Tracking 100,000+ career sites

Senior Electrical Engineer Jobs

Updated hourly from a 20M+ job database, this list surfaces senior electrical engineer roles across power, controls, electronics, electrical systems, energy storage, and product design.

Titles may include senior or principal electrical engineer, power systems engineer, controls engineer, electronics or PCB designer, electrical systems engineer, product-development engineer, and electrical engineering manager. The work can span circuit and board design, power conversion or distribution, controls integration, requirements and simulation, prototype bring-up, verification, supplier coordination, and support for manufacturing or field deployment. Employers range from energy and infrastructure organizations to semiconductor, aerospace, medical-device, transportation, industrial, and consumer-hardware teams. Those environments impose different constraints: utility or building work may value professional licensure and code compliance, while product organizations may emphasize design cycles, laboratory debugging, safety certification, or transfer to manufacturing. Evaluate level through design authority, system complexity, review and sign-off responsibilities, ownership across the product lifecycle, and the extent of technical mentoring or people management.

First place each role in its engineering context: power, controls, electronics, systems integration, or product development. Next establish voltage or power range, analog, digital, RF, controls, and embedded interfaces, along with the simulation and CAD tools used. The original posting should also state applicable standards, laboratory or field presence, travel, and any clearance or export-control conditions. Note whether ownership begins with requirements, detailed design, verification, or support of an existing system. If the selection process includes design review, circuit analysis, or troubleshooting, choose examples that show decisions under the relevant cost, schedule, thermal, safety, and manufacturability constraints. Company, industry, location, compensation, and sponsorship filters help with practical fit. Consider benefits and pay together with licensing responsibility, program duration, and the role's position as expert contributor, technical lead, project owner, or manager.

Free browsing and filters are available without signing in. A free account adds saved electrical-engineering roles, application tracking, and Copilot. Use notes to retain standards, workplace, and clearance details confirmed at the source.

3,316
roles in this list
1,455
added this week
Featuring roles at
Canva
Netflix
Notion
Visa
Capital One
& 100K+ more
Got questions?

Explore our FAQ section to learn more.

This list covers senior electrical engineering positions across power, controls, electronics, RF, communications, instrumentation, and electrical design. Every matched title must include senior.

Describe systems you designed, analyzed, integrated, validated, or brought into production. Include technical scale, standards, safety constraints, test results, reliability improvements, and your role in design decisions.

Expect technical questions tied to the role's domain, design tradeoffs, troubleshooting, testing, and past project decisions. Employers may also use design reviews, calculations, schematics, or practical case exercises.

Requirements vary across power, controls, RF, electronics, and embedded hardware. Common needs include simulation, schematic capture, PCB tools, test equipment, programming, data analysis, and disciplined documentation.

Licensure expectations depend on the jurisdiction and the type of work. Building, utility, infrastructure, and public-facing engineering roles may place more emphasis on licensure than many product-development positions.

Show examples of leading design reviews, resolving difficult failures, defining requirements, mentoring engineers, coordinating interfaces, or establishing technical standards. Explain how your decisions affected project outcomes.

Ask about simulation tools, prototyping capability, test equipment, validation processes, manufacturing support, and access to specialists. These resources can materially affect engineering speed and quality.

Compare technical scope, product maturity, safety obligations, design ownership, laboratory access, schedule pressure, travel, regulatory requirements, and advancement paths. Clarify what you will own during the first year.