Work closely with project manager, hardware, layout, mechanical, lab and software teams to identify and resolve design-related issues throughout development and testing
Develop and maintain electronic schematics using Xpedition DX Designer, based on system requirements and design specifications
Design and actively contribute to the development of complex multi-layer PCB layouts, ensuring compliance with electrical, mechanical, thermal, and manufacturability constraints
Prepare and maintain design documentation in accordance with corporate standards, including BOMs, design reports, and revision histories
Analyze and improve existing PCB designs to enhance performance, reliability, testability, and manufacturability
Contribute to the enhancement of design workflows, tool utilization, and overall development efficiency
Apply best practices for signal integrity, power integrity, and electromagnetic compatibility (EMC) during layout and component placement
Conduct simulations to validate design performance
Actively participate in design reviews, providing technical feedback and recommendations
Define and execute test plans, including functional, environmental, and EMC testing
Support EMC testing and troubleshooting to ensure compliance with regulatory standards and internal requirements
Assist in diagnosing and resolving issues identified during validation, including electrical failures, signal integrity concerns, and EMI-related defects
Provide guidance and support to junior engineers through design reviews, knowledge sharing, and best practice recommendations
Requirements
Is a Lincoln Electric employee with at least 1 year of service
Is NOT on an active Performance Improvement Plan (PIP)
Master’s degree in Electronics Engineering
Minimum 5 years of hands-on experience in PCBA design and development
Familiarity with eCAD software for schematic and layout design, preferably Xpedition DX Designer
Comprehensive understanding of the end-to-end electronic product development process
Knowledge of IPC standards for PCB design and manufacturing
Practical understanding of signal integrity and power integrity, including impedance control, high-speed layout techniques, decoupling strategies, and simulation-based validation
Practical experience in designing for electromagnetic compatibility (EMC), testing and troubleshooting
Strong working knowledge of power electronics design, including hands-on experience with SiC and GaN transistors; ability to design high-efficiency, high-frequency power circuits with optimized thermal performance and switching behavior
Proactive and solution-oriented mindset with strong analytical skills
Ability to work effectively in cross-functional teams and collaborate with hardware, layout, mechanical, and software engineers
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
Good written and spoken communication skills in English