Top Electrical Engineering Jobs in San Francisco Bay Area, CA

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 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.

The Principal Electrical Engineer leads project-specific engineering and design tasks, oversees teams, and ensures the successful delivery of data center projects while balancing customer needs and operational sustainability.

Design and lead development of mixed-signal and power electronics for EV charging hardware, manage PCB design through production, coordinate suppliers and NRTL safety listings, support field deployments, collaborate with firmware and mechanical teams, and mentor junior engineers.

Design and lead hardware architecture for electrical devices, integrate imaging systems, optimize wireless hardware, validate designs, and collaborate cross-functionally.

Lead hardware development for LIDAR systems, driving electrical architecture from concept to production while collaborating with teams. Solve complex hardware issues and document design requirements.

As an Electrical Engineer, you will design, develop, and prototype electrical systems for security products, collaborate across teams, and ensure high standards of functionality and reliability.

Lead design and implementation of the reactor's electrical architecture: high-voltage power systems, drive electronics, sensing and control for a highly capacitive, nonlinear load. Characterize load, build precision measurement/readout, iterate hardware and diagnostics, enforce HV safety, and work hands-on with cross-disciplinary team to generate data supporting scale-up and fundraising.

Seeking an Electrical Engineer for design/testing of medical device components. Role involves DVT, data analysis, and collaboration with multiple teams.

Contract electrical engineer will describe day-to-day and project workflows, review anonymized projects, evaluate and pressure-test AI product prototypes, map coordination with other trades, identify clash points, and distinguish repeatable tasks from engineering judgment to inform automation.

Design and support high-voltage substation protection and control (P&C) systems for AIS and GIS substations. Prepare and review P&C drawings and deliverables, develop relay settings and protection philosophy, perform power system studies, ensure compliance with IEEE/NERC/NEC/NESC, support utility interconnection, provide QA/QC, site support, and mentor junior engineers.

Lead design and delivery of Battery Energy Storage Systems (BESS) including DC and medium-voltage infrastructure, perform system studies (load flow, short circuit, ampacity), review manufacturer submittals, ensure code compliance and QA/QC, coordinate multi-disciplinary teams, manage project scope/schedule/budget, and develop engineering standards and best practices.

Design and review Battery Energy Storage Systems (BESS), DC and medium-voltage systems; perform system studies (ampacity, load flow, short circuit, loss); prepare and QA engineering deliverables; review manufacturer drawings; coordinate with project teams and clients; support standards, optimizations, and technical processes.

As an Electrical Engineer, you will perform documentation analysis, conduct capacity studies, prepare production flows, maintain jigs, address quality issues, and support New Product Introduction processes.

The Electrical Engineer will analyze documentation, prepare product layouts, conduct time studies, assist in prototype development, and train subordinates.

The Senior Substation Engineer will lead a team responsible for electric substation design, equipment specification, project management, and client communications.

Design electrical systems for conveyors, sortation, and automated equipment; develop schematics and wiring diagrams; specify panels, sensors, drives and control devices; support PLC and controls integration; participate in installation, commissioning (FAT/SAT) and system validation; troubleshoot in testing and live environments; collaborate with controls, mechanical, and software teams.

Lead and mentor project teams delivering electrical design for buildings: prepare calculations, drawings, specs; perform load, short-circuit and arc-flash analysis with EasyPower; coordinate interdisciplinary work, perform site visits and reports, ensure code compliance, manage budget and schedule, and update standards and specifications.

Lead electrical engineering discipline on complex building projects: manage teams, produce deliverables (narratives, calculations, drawings, specs), perform system analysis (load flow, short circuit, arc flash) using Easy Power, ensure code compliance, coordinate interdisciplinary work, mentor staff, manage budgets and client relationships through construction.

Design electrical distribution, lighting, and power systems using Revit/AutoCAD and Easy Power. Prepare load calculations, equipment selection, specifications, deliverables, and cost opinions. Coordinate with clients and project teams, perform site visits and reports, apply building codes and industry standards, and support quality management under the direction of a lead engineer.

Design, prototype, and validate high-voltage DC power conversion and distribution systems (including 800V-class). Develop gate drivers, protection/sensing, and perform SPICE-based simulation, PCB/layout optimization, and high-power lab testing. Integrate with embedded control platforms and collaborate across thermal, mechanical, and system architecture teams to deliver validated hardware quickly.

Design, develop, and deploy rugged wearable camera hardware: own full-cycle PCB design, hardware-firmware-software integration, ensure IP67+ durability and drop survival, prototype and validate electrical systems, enable real-time edge VLM inference on neural accelerator chips, and collaborate with hardware, mechanical, and embedded teams.

The Electrical Engineer will design efficient solar PV systems, perform energy analysis, coordinate with engineering teams, and troubleshoot design and construction issues.

Design and develop embedded hardware from schematic through PCB layout, prototyping, testing, and mass production. Collaborate with firmware, mechanical, and manufacturing teams, ensure medical-device regulatory compliance, support bring-up, debugging, failure analysis, and manufacturability improvements.