Electrical Engineer

About the role

We're looking for an Electrical Engineer to help design our most space and performance-constrained electronics. We are looking for someone who can start from an idea, help devise an architecture, draw a clean schematic, create libraries when needed, lay out the PCB, send it to fab, and help bring it up when it gets delivered. That loop often can be closed in less than one week for simple designs, so speed is a must. You should be comfortable with uncertainty, confident enough in your fundamentals to know what rules can be broken, and driven to find the answer faster. You'll get to help make the impossible package possible: chip-scale silicon, blind/buried vias, board-to-board stacks, and rigid-flex assemblies operating in tight electromechanical envelopes alongside motors, sensors, mixed signals, and power electronics. If you've helped ship high-density electronics at scale and now want to apply that craft to robots that walk, manipulate, and reason about the physical world, we'd love to hear from you.

Responsibilities

• Help design and support the hardware architecture of tightly integrated PCBAs and rigid-flex circuits for actuators, sensors, perception, and compute subsystems across the robot.
• Push the limits of density: support component selection, stackups, and layout for power management and motor control, sensors, and communication with chip-scale packages (BGA, WLCSP, 0201/01005 passives), blind/buried vias, HDI, and board-to-board interconnects.
• Co-design with mechanical engineers to fit electronics into volumes that don't yet exist on a CAD model, including 3D rigid-flex routing and connector placement.
• Support mixed-signal subsystems spanning analog sensing (force, current, position, tactile), power delivery (point-of-load, isolated rails, motor drive), and high-speed digital (multi-Gbps SerDes, GMSL/MIPI, EtherCAT, CAN-FD, USB, Ethernet).
• Contribute to signal and power integrity work: pre-layout SI/PI analysis, return-path planning, decoupling strategy, thermal analysis, and EMI/EMC-aware layout to help boards work on first pass.
• Bring up boards: debug with scope and logic analyzer; close the loop on layout choices with measured data.
• Partner with manufacturing: interface with EMS partners and fab houses on stackup, impedance control, DFM/DFA/DFT, yield, and ramp.
• Follow and help refine schematic, library, and layout conventions that scale to a fast-moving team without accumulating technical debt.
• Collaborate with firmware and software to ensure the board enables rather than constrains the control stack.

Requirements

• Bachelor's degree (advanced degree a plus) in Electrical Engineering or a related field.
• 5+ years of industry experience designing and shipping production electronics (3+ with advanced