Job description
What to Expect ● You will own the end-to-end electrical design of new robotic humanoid hand/end-effector designs for Deft’s next generation wheeled humanoid robot, cooperating with and reporting directly to the CEO.
What you'll do
● Design schematics and high-density, multi-layer PCB layouts (Altium, Ki. Cad) for motor driver boards, sensor interface boards, and power distribution systems that fit within the tight form factor of a robotic hand. ● Select, integrate, and characterize sensors — encoders, force/torque sensors, tactile arrays, and temperature sensors — to enable closed-loop control of each finger joint.
● Develop compact motor drive circuits for miniature BLDC or servo motors, including current sensing, protection, and thermal management. ● Build and execute hardware-in-the-loop test setups — validate boards with oscilloscopes, logic analyzers, and power analyzers, and debug issues at the bench alongside the mechanical engineer.
● Write and maintain basic embedded firmware (C/C++) on STM32 or similar microcontrollers for real-time motor control loops, sensor data acquisition, and communication bus interfaces (CAN, SPI, I²C). ● Collaborate with mechanical engineering and firmware engineering to solve integration challenges — cable routing, connector selection, EMI shielding, thermal dissipation, firmware-hardware co-debugging, and communication protocol bring-up within a compact hand assembly.
Required Qualifications ● Bachelor’s or Master’s degree in Electrical Engineering, Mechatronics or equivalent degree. ● 3+ years of experience designing mixed-signal electronics for robotic, mechatronic, or embedded systems. ● Strong PCB design skills — schematic capture, multi-layer layout, and DFM review in Altium, Ki.
Cad, or equivalent. ● Proficiency in embedded C/C++ firmware development targeting ARM Cortex-M microcontrollers (STM32, NXP, etc.) ● Hands-on experience with motor driver design (BLDC, brushed DC, or stepper) and power electronics fundamentals. ● Working knowledge of serial communication protocols (CAN bus, SPI, I²C, UART) and real-time control concepts.
● Comfortable with lab bench work — soldering, rework, probing, and debugging prototypes. ● Excellent communication skills and ability to work in unstructured and high-pressure environments ● Understanding of how to balance development speed versus product quality ● Problem solving with first principles thinking ● Growth mindset: curious and hungry to grow Preferred Qualifications ● Prior experience designing electronics for robotic hands, grippers, or prosthetic devices.
● Experience with EtherCAT or CANopen for deterministic, low-latency actuator networks. ● Familiarity with battery management systems (BMS) and compact power regulation for mobile/embedded robotics. ● Knowledge of EMI/EMC mitigation techniques and compliance testing. ● Experience with Python or MATLAB for automated hardware testing and data analysis.
Benefits
● Medical, dental & vision plans ($0 payroll deduction) ● Daily meals stipend Expected Compensation ● $120,000 - $250,000 annually + equity + benefits ● The pay offered for this position may vary based on several individual factors, including job-related knowledge, skills, and experience. The total compensation package may also include additional components/benefits depending on the specific role.
This information will be shared if an employment offer is extended.