ensure product success.
This role involves providing technical leadership for Renesas' global engineering compute and design-data-management environment. Responsibilities include managing compute infrastructure, Perforce/IPLM-based design data management, project and workspace methodologies, automation, and supporting engineering teams. The role requires significant experience in EDA/CAD engineering, strong Linux/Unix knowledge, and expertise in Perforce Helix and semiconductor EDA workflows.
This role involves providing technical leadership for Renesas’ global engineering compute and design-data-management environment. Responsibilities include managing compute infrastructure, Perforce/IPLM-based design data management, project/workspace methodologies, automation, and supporting globally distributed engineering teams.
As an Analog Design Engineer Intern, you will work on the design, simulation, and characterization of high-performance analog and mixed-signal ICs. You will use industry-standard tools like Cadence and SPICE, collaborate with senior engineers, and gain hands-on experience in the full IC development lifecycle, including circuit design, layout, and laboratory testing.
This internship involves hands-on work with a team of experienced engineers, focusing on the design, simulation, and verification of high-performance mixed-signal audio ICs. The role offers practical experience in transistor-level design, circuit architecture research, and collaboration on real silicon projects.
Design and test electrical systems for advanced automated X-ray and bond testing equipment, including electrical panel and industrial control system design. Work within an R&D team collaborating with major semiconductor and electronics manufacturers. Focus on compliance with electrical safety standards and detailed wiring loom design.
This role involves designing, simulating, and optimising advanced Bipolar devices or MOSFETs. You will collaborate with process engineers to translate simulation insights into manufacturable devices, analyse data to refine models, and support technology development from concept to production.
Electronics Design Engineer – Analogue/Mixed Signal/RFLocation: Central London – HybridSalary: Competitive, dependent on experienceIndustry: Quantum Computing / Photonics / Advanced TechnologyAn exciting opportunity for an experienced Electronics Design Engineer to work on cutting-edge technology at the forefront of quantum computing,...
The role involves improving the reliability, safety, and long-term performance of existing semiconductor manufacturing equipment. Responsibilities include design upgrades, resolving technical issues, managing obsolete components, and enhancing product maintainability. You will work closely with engineering, manufacturing, service, and supplier teams to develop practical solutions.
Design and develop GaN-based power ICs using EDA tools, including schematic capture, simulation, layout, and verification (DRC, LVS, PEX). Conduct wafer-level and packaged device testing, debug performance issues, and create SPICE models. Contribute to IP generation and support patent applications. Work within a research-driven team focused on energy-efficient semiconductor innovation.
This role involves end-to-end physical implementation of advanced ASIC/SoC designs for AI accelerators, including floorplanning, placement, clock tree synthesis, routing, and sign-off. The engineer will optimise for performance, power, and area (PPA) using industry-standard EDA tools and collaborate closely with RTL, architecture, and process technology teams. Focus areas include timing closure, low-power design, and manufacturability for cutting-edge nodes like 7nm and below.
This role involves leading the physical implementation of advanced ASIC/SoC designs for AI accelerators, from synthesis through to sign-off. The engineer will focus on optimizing performance, power, and area using state-of-the-art EDA tools and deep expertise in low-power design and timing closure. Collaboration with RTL, DFT, and process teams is key to ensuring design integrity and manufacturability at advanced nodes.
The IC Verification Engineer will develop and execute verification strategies for mixed-signal IP and FlexICs, working closely with digital and analog designers to ensure right-first-time tapeouts. Responsibilities include creating test bench environments, debugging failures, and reporting verification results.
