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Graphcore is seeking early-career hardware engineers to work on the electronic systems behind our AI compute platforms. The role spans Hardware Design and Signal Integrity, with options to focus on either area or work across both.
You'll build broad board-level skills, from circuits, schematics and PCB bring-up to analysing PCIe, DDR interfaces and timing. You'll collaborate with PCB layout, silicon, validation, firmware, mechanical, thermal and manufacturing teams, learning through design
Put your engineering foundations to work on the electronic systems behind Graphcore's AI compute platforms. This role spans Hardware Design and Signal Integrity. Depending on your interests, project needs and developing strengths, you could focus on either area or work across both. You'll build broad board-level engineering skills while developing deeper expertise. In Hardware Design, you could develop circuits, select components, create schematics and work with PCB layout through review, bring-up and validation. Projects may involve digital and analogue circuitry, power sequencing, monitoring, board management or interfaces such as I2C, SPI and GPIO. As you grow, you'll take ownership of scoped circuits or subsystems through to controlled design release. In Signal Integrity, you could analyse PCIe and Ethernet links, DDR memory interfaces, clocks and other timing-critical signals. Work may span feasibility studies, PCB stack-up, materials, controlled impedance, routing and layout reviews, alongside pre-layout and post-layout simulation. You'll compare simulations with laboratory measurements, investigate issues and take increasing ownership of defined analyses and interface reviews.Your team and support Hardware Design and Signal Integrity engineers work closely with PCB layout, silicon, validation, firmware, mechanical and thermal engineering, manufacturing and system teams. Together, they turn requirements into buildable hardware and investigate how it behaves in practice. Staff Hardware Engineers and Team Leads will support you through design reviews, laboratory work and day-to-day collaboration. You'll learn how the team identifies risks before boards are built and resolves issues during development. Bring your questions and ideas, explain your reasoning and use evidence to challenge assumptions constructively. Take responsibility for your work and speak up when you spot a problem or need support.How you'll learn and grow During the two-year programme, you'll develop the judgement to connect circuit design and interconnect behaviour with the performance of a complete board. You'll gain experience with tools such as Mentor Expedition for hardware design, and Ansys HFSS and Keysight ADS for electromagnetic and circuit simulation. Comparing models with measurements will help you test hypotheses, understand trade-offs and investigate faults methodically. Following work through review, implementation, validation and release will help you build confidence in your decisions, document your reasoning and see where you'd like to deepen your expertise.
You can demonstrate these skills through a final-year project, laboratory work, placements, internships, personal or team projects, Formula Student, robotics, engineering societies or other relevant experience. Tell us what you built or investigated, how you approached it and what you learned. Your interests might include schematics, PCBs, component selection, bring-up, validation, test or fault finding; or transmission lines, impedance, reflections, crosstalk, simulation and electronic measurement. Previous professional experience with the named tools is not required., Applicants must already have the right to work in the UK for the full duration of the programme, without requiring visa sponsorship. We are unable to sponsor work visas for our Early Careers opportunities.