Top Electrical Engineering Jobs in San Francisco Bay Area, CA

Provides electrical engineering and operations consulting for IoT and connected hardware products. Analyzes product development lifecycles, identifies bottlenecks, designs and troubleshoots electronic circuits, applies digital electronics and chip design expertise, and improves speed to market, quality, costs, lean manufacturing, and supply chain integration while managing client relationships.

Lead electrical engineering design and delivery for hyperscale data center facilities. Develop scalable electrical infrastructure solutions, review consultant and contractor designs, validate electrical loads and system performance, conduct technical studies, ensure code compliance, and support testing, inspections, commissioning, troubleshooting, budgets, and schedules. Coordinate with consultants, vendors, IT, operations, mechanical, and project teams. Travel to various data center sites is required.

Own robot sensing systems from architecture through production, including analog and mixed-signal electronics, signal processing, calibration, characterization, health monitoring, and production testing. Design sensor front ends and multi-channel arrays, develop filtering and estimation algorithms, evaluate sensing modalities, and collaborate across firmware, software, autonomy, hardware, manufacturing, and mechanical teams.

Designs, prototypes, validates, and troubleshoots electrical systems for wearable and consumer devices. Responsibilities include architecture, schematic and PCB design, rapid prototyping, embedded-system integration, lab testing, manufacturing collaboration, and product roadmap planning. The role leads cross-functional engineering efforts involving firmware, mechanical design, quality assurance, vendors, and production partners.

Leads electrical engineering workstreams for battery or industrial equipment products. Owns electrical architecture, design reviews, component selection, cost optimization, interface requirements, validation planning, and technical decisions. Assesses impacts to PCB assemblies, controls, diagnostics, harnesses, bills of materials, and system performance. Coordinates with cross-functional teams, reviews distributed engineering deliverables, ensures documentation quality, and mentors engineers across locations.

Entry-level electrical engineer supporting the design, modeling, and documentation of power distribution, lighting, and technology systems for buildings. Responsibilities include electrical load calculations, code compliance research, plan reading, and modeling load flow, short circuit, and arc flash studies using EasyPower. The role provides mentorship and develops proficiency in Revit, AutoCAD, electrical codes, and industry standards.

Electrical Engineering Intern supporting sustainable building design projects through electrical load calculations, schematic design, NEC reviews, renewable energy research, PV system design, CAD and Revit work, specifications, cost estimates, site observations, and multidisciplinary coordination. The 10–12 week paid internship provides hands-on experience with electrical, renewable energy, and building systems design.

Design and own motor controller hardware for robotic actuators, including gate drives, power stages, sensing, feedback interfaces, protection circuitry, PCB layout, bring-up, validation, and production support. Tune field-oriented control, optimize switching, thermal performance, EMI/EMC, efficiency, and acoustic noise. Collaborate with firmware, mechanical, and manufacturing teams while supporting DFM, DFT, calibration, and end-of-line testing.

Design and validate power systems for home robotics, including battery management, power distribution, DC/DC conversion, charging, protection circuitry, and custom PCB development. Lead schematic and layout reviews, hardware bring-up, automated validation, efficiency and thermal optimization, EMI/EMC improvements, component selection, and production hardware support. Collaborate with embedded, controls, mechanical, robotics, and manufacturing teams to deliver reliable, safe, production-ready robot electronics.

Design and validate industrial control panels for high-voltage battery systems. Responsibilities include schematic, layout, and BOM development in EPLAN; component selection; NEC and UL 508A compliance; vendor coordination; high-voltage testing; mechanical integration; and DFMEA support. The role requires electrical engineering knowledge, panel design experience, high-voltage safety expertise, and familiarity with power conversion, protection coordination, PLM, product development, and requirements management tools.

Own end-to-end electrical test development for novel micromachine devices, including test strategy, precision measurement, instrumentation, PCB design, firmware, mechanical fixtures, and production integration. Develop error budgets, validate data quality, document systems, and improve reliability and throughput while balancing accuracy, cost, scalability, and speed. Collaborate with device, manufacturing, and product teams to translate ambiguous requirements into measurable specifications and robust test systems.

Designs and develops medium- and low-voltage switchgear, including bills of material, electrical drawings, one-lines, three-lines, and control schemes. Reviews customer specifications, coordinates with project management and production, supports multiple projects, troubleshoots technical issues, and provides engineering assistance. Applies power-system, relay, NEC, ANSI/IEEE, safety, and cost-competitive design principles while supporting shop, customer, sales, and inspection teams.

Designs and develops electrical subsystems and mixed-signal PCBs for aircraft ground-charging systems. Responsibilities include schematic creation, component selection, PCB layout collaboration, hardware debugging, high-voltage system commissioning, requirements development, DFMEA participation, and test validation. The engineer collaborates across firmware, mechanical, software, and supply-chain teams while optimizing designs for reliability, efficiency, EMI performance, and regulatory certification.

Performs electrical power, lighting, and low-voltage engineering for construction projects. Responsibilities include calculations, technical drawings, electrical layouts, field surveys, power-system problem resolution, code compliance guidance, installation inspections, customer discussions, reporting, and computer-assisted design. Provides guidance to Level 1 engineers and designers. The role is onsite in Monroe, Louisiana, requires 5–10% travel, and includes three months of company-supported onsite training at an out-of-state facility.

Designs electrical systems and performs design calculations for data centers, industrial buildings, offices, and other large commercial construction projects. Responsibilities include equipment selection, specifications, submittal and RFI reviews, change orders, record drawings, site observations, inspections, commissioning, and coordination with clients and external disciplines. The role also manages project priorities, budgets, deadlines, and may mentor junior staff.

Design electrical systems and perform calculations for data centers, industrial buildings, offices, and other commercial construction projects. Responsibilities include reviewing and sealing designs, submittals, RFIs, change orders, specifications, equipment selections, record drawings, site inspections, and commissioning activities. The engineer will collaborate with clients, vendors, and multidisciplinary teams while meeting project deadlines and budgets. Travel to job sites may be required.

Leads complex electrical engineering design for data centers, industrial facilities, and large commercial projects. Serves as Engineer of Record, oversees power distribution, lighting, standby generation, controls, studies, specifications, and construction administration. Reviews and seals engineering documents, manages schedules and deliverables, conducts site observations and commissioning, establishes technical standards, mentors engineers, and supports client engagement and business development.

Designs electrical systems and performs calculations for data centers, industrial buildings, offices, and other large construction projects. Responsibilities include reviewing and sealing designs, evaluating submittals and RFIs, preparing specifications and record drawings, selecting equipment, conducting site visits and inspections, supporting commissioning, and meeting project deadlines and budgets. The role collaborates with clients, vendors, and multidisciplinary teams while mentoring junior staff.

Designs electrical systems for data centers, industrial buildings, offices, and other large construction projects. Performs calculations, reviews and seals designs, evaluates equipment, prepares specifications, reviews submittals and change orders, conducts site visits and inspections, and supports commissioning. The engineer manages project deadlines and budgets, coordinates with clients and vendors, and mentors junior staff. Data center load management, programming, power systems, and applicable building and NFPA codes are central to the role.

Owns electrical design standards and reference architectures for low-voltage power systems supporting high-density AI data centers. Leads design across transformers, switchgear, UPS systems, distribution, busway, and rack-level delivery. Performs or oversees electrical studies, develops technical documentation, evaluates designs, coordinates cross-functional requirements, and supports equipment selection, testing, commissioning, construction, and failure investigations. The role requires occasional travel to project sites, manufacturers, and partner facilities.

Owns electrical design standards and reference architectures for medium-voltage systems supporting large-scale AI data centers. Leads utility interconnection, campus distribution, studies, equipment specifications, protection schemes, procurement, testing, construction, commissioning, and failure investigations. Collaborates with utilities, engineering partners, manufacturers, construction teams, and operators. The role requires on-site presence in San Francisco four days weekly and travel to project sites and partner facilities as needed.

Own electrical design standards and reference architectures for low-voltage power systems supporting high-density AI data centers. Lead designs from transformer secondary through rack-level distribution, perform electrical studies, develop technical documentation, evaluate designs, coordinate with facilities and engineering teams, and support equipment selection, testing, construction, commissioning, and failure investigations. The role requires office presence in San Francisco or San Jose four days per week and travel to project sites and partner facilities as needed.

Design and own well-scoped electrical boards for humanoid robots, taking projects from requirements through PCB design, bring-up, debugging, testing, and manufacturing. Support component libraries, BOMs, supply chain risk management, PCB vendors, and maintenance of robot electrical systems. The role requires strong electrical fundamentals, hands-on lab and rework skills, attention to detail, communication, and willingness to learn.

Own the robot’s power electronics and power distribution architecture, including battery management, bus switching, motor inverters, safety systems, cabling, and EMI mitigation. Define requirements, make system architecture decisions, and lead designs from concept through prototype, bring-up, testing, validation, and deployment. Collaborate with firmware, mechanical, thermal, junior engineering, and external layout resources to deliver reliable, cost-effective robotic power systems.

Supports electrical engineering teams with design documentation, AutoCAD and Revit drawings, building electrical system calculations, field investigations, and construction site observations. Participates in educational lunch-and-learn sessions while gaining hands-on experience with engineering projects and client-focused design solutions.