Electronic Engineer

Job Description • Design and layout printed circuit boards (PCBs) and electronic schematics using standard EDA tools, applying good practice for signal integrity, noise immunity, and manufacturability in equipment. • Support product design from concept through prototyping, pilot build, and mass production, including component selection with attention to long-termavailability and industrial-grade quality. • Build and test functional prototypes; debug hardware issues at board and system level and validate designs against functional and performance requirements. • Support risk assessments and EMC/safety compliance testing (e.g., CE, UL) together with teams. • Develop test jigs and quality-inspection equipment to support production quality assurance. • Prepare and maintain design documentation, including schematics, BOMs, test reports, and engineering change notices. • Collaborate with mechanical, firmware/software, and production teams to ensure integrated, manufacturable designs. • Liaise with suppliers on component sourcing, cost, and quality matters. • Provide technical support to production and help troubleshoot field issues as needed. • Support, maintain, and sustain legacy product lines through their End-of-life lifecycle. Requirements Education • Bachelor’s degree in electrical/Electronic Engineering or a related discipline. Work experience • Min3 years of experience in electronic hardware design and development. Required Expertise · Core Engineering: Strong knowledge of electronic components, circuit fundamentals, and the ability to interpret engineering drawings and schematics. . Hardware & PCB Design: Experience in hardware design, PCB layout design, and schematic capture using standard EDA tools. . Systems Architecture: Working knowledge of microcontroller and microprocessor systems, alongside analogue and digital mixed-signal circuit design. . Communication Protocols: Familiar with key communication interfaces such as SPI, I2C, RS232, USB, and Ethernet. . Board Evaluation & Validation: Ability to perform hands-on hardware board bring-up, comprehensive evaluation, and technical troubleshooting to validate prototype performance against design specifications. Good to Have • Design Software: Proficiency in Altium Designer, complemented by experience with electrical schematic and wiring diagram tools like AutoCAD Electrical. • Motion & Sensing Tech: Exposure to electromechanical motion control (DC, stepper, and servo systems), and sensor’s signal conditioning technologies. • AI-Assisted Engineering: Proficiency in leveraging AI-assisted tools to accelerate and optimize design workflows, including schematic/PCB design and circuit simulation. • EMC & Compliance: Experience with electromagnetic compatibility (EMC) testing, compliance standards, and hands-on troubleshooting to resolve emission and immunity issues. • Industrial Application: Hands-on experience working directly with industrial equipment and hardware environments. Other requirement • Hands-on and detail-oriented, with the ability to troubleshoot hardware/software interaction issues independently. • Good team player who works effectively with cross-functional teams (mechanical, firmware, production, quality). • Good communication skills, able to explain technical concepts clearly tonon-technical stakeholders. • Willingness to take ownership of designs end-to-end, from concept through to production.