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.
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 and developing components and sub-assemblies for specialist products, working closely with scientists, engineers, and manufacturing teams. You will use SolidWorks to create designs, build prototypes, and manage the full design process from initial stages to production. The technology has applications in automotive, aerospace, and emerging areas like advanced coatings and lithium-ion battery manufacturing.
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 designing, developing, and validating high-power semiconductor assemblies and power conversion systems. Responsibilities include analyzing three-phase power systems, transformer configurations, and thermal performance, as well as creating detailed designs and technical documentation.
Design mechanical and electro-mechanical enclosures for semiconductor manufacturing equipment, including 3D modelling and detailed drawings for plastic injection mouldings and small fabrications. Support production with BOMs and technical troubleshooting while contributing to innovative, complex product development within a high-performing R&D team.
Design and develop electronic hardware for a diverse range of high-reliability products across aerospace, defence, medical, and communications sectors. Work through the full electronics design lifecycle, from concept to production, collaborating with multidisciplinary teams. Engage in both assigned projects and innovative in-house developments within a supportive, low-turnover engineering culture.
This role involves leading a team of analog and mixed-signal IC design engineers while remaining technically engaged in the development of advanced ASICs for high-performance communication applications. The manager will oversee full lifecycle chip development, from concept to tape-out and silicon validation, driving technical innovation and best practices. Collaboration with global engineering teams and influence over future semiconductor roadmaps are key aspects of the position.
The Photonic Layout Engineer will work on the layout of photonic integrated circuits (PICs) for IonQ's Quantum Processor Units (QPUs). Responsibilities include collaborating with scientists, interfacing with design and fabrication teams, and ensuring the effective delivery of devices that support scaling to thousands of qubits.
The Customer Quality Engineer will ensure customer satisfaction through proactive engagement, complaint resolution, and continuous improvement. Key responsibilities include supporting customer project delivery, managing quality initiatives, and coordinating quality investigations. The role involves working closely with internal teams and stakeholders to implement robust processes and maintain compliance with industry standards.
This role involves leading the design and delivery of RF subsystems within a defined system architecture, working closely with the System Architect and a multi-disciplinary team. Responsibilities include hands-on RF design, leading design reviews, and mentoring the RF team, with a focus on LNAs, PAs, filters, and duplexers.
Design and validate high-speed digital electronics, FPGA solutions, and embedded software while developing automated test systems using Python. Engage in customer-facing technical support, product demonstrations, and field engineering, contributing customer insights back into development. Work in a fast-paced environment combining hands-on hardware and software development with AI-assisted workflows.
Manufacturing EngineerLocation: Newton Aycliffe, UKSector: Semiconductor ManufacturingJob Type: Full-TimeOctric Semiconductor is a new name in the compound semiconductor foundry space. Its devices are used in mission‑critical defence and commercial applications.For over 25 years, we have delivered more than 1.5 billion...
Lead the design and development of RF subsystems for semiconductor solutions, focusing on performance, validation, and technical delivery. This role involves hands-on RF circuit design, simulation, and testing of components like LNAs, PAs, and filters, alongside mentoring engineers and leading technical reviews. Work cross-functionally within a multidisciplinary team to translate system requirements into robust, manufacturable RF designs.
This role involves hands-on experimentation with short-pulse solid-state lasers and optical systems to develop and optimize laser-material processing techniques. You will design and conduct experiments, analyze results, and support the transition of processes from the lab to industrial applications.
