Electrical Validation Engineer – Hand Subsystem

Key Responsibilities

• Lead electrical and mechatronic bring-up and system validation of the hand subsystem, including actuators, motor drives, PCBAs, sensors, harnessing, and power distribution.
• Plan and execute subsystem and system-level validation of electrical system, actuation performance, power consumption and thermals.
• Develop and automate validation workflows and test setups to stress full range of motion, load cases, duty cycles, and environmental conditions.
• Debug complex cross-disciplinary issues across hardware, firmware, controls, and mechanics using telemetry, oscilloscopes, DAQs, power analyzers, and thermal instrumentation.
• Lead root-cause analysis for reliability, performance, and durability issues; drive design, firmware, or process improvements in collaboration with partner teams.
• Build and maintain Python-based data logging, visualization, and analysis tools to track subsystem performance and detect anomalies.
• Define KPIs and validation metrics to track hand subsystem performance, reliability, and fleet health over time.
• Document bring-up procedures, validation results, and integration learnings to support scaling to production, manufacturing test, and sustaining engineering.

Requirements

• Bachelor’s or Master’s degree in Electrical, Mechatronics, Controls, or Systems Engineering (or equivalent experience).
• 5+ years of experience in electrical or mechatronic systems validation.
• Strong understanding of power delivery, motor drives, actuator control, sensing, and grounding in electromechanical systems.
• Proficiency in Python for automation, data acquisition, and analysis.
• Skilled with lab instrumentation including oscilloscopes, power analyzers, DAQs, and thermal sensors.
• Proven ability to debug hardware, firmware, and control-loop issues in tightly integrated systems.
• Strong documentation and cross-functional collaboration skills.

Preferred Experience

• Experience with dexterous robotic hands, grippers, or multi-DOF actuation systems.
• Familiarity with CAN, SPI, I2C, EtherCAT, or Ethernet-based communication protocols.
• Experience with control-system tuning, system identification, and performance optimization.
• Experience developing automated validation rigs or hardware-in-the-loop setups.
• Comfort working in Linux and embedded development environments.
• Familiarity with manufacturing bring-up, factory test development, or sustaining engineering.