CF
Posted 3 days ago
Senior ECU & Electronics Hardware Engineer - Advanced EV
Computer Futures
📍 Oxford
💷 £75,000EngineeringRemote
Job description
Senior ECU & Electronics Hardware Engineer<br><br>Check you match the skill requirements for this role, as well as associated experience, then apply with your CV below.<br><br>Advanced EV, Battery & Powertrain Systems<br><br>Overview<br><br>We are recruiting a Senior ECU & Electronics Hardware Engineer to join a established engineering organisation developing next-generation electric powertrain and battery technologies. This role sits at the intersection of advanced EV systems and motorsport-pace engineering, delivering real hardware into real testing and deployment environments.<br>This is not a software-only or late-stage production role. You will design, build, test and own ECU-level hardware used within battery management systems, powertrain control and supervisory electronics. The work is hands-on, technically demanding and safety-critical, supported by long-term investment and organisational scale.<br><br>The Role<br><br>You will take end-to-end ownership of ECU and electronic control hardware, from early concept and architecture through schematic, PCB design, bring-up, validation and production release. Alongside hardware delivery, you will play a key role in developing and supporting Hardware-in-the-Loop (HIL) systems used to validate EV battery and powertrain architectures.<br>The environment is fast-paced and prototype-led, but with the structure, funding and stability of a major global engineering organisation. Engineers in this team work closely with firmware, software, systems and test teams to deliver robust, high-performance solutions.<br><br>Key Responsibilities<br><br>Lead ECU and electronic hardware design from concept through to production<br>Design mixed-signal, safety-critical control and interface boards<br>Perform circuit design, simulation, schematic capture and PCB layout oversight<br>Own board bring-up, debugging and fault diagnosis using lab equipment<br>Develop, support and debug ECU-connected HIL rigs<br>Support battery, powertrain and control hardware during lab, rig and test activities<br>Apply high-voltage-aware design principles, including isolation, creepage and clearance<br>Select components with consideration for EMC, thermal and reliability requirements<br>Define and execute hardware test strategies, including EVT, DVT and PVT<br>Work closely with embedded firmware and software engineers to deliver integrated systems<br>Mentor junior engineers and contribute to continuous improvement of team processes<br><br>Technical Requirements<br><br>ECU & Electronics Hardware<br>Proven experience designing ECU-level electronics hardware<br>Mixed-signal, safety-critical board design experience<br>End-to-end ownership from schematic through PCB and validation<br>Strong hands-on lab capability; comfortable debugging your own designs<br>EV, Battery & Powertrain Systems<br>Experience with BMS hardware, battery control units or EV powertrain electronics<br>Understanding of HV battery systems, charging and power electronics<br>Exposure to high-voltage PCB design practices<br>Tools & Practical Skills<br>PCB design experience using Altium, Cadence, Zuken or Mentor<br>Confident use of oscilloscopes, logic analysers and bench equipment<br>Practical soldering, rework and prototype modification skills<br>Embedded & ECU Interfaces<br>Experience working with microcontrollers or processors<br>Communications: CAN, SPI, ISO-SPI, IC, UART<br>CAN bus design, termination and EMI mitigation<br><br>Safety, Quality & Standards<br><br>Understanding of EMC and EMI mitigation<br>Grounding strategies and transient protection<br>Familiarity with functional safety principles<br>Experience applying DFMEA and hardware verification methods<br>Exposure to automotive or motorsport-grade design standards<br><br>Ideal Background<br><br>Automotive, EV, motorsport or advanced engineering environments<br>Prototype-heavy, fast-moving programmes<br>Experience delivering hardware against demanding technical schedules<br><br>Seniority Expectations<br><br>Leads designs end-to-end with minimal supervision<br>Comfortable making architectural and technical trade-offs<br>Drives design reviews and delivery timelines<br>Acts as a mentor and technical reference for others<br>Takes ownership for outcomes, not just tasks<br><br>Package & Benefits (UK)<br><br>Competitive base salary: £60,000-£70,000 (higher for Lead/Principal profiles)<br>Annual bonus scheme<br>Pension with strong employer contribution, increasing with service<br>Share / SIP scheme<br>Private medical insurance and health cash plan<br>Life assurance and income protection<br>Free on-site gym and discounted national memberships<br>Electric car salary sacrifice scheme<br>26 days holiday plus bank holidays, with option to buy additional days<br><br>Working Pattern<br><br>Predominantly on-site role due to lab, rig and prototype requirements<br>Typically 4-5 days on site, with limited flexibility for remote design or admin work<br>Occasional extended hours aligned to testing or integration milestones<br>Minimal travel, primarily UK-based test facilities<br><br>Why This Role<br><br>This position offers genuine ECU hardware ownership, advanced EV and battery exposure, and the pace of motorsport engineering combined with long-term stability and investment. xwzovoh It is suited to engineers who want to design, touch, test and improve real hardware - not manage it at arm's length.<br><br>To find out more about Computer Futures please visit