Electronic Engineer

What you'll do: • Lead the end-to-end hardware design process for automotive optical radar/sensor products, including schematic circuit creation, PCB layout rule definition and review, comprehensive design documentation, DFMEA analysis, WCCA execution, as well as high-speed signal and power integrity simulation. • Execute rigorous product and chip validation activities in accordance with automotive high-reliability standards, developing robust test fixtures and resolving any chip reliability non-conformances that arise during testing phases. • Engage proactively in pre-project requirement alignment sessions and prototype validation exercises to ensure all technical specifications are met before mass production commences. • Drive the ramp-up of mass production by continuously optimising hardware designs, improving incoming material quality controls, and refining testing processes to achieve consistent product excellence. • Collaborate closely with dedicated test teams to establish effective test environments; provide hands-on support for FCT fixture design and debugging while optimising test logic for enhanced product reliability. • Propose innovative design improvements for existing products by challenging conventional boundaries and implementing new ideas that boost overall performance from concept through to implementation. • Support production teams by troubleshooting issues related to hardware integration or testing procedures, ensuring seamless transition from prototype to full-scale manufacturing. • Document all technical findings meticulously in standardised reports and share insights across multidisciplinary teams to foster collective understanding and drive project success. • Participate in regular cross-functional meetings with stakeholders, including those based overseas and to align on project goals, timelines, and deliverables. • Champion a culture of continuous improvement by identifying opportunities for process enhancements within both R&D and manufacturing operations. What you bring: • Bachelor’s degree or higher in electrical engineering or a closely related discipline with a strong academic foundation in analog/digital circuits, reliability engineering principles, and electromagnetic compatibility (EMC). • Demonstrated proficiency in hands-on debugging using oscilloscopes, signal generators, spectrum analysers, and other laboratory equipment essential for electronic diagnostics. • Extensive experience utilising schematic capture tools and PCB design CAD software to create complex circuit boards suitable for high-reliability automotive applications. • Exceptional documentation skills with the ability to compile technical data into clear standardised reports while effectively communicating findings across diverse engineering teams. • A detail-oriented mindset combined with self-motivation; you thrive on continuous learning and are committed to ongoing optimisation of both products and processes. • Facilitate collaboration with stakeholders within global project teams. • Experience working within automotive or high-reliability electronics sectors is highly desirable but not mandatory; candidates from adjacent industries are encouraged to apply if they possess relevant skills. • A collaborative approach that values teamwork over individual achievement; you enjoy sharing knowledge with colleagues and supporting communal project goals. • Adaptability when faced with evolving project requirements or new technological challenges; you respond positively by seeking out solutions together with your peers. What's next: If you are ready to take your career further by contributing your expertise towards groundbreaking optical radar/sensor solutions for autonomous vehicles, this is your moment! Apply today by clicking on the link provided, your next exciting challenge awaits! Do note that we will only be in touch if your application is shortlisted. Robert Walters (Singapore) Pte Ltd ROC No.: 199706961E | EA Licence No.: 03C5451 EA Registration No.: R2199817 Yandy Low