Principal Electrical Engineer

Overview

• Lead the design and development of advanced embedded systems for robotics and autonomous platforms.
• Serve as a top-tier technical authority, influencing architecture and engineering direction across teams.
• Deliver highly reliable, high-performance firmware in mission-critical environments.
• Collaborate on electrical and firmware co-design for microcontroller-based control systems.
• Optimize real-time embedded software for stringent latency, reliability, and performance requirements.
• Ensure robust system-level integration across sensors, actuators, and control hardware.
• Establish rigorous testing and validation strategies aligned with demanding standards.
• Mentor senior engineers and elevate technical standards across the organization.

• Architect and implement embedded firmware systems from concept through production.
• Lead schematic development for microcontroller-based systems, power conversion, and motor drives.
• Develop real-time, safety-critical embedded software with stringent reliability requirements.
• Drive integration across sensors, actuators, and control hardware for scalable operation.
• Execute advanced testing methodologies and validation processes for mission-critical systems.
• Diagnose and resolve complex hardware/software issues across the system stack.
• Influence cross-functional architecture and engineering direction as a technical authority.
• Elevate engineering standards and mentor senior engineers within the organization.

• Bachelor’s degree in Electrical Engineering, Computer Science, or a related field; advanced degrees preferred.
• Minimum of 15 years of experience in electrical design and embedded firmware development.
• Expertise in microcontroller-based systems, power electronics, and motor control.
• Proficiency in C++ and Python for embedded systems and development workflows.
• Experience with embedded Linux, RTOS, and kernel customization for specialized platforms.
• Strong command of networking protocols such as TCP/IP, CAN, UART, and I2C.
• Track record of optimizing embedded software for low latency and high performance.
• Familiarity with safety certification standards and regulatory requirements.