⚡ Electrical Engineer – High-Density Power Electronics and Sensor Integration

About the role

At Proception, we're building the most dexterous humanoid hands in the world: 20+ actuators tightly packed into a compact robotic forearm. As an Electrical Engineer, you'll lead the design of embedded systems that handle motor control, power delivery, sensor integration, and real-time communication within extreme spatial and thermal constraints. Your work will directly impact the intelligence, responsiveness, and robustness of our robotic platforms.

Requirements

• 01Experience designing and debugging high-density, mixed-signal PCBs (power + control + sensing)
• 02Deep knowledge of BLDC and servo motor control (FOC, current sensing, position feedback)
• 03Expertise in power electronics: switching regulators, gate drivers, current measurement, thermal management
• 04Proficiency with embedded communication protocols: CAN, CAN-FD, EtherCAT
• 05Experience integrating sensor arrays (force, tactile, IMUs, encoders) into embedded systems
• 06Comfortable designing robust power distribution and management systems with protection and monitoring features
• 07Strong embedded C/C++ and firmware development experience for real-time and RTOS-based systems
• 08Familiarity with EMI/EMC mitigation, thermal-aware layout, and high-current PCB design
• 09Skilled at hardware bring-up and debugging using tools like oscilloscopes, logic analyzers, and power analyzers

Details & responsibilities

• 01Design and assemble embedded motor control and power boards capable of driving 20+ actuators in a compact robotic forearm
• 02Develop on-board power management subsystems for safe, efficient, and scalable power distribution
• 03Integrate multiple sensor modalities (tactile, force/torque, IMU, encoder) for closed-loop robotic control
• 04Develop firmware to manage motor drivers, sensor interfaces, and real-time communication protocols like CAN-FD and EtherCAT
• 05Optimize PCB layout and mechanical integration to balance thermal performance, EMI/EMC compliance, and signal integrity
• 06Collaborate closely with mechanical and AI teams to align system design with sensing, motion, and thermal constraints
• 07Support board bring-up, system debugging, and diagnostics across the full embedded stack
• 08Contribute to architecture decisions around centralized vs distributed control, sensor data aggregation, and failover design
• 09Continuously test and iterate with real robotic hardware to ensure reliability and robustness in field deployments

Compensation & benefits

• 01Competitive salary with meaningful equity
• 02Comprehensive health, dental, and vision benefits
• 03Opportunity to work on one of the most technically challenging and high-impact robotics platforms today
• 04Work at the intersection of embedded systems, intelligent control, and human-like machines
• 05Backed by YC and leading deep tech VCs, with a team of top-tier engineers and researchers