Electrical Hardware Design Engineer

Space Kinetic•El Segundo, CA

4h•$120,000 - $160,000•Onsite

About The Position

As an Electrical Hardware Design Engineer, you will be responsible for the design, development, integration, and testing of circuit cards and related electronics hardware for spacecraft and other advanced aerospace and defense systems. You will collaborate closely with mechanical, software, systems, manufacturing, and test engineers to develop space-rated flight hardware that performs reliably in demanding environments. This role is for individuals seeking to make a significant impact in a fast-paced startup environment, contributing to ambitious, first-of-its-kind technology in space operations.

Requirements

Bachelor’s degree in Electrical Engineering, Computer Engineering, or related engineering discipline.
3+ years of professional electrical engineering experience.
Experience designing electrical hardware, circuit cards, schematics, and PCBs for spacecraft, satellites, aerospace, defense, or other high-reliability applications.
Experience working on spacecraft hardware or spacecraft electrical systems.
Experience with flight systems, flight electronics, avionics, or other mission-critical electrical hardware.
Strong understanding of analog and digital circuit design.
Experience with schematic capture and PCB design using Altium Designer.
Experience owning board-level hardware through design, layout, bring-up, debugging, and testing.
Experience selecting components and working with datasheets, reference designs, and supplier documentation.
Strong engineering fundamentals and ability to make sound design decisions with incomplete information.
Must be a U.S. citizen or national, U.S. lawful permanent resident, refugee, or asylee, or eligible to obtain required U.S. Department of State authorizations.
Ability to maintain or obtain a Government Security Clearance.

Nice To Haves

Master’s degree in Electrical Engineering, Computer Engineering, or related field.
Experience designing electronics for spacecraft, satellites, launch vehicles, missile systems, aircraft, defense systems, or other mission-critical hardware.
Experience with flight-qualified or flight-intent hardware development.
Experience with mixed-signal PCB design, power electronics, motor controllers, sensor interfaces, battery-powered systems, or embedded control hardware.
Experience with board-level thermal management, electronics packaging, heat sinking, thermal interfaces, and thermal testing.
Experience with high-density PCB design, impedance-controlled routing, grounding strategies, stack-up definition, and signal integrity best practices.
Knowledge of EMI/EMC design practices and qualification testing.
Experience with environmental testing including vibration, shock, thermal, and vacuum testing.
Experience working with PCB fabricators, contract manufacturers, component suppliers, and external test labs.
Familiarity with aerospace standards, high-reliability design practices, and configuration-controlled hardware development.

Responsibilities

Design, develop, and validate schematics, PCB layouts, circuit cards, electrical interfaces, and supporting electronics hardware.
Own circuit card design from concept through schematic capture, PCB layout, bring-up, debugging, testing, and release.
Develop analog, digital, mixed-signal, and power electronics designs for embedded systems, sensors, actuators, controllers, and related flight hardware.
Perform component selection, circuit analysis, worst-case analysis, derating reviews, and design trade studies.
Support PCB stack-up definition, grounding strategies, signal integrity considerations, power integrity considerations, and EMI/EMC design practices.
Work closely with mechanical and thermal teams to support electronics packaging, board-level thermal management, heat dissipation strategies, and environmental constraints.
Develop and execute electrical test plans for circuit cards, subsystems, and integrated hardware.
Collaborate with firmware, software, and controls teams to integrate electronics hardware with embedded processors, sensors, communication interfaces, and control systems.
Support design for manufacturability, design for test, prototype builds, supplier coordination, and transition from engineering development to repeatable production.
Drive rapid design iterations in a hands-on development environment where hardware is designed, built, tested, and improved quickly.