Senior Hardware Engineer

Job Responsibilities

• Cross-functional Collaboration: Work closely with project manager, hardware, layout, mechanical, lab and software teams to identify and resolve design-related issues throughout development and testing,
• Schematic Design: Develop and maintain electronic schematics using Xpedition DX Designer, based on system requirements and design specifications,
• PCB Layout Development: Design and actively contribute to the development of complex multi-layer PCB layouts, ensuring compliance with electrical, mechanical, thermal, and manufacturability constraints,
• Technical Documentation: Prepare and maintain design documentation in accordance with corporate standards, including BOMs, design reports, and revision histories,
• Design Optimization: Analyze and improve existing PCB designs to enhance performance, reliability, testability, and manufacturability,
• Process Improvement: Contribute to the enhancement of design workflows, tool utilization, and overall development efficiency,
• Signal Integrity & EMC Considerations: Apply best practices for signal integrity, power integrity, and electromagnetic compatibility (EMC) during layout and component placement,
• Simulation & Analysis: Conduct simulations to validate design performance,
• Design Reviews: Actively participate in design reviews, providing technical feedback and recommendations,
• Validation & Testing Support: Define and execute test plans, including functional, environmental, and EMC testing,
• EMC Compliance: Support EMC testing and troubleshooting to ensure compliance with regulatory standards and internal requirements,
• Root Cause Analysis: Assist in diagnosing and resolving issues identified during validation, including electrical failures, signal integrity concerns, and EMI-related defects,
• Mentorship: Provide guidance and support to junior engineers through design reviews, knowledge sharing, and best practice recommendations.

Job Requirements

• Education: Master’s degree in Electronics Engineering,
• Experience: Minimum 5 years of hands-on experience in PCBA design and development,
• Design Tools: Familiarity with eCAD software for schematic and layout design, preferably Xpedition DX Designer,
• System Design Understanding: Comprehensive understanding of the end-to-end electronic product development process — from concept, block diagrams and schematic design, through PCB layout and mechanical integration, to validation, manufacturing, and product release.
• Standards: Knowledge of IPC standards for PCB design and manufacturing,
• Signal & Power Integrity: Practical understanding of signal integrity and power integrity challenges in PCB design, including impedance control, high-speed layout techniques, decoupling strategies, and simulation-based validation,
• EMC Experience: Practical experience in designing for electromagnetic compatibility, testing and troubleshooting,
• Power Electronics: Strong working knowledge of power electronics design, including hands-on experience with SiC and GaN transistors. Proven ability to design high-efficiency, high-frequency power circuits with optimized thermal performance, switching behavior, and PCB layout for power density and reliability,
• Problem Solving: Proactive and solution-oriented mindset with strong analytical skills,
• Teamwork: Ability to work effectively in cross-functional teams and collaborate with hardware, layout, mechanical, and software engineers,
• Continuous Learning: Willingness to stay up to date with new technologies, tools, and industry trends, with a proactive attitude toward self-development and sharing knowledge within the team,
• Communication: Good written and spoken communication skills in English.