Top Electrical Engineering Jobs in Austin, TX

Own electrical application engineering for prefabricated data-center platforms, including power distribution, switchgear, MCCs, UPS systems, transformers, controls integration, documentation, vendor requirements, BOM accuracy, and design-risk evaluation. Translate customer specifications into manufacturable solutions, support prototyping and FAT/SAT testing, troubleshoot first-article builds, and coordinate with mechanical, controls, sales, supply chain, operations, vendors, and fabricators. The role is remote with up to 25% travel and requires independent senior-level technical ownership.

Leads the design, integration, validation, and lifecycle support of electrical systems for AI and high-performance computing data center infrastructure. Develops power distribution architectures, controls, specifications, and validation plans; leads analysis, troubleshooting, system integration, prototype builds, manufacturing readiness, deployments, and technical roadmaps. Partners across engineering, manufacturing, supply chain, quality, and customer teams while mentoring engineers and driving technical strategy.

Lead architecture and delivery of next-generation compute for a humanoid robot: define requirements, design high-speed PCBs and SoM integrations, ensure functional safety, perform SI/PI and power analysis, benchmark performance and thermals, develop validation/DVT/PVT test plans, and mentor engineering teams through prototyping to production.

Own end-to-end development of complex aerospace electronics, including architecture, schematic design, PCB layout, analysis, bring-up, verification, production release, and customer design reviews. Lead and mentor hardware engineering teams, develop requirements and verification plans, and provide expertise in high-speed digital, power, RF, signal integrity, power integrity, reliability, and space-environment design.

Leads the end-to-end development of reconfigurable processing units for spaceborne payloads, including architecture, electrical design, prototyping, integration, testing, environmental qualification, and flight readiness. Coordinates multidisciplinary engineering teams, owns technical definition and schedule execution, manages qualification campaigns, maintains box-level documentation, supports production transition, resolves anomalies, and communicates risks and design decisions to leadership and customers.

Leads the architecture, design, integration, testing, environmental qualification, and flight readiness of Ka-band AESA payloads. Coordinates multidisciplinary RF, digital, power, mechanical, thermal, software, and systems engineering teams while owning technical execution and schedule accountability. Manages requirements, interfaces, verification, qualification campaigns, risk mitigation, anomaly resolution, production transition, and customer-facing communications for flight-qualified spaceborne communication products.

Own end-to-end development of complex, high-reliability electronics for space and airborne systems, including architecture, schematic design, PCB layout, analysis, testing, production release, and deployment. Lead hardware engineering teams, develop requirements and verification plans, perform laboratory bring-up, present design reviews, provide cross-functional expertise, and mentor engineers. Designs may involve high-speed digital, power, and RF electronics.

Designs and develops spacecraft PCB-level electronics from requirements through production. Responsibilities include board design, PCB layout, subsystem definition, integration, troubleshooting, trade studies, and hardware validation using laboratory instruments. The engineer collaborates across electrical, software, FPGA, thermal, and mechanical teams throughout the spacecraft lifecycle. Preferred experience includes power and signal integrity analysis, LTSpice simulation, analog, digital, RF, or power electronics, microcontroller or FPGA systems, programming, and EMI/EMC mitigation.

Architects and develops analog and mixed-signal electronics for compact LiDAR hardware, owning designs from concept through production. Responsibilities include schematic capture, component selection, PCB collaboration, signal and power integrity, EMI/EMC compliance, validation, characterization, and manufacturing optimization. Partners with systems, mechanical, and firmware teams to deliver reliable, high-performance products under tight power, cost, size, and schedule constraints.

Own power electronics, power distribution, battery, and PCBA development for Apollo humanoid robots from concept through production. Design, simulate, prototype, validate, and debug mixed-signal PCBAs; develop battery modules and charging systems; create test fixtures and documentation; manage component lifecycles, vendors, contract manufacturers, and DFM/DFA activities. Collaborate across engineering and manufacturing teams, perform root-cause analysis, and mentor junior engineers. Travel up to 10%.

Seeking a Senior Electrical Engineer to design audio and display systems for the Apollo robot, ensuring compliance with safety standards and leading the electrical team.

Leads electrical engineering design for semiconductor and advanced technology facilities, including cleanrooms and mission-critical infrastructure. Responsibilities include power distribution strategies, electrical load analyses, low- and medium-voltage system design, system coordination, arc flash mitigation, code compliance, interdisciplinary coordination, client and vendor engagement, construction administration, QA/QC, and mentoring junior engineers.

Leads electrical engineering design for semiconductor and advanced high-tech facilities, including LV/MV power distribution, system studies, construction documentation, quality reviews, and multidisciplinary coordination. Provides technical mentorship, office leadership, staff development, client relationship management, business development, proposal support, and stakeholder coordination. Requires a PE license, 10+ years of specialized experience, and leadership in design-build mission-critical projects.

Design, build, test, and deploy electrical systems for semi-autonomous heavy equipment. Responsibilities include PCB, harness, circuit, and power electronics design; board bring-up and troubleshooting; hardware integration in demanding environments; supplier and manufacturer coordination; and documenting designs and test results.

Designs, integrates, and tests electrical, electro-mechanical, and software-driven systems for autonomous surface vessels. Responsibilities include prototype development, system integration, laboratory and marine field testing, troubleshooting, failure analysis, technical documentation, and collaboration with technicians across electrical, mechanical, and software teams.

Design and own motor, power distribution, and machine control systems for heavy equipment. Produce schematics and harnesses, select components, develop and tune motor controllers and low-level firmware, validate systems in prototypes and field tests, and integrate electrical subsystems with hydraulics and autonomy.

Lead design, integration, and testing of electrical and electronic systems for UUVs and subsea platforms, including power systems, embedded control boards, sensor and communication interfaces, PCB layouts, and ruggedized hardware. Collaborate with multidisciplinary teams from architecture through field testing, troubleshoot hardware, select components for subsea reliability, and produce engineering documentation and test procedures.

Entry-level electrical engineer supporting data center electrical infrastructure. Assist with control system software development, testing, troubleshooting, CAD work, energy-efficiency initiatives, documentation, and cross-functional collaboration. Occasional site visits and limited travel required.

The Electrical Designer/Engineer designs and documents electrical systems for various building types, including hospitals and commercial spaces, using AutoCAD and Revit.

Develops electrical drawings, specifications, calculations, system designs, and 3D models across project phases. Reviews deliverables, coordinates with project stakeholders, leads construction administration activities, responds to RFIs, reviews shop drawings, participates in site visits, and supports cost tracking, scope management, risk evaluation, and technical improvements.

Manage and execute electrical utilities scope for a solar manufacturing facility, ensuring compliance with safety and quality standards while overseeing design, construction, and commissioning of electrical systems.

Design, develop, and commercialize electrical and electromechanical products from concept to production. Define system architecture, develop embedded firmware, integrate hardware/software, perform verification and field testing, support certifications and sustaining engineering, and collaborate with cross-functional teams for product launches and reliability improvements.

Develop and release electronic systems for a humanoid robot, overseeing design, testing, and collaboration with cross-functional teams, while mentoring junior engineers.

Own spacecraft power units from requirements through design, supplier management, verification, and acceptance. Design power electronics boards involving switching, protection, current limiting, conversion, interfaces, and fault handling. Perform part selection, schematic capture, worst-case and derating analysis, board bring-up, testing, and debugging. Manage supplier specifications and design reviews, support spacecraft electrical integration, and contribute to power budgets, grounding, EMI/EMC, and system architecture trades for a 15-year GEO mission.

Leads electrical and lighting design for construction documents across multifamily, commercial, high-rise, hospitality, and other markets. Coordinates project deliverables, quality assurance, schedules, budgets, workloads, and client or municipal requirements. Reviews designs for accuracy, mentors team members, communicates project progress and concerns, and maintains relationships with plan reviewers and utility designers. Requires a PE license, extensive electrical engineering experience, and proficiency in Autodesk Revit.