We don't have any matching roles at the moment, but new jobs are added daily.
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.
The Senior QPU Design Engineer will integrate features into complex chips for quantum computers, collaborating with scientists and fabrication engineers. Responsibilities include chip layout, multi-layer design, and project ownership.
The Senior Electronics Engineer will work on root-causing, designing, and deploying electronics system design fixes for IonQ's quantum computers. Responsibilities include triaging issues, developing solutions, and standardizing fixes to improve fleet uptime and reliability.
This role involves designing and verifying analog and mixed-signal blocks for IonQ's Cryo-CMOS ICs, building and maintaining full-chip models, and setting design and modelling standards. The engineer will work on precision analog blocks, Verilog-A/Verilog-AMS models, and co-simulation environments, contributing to the development of advanced quantum systems.
This role involves designing and implementing FPGA test and simulation best practices, contributing to the development of advanced quantum control systems. You will work closely with cross-functional teams to ensure high-quality and reliable FPGA designs, using UVM/SystemVerilog and Python for test automation.
The Staff FPGA Engineer will design, develop, and test FPGA features for IonQ's quantum control systems. Responsibilities include creating RTL modules, implementing signal processing and control functions, and working with cross-functional teams to deliver high-performance solutions.
A little outside Crawley, but within reach.
This role involves working at the intersection of design and manufacturing, turning engineering concepts into producible products. Responsibilities include supporting new product introduction, designing vacuum chambers and fixtures, developing manufacturing routes, and driving continuous improvements in quality and efficiency.
This role involves hands-on inspection and testing of precision-engineered components and assemblies using advanced metrology equipment. You will work closely with engineers to maintain high quality standards, identify non-conformances, and support continuous improvement initiatives in a state-of-the-art manufacturing environment.
This role involves taking technical ownership of FPGA solutions across complex development projects, from requirements capture and architecture to implementation, verification, and hardware integration. You will work closely with a multidisciplinary team, lead requirements elicitation, and contribute to secure digital design solutions for cyber and information-assurance applications.
This role involves assembling and testing UHV manipulation and sample handling sub-assemblies in a cleanroom environment. Responsibilities include precision hand assembly, wiring, pre-testing, and maintaining quality control records. The position supports the transition of new hardware from NPI to production and requires familiarity with UHV-compatible devices and precision engineering.
This role involves building integrated software-hardware systems for defence and security applications, ranging from low-power embedded systems to high-throughput server applications. You will join a multidisciplinary team of scientists and engineers, working on complex and innovative projects that combine custom hardware and software.
The Process Engineer will support the development and improvement of manufacturing processes, particularly for parylene coating applications. Responsibilities include technical problem-solving, project work, and customer interaction, with a focus on process improvement and documentation.
Design and optimize FPGA-based systems for ultra-low-latency, high-throughput data processing in custom hardware acceleration and performance-critical infrastructure. Work on both simple circuitry and complex technical challenges in a collaborative, innovation-driven team environment. Focus on timing closure, digital design, and hardware/software co-design for cutting-edge hardware systems.
Post your role in 90 seconds and reach the specialist audience that already reads this page.
