Bachelor's or Master's degree in Electrical Engineering or a closely related field.
Proven experience designing production-ready printed circuit boards (PCBs), including both schematic capture and board layout.
Hands-on experience with PCB design tools and ECAD software
Demonstrated ability to design hardware that progresses beyond the prototype stage into production environments.
Solid understanding of design for manufacturing (DFM) and design for test (DFT) principles applied to electronic hardware.
Exposure to battery management systems (BMS), including integration into larger power architectures.
Experience with power distribution systems, ensuring reliable delivery of power across complex electronic systems.
Background in power conversion and rectification, particularly within high-power DC electronics.
Experience working with high-voltage DC systems and power electronics in practical, product-focused settings.
Hands-on engineering experience with board bring-up, including initial testing and configuration of new designs.
Strong skills in validation and testing of electronic hardware, including defining test plans and executing test procedures.
Demonstrated ability to debug hardware issues, perform root cause analysis, and implement effective corrective actions.
Regular use of lab test equipment such as oscilloscopes, multimeters, power supplies, and related instrumentation.
Experience with prototype integration, including assembling, testing, and refining early-stage hardware.
Experience with generator systems, battery charging systems, and rectification systems in powertrain or energy storage contexts.
Background in energy storage systems, including design, integration, or testing of battery-based solutions.
Experience working with autonomous systems such as robotics, autonomous vehicles, drones, marine vehicles, or other unmanned systems.
Exposure to defense, aerospace, or mission-focused technology environments, including startups or specialized electronics platforms.
Experience with military or mission-critical electronics and autonomous defense platforms.
Analog and power electronics design experience, including transformers, high-current systems, and power conversion circuitry.
Familiarity with motor drives and high-power electronics used in propulsion or actuation systems.
Manufacturing exposure, including new product introduction (NPI), design for manufacturing (DFM), supplier interaction, and product scaling.
