Bristol  On-site, 5 days per week  £42k - £47k DOE

*This role doesn't offer sponsorship at all, so you need full right to work in the UK permanently*

A growing technology business is looking for a Diagnostics Engineer to join its technical support function.

This is a hands-on technical role focused on CAN bus diagnostics, fault finding and root-cause analysis. You’ll use tools such as CANoe and CANalyzer to analyse CAN traces, decode messages and signals, and provide engineers with clear, actionable diagnostic information.

You’ll also help shape technical support processes as the function continues to grow.

• Analyse CAN bus traffic using Vector tools such as CANoe/CANalyzer.
• Decode CAN messages using DBC files and identify fault signatures.
• Diagnose hardware, software and configuration issues.
• Decide whether faults can be resolved remotely or require field intervention.
• Provide engineers and field service partners with clear technical findings.
• Build knowledge around recurring faults and diagnostic solutions.
• Work with senior stakeholders to improve support processes and workflows.

• Hands-on experience with CANoe, CANalyzer or equivalent.
• Strong knowledge of CAN protocol, message decoding and DBC files.
• 3–5 years' experience in diagnostics, technical support, test/validation or a similar hardware-focused role.
• Experience with complex electro-mechanical or integrated hardware/software systems.
• Strong analytical and problem-solving skills.
• Confident communicating technical findings to engineers, customers and other stakeholders.
• A proactive approach with the confidence to take ownership of technical problems.

Experience in EV charging, automotive, energy storage or power electronics would be advantageous, but isn't essential.

This is a great opportunity for a Diagnostics Engineer to join a growing technical function where your CAN expertise will have a direct impact.

You’ll have the opportunity to solve complex technical problems, work closely with engineering teams and help shape how the support function develops.

Apply now to find out more.