Top Electrical Engineering Jobs in San Francisco Bay Area, CA

Lead design and delivery of flight-critical power electronics for the X-BAT aircraft, including inverters, DC-DC converters, and battery management. Own full hardware development cycle, drive PCB layout, harden designs for harsh environments, mentor engineers, lead reviews, and manage program timelines through production.

Lead electrical architecture and board-level design for a medical scanner: end-to-end PCB design, firmware development, FPGA/HDL auditing, cross-team interface definition, design controls for regulated devices, bring-up, vendor management, and mentor the electrical function.

Lead day-to-day execution of electrical engineering projects, coordinating disciplines and clients to deliver on scope, schedule, and budget. Provide technical leadership, act as Project Manager or Engineer of Record when approved, mentor staff, maintain client relationships, enforce quality plans, update standards, and present work externally. Use Revit/AutoCAD and Microsoft Office; track performance and manage project financials.

The electrical engineer will design and develop sensor systems, optimize manufacturing, troubleshoot issues, and support hardware deployments.

Design and deliver the spacecraft S-Band TT&C radio end-to-end: architecture, schematic and PCB layout, link budgets, EMI/EMC compliance, testing, bring-up, debugging, and cross-functional integration for spaceflight.

The Electrical Engineer - EIT will assist senior engineers on projects, develop design documents, and ensure compliance with engineering standards using software like REVIT and CAD.

MCF Electrical Engineer responsible for system design, project coordination, and technical guidance, with emphasis on data center projects.

As an Electrical Engineer on the Vehicle Integration Team, you'll design, validate, and integrate systems for electric vehicle battery swapping, working closely with internal and external teams.

The role involves designing complex PCBs, ensuring integration of robotic systems, and managing verification activities to improve patient care through innovative medical devices.

As an Electrical Engineer, you'll design and validate PCBAs for robotic subsystems, conduct hands-on bench work, and debug hardware issues. You'll collaborate on evolving the electrical architecture and support integration with firmware while owning designs from schematic to final product.

The role involves designing and validating electrical systems for robots, performing hands-on work with PCBAs, and supporting hardware integration and debugging.

The Electrical Engineer will design and build electromechanical hardware, including high-voltage systems and embedded controls, and conduct field testing.

The Principal Electrical Engineer will lead system-level architecture for electrical designs, mentor engineers, drive engineering best practices, and ensure high-quality product delivery from concept to production.

Lead design and validation of the mixed-signal sensing and signal-acquisition platform for plant electrophysiology. Own analog front ends, PCB schematics and bring-up, embedded firmware (ESP32/LoRa), power systems, and field deployments. Build lab instrumentation and characterization tooling, partner with science and ML teams to ensure usable data, and drive technical direction for hardware reliability, signal quality, and future sensing capabilities.

Design and document electrical systems from concept through construction. Perform lighting and power calculations, short circuit studies, NEC compliance, Revit modeling, QA/QC, coordination with disciplines and consultants, RFI/submittal responses, field verification, and mentor junior staff while tracking project hours and supporting client interactions.

Design and bring up electronic hardware for autonomous vehicles end-to-end: schematic/layout with Altium, PCB bring-up and debugging, integrate sensors/compute/actuators, run lab tests with scopes and logic analyzers, collaborate with Mechanical, Firmware, and Systems engineers, and document test results and issues.

Design and integrate RF and hybrid RF/optical communication subsystems for space/airborne platforms. Develop SDR-based pipelines, high-speed free-space optical links, PCBA hardware, and test infrastructure. Perform system trade studies, validate end-to-end performance under real-world conditions, and collaborate with avionics, firmware, and compute teams for flight integration.

Design and engineer electrical systems for water/wastewater projects: prepare calculations, drawings, single-line and control schematics, specifications; review shop drawings; conduct field investigations and construction-phase services; coordinate with clients, contractors, and project teams; support estimating and business development.

Design, build, and integrate custom electronics and control systems for automated micromanufacturing nodes. Perform schematic/layout, prototype cabling, bring-up firmware, debugging, vendor interactions, and create reusable component/module libraries while working closely with embedded, software, and mechanical teams.

Design, develop, and integrate spacecraft electrical systems including power subsystems, avionics, and interconnects. Perform schematic capture and PCB layout, participate in design reviews, develop and execute electrical test plans from breadboard to flight hardware, troubleshoot in-lab using standard test equipment, support component selection, create electrical ICDs, and assist assembly, integration, and test (AIT) activities.

Lead technical delivery of electrical systems including power distribution, lighting, and system analysis. Manage project teams, produce drawings/specifications/calculations, perform site visits, mentor staff, ensure code compliance, conduct Load Flow/Short Circuit/Arc Flash analysis, and maintain client relationships and project quality.

Design and deliver PCBA hardware for high-power battery systems across the full lifecycle: requirements, component selection, schematic/layout, DFM, bring-up, verification, troubleshooting, safety/compliance, and cross-functional collaboration with mechanical, firmware, and manufacturing teams.

The Electrical Engineer will design and engineer systems for ultrasound devices, develop test systems, and collaborate across disciplines from prototype to clinical deployment.

Perform electrical engineering design for infrastructure projects: calculations, drawings, code research, use AutoCAD/Revit/SKM/AGI32/MicroStation, BIM deliverables, coordination with disciplines, ensure compliance, and support construction. Requires 30% domestic travel and hybrid work.

Design, validate, and test PCBs and electrical subsystems for autonomous delivery robots. Support schematic/component selection, PCB reviews, prototype bring-up, troubleshooting, characterization, and manufacturing collaboration. Develop and execute test plans, perform root cause analysis, and maintain engineering documentation while partnering with firmware, software, and manufacturing teams.