Hardware Engineer

Job Description

As a Senior Power Electronics Engineer, you will join a highly motivated team developing cutting-edge solutions for Automated Guided Vehicles (AGVs), Robotics, and Industrial Automation systems.

In this role, you will take end-to-end ownership of power electronics design, including specification, architecture, development, testing, and validation of electrical systems. You will collaborate closely with Firmware, Validation, and Field Application teams to deliver high-performance and reliable products.

You will also play a key role in technical leadership, troubleshooting complex field issues, and driving continuous product improvement and innovation.

Responsibilities

• Lead projects from concept through production, coordinating cross-functional teams and ensuring timely delivery.
• Define system-level requirements for electric powertrains, balancing performance, cost, efficiency, and reliability.
• Develop system architectures, select components, and design schematics for power electronics systems.
• Perform system-level and circuit simulations (SPICE, MATLAB) to validate concepts and optimize performance.
• Define and implement design strategies to meet EMC and regulatory requirements.
• Develop test plans, perform debugging, and validate designs at system and component level.
• Lead root cause analysis of product and field issues and implement corrective actions.
• Drive new technology development and propose improvements in power converter and motor drive design.
• Produce high-quality design, validation, and compliance documentation.
• Provide technical guidance and mentorship to junior engineers and contribute to team capability development.
• Maintain and improve schematic symbols and PCB footprint libraries.

Knowledge, Skills, & Abilities

• Master’s Power Electronics, Electrical Engineering, or related field.
• 6+ years of experience in power electronics or hardware design
• Proficient with Altium Designer, SPICE, and MATLAB/Simulink.
• Strong hands-on experience with oscilloscopes, spectrum analyzers, and EMI/EMC troubleshooting.
• Solid understanding of PCB layout practices for power electronics and EMC.
• Design of inverters and power converters
• Motor drive control techniques (PMAC, AC induction, IPM)
• Analog and digital circuit design (low-voltage systems)
• EMC design at PCB and system level
• Reliability engineering fundamentals
• Functional safety (advantageous)
• Strong communication and collaboration skills
• Proactive, solution-oriented mindset
• Ability to work independently and lead technical decisions
• Continuous learning attitude

Travel

• Up to 5% Domestic and International may be required

Language

• Advanced English communication skills, both spoken and written, are required