Top Electrical Engineering Jobs in Austin, TX

Lead electrical architecture and delivery for high-density AI data center infrastructure across design, construction, commissioning and operation. Develop standards, protection strategies, resilient power and energy-storage solutions; evaluate power-conversion technologies; direct consultants; support testing, site acceptance, operational readiness, incident investigations and cross-disciplinary collaboration. Mentor engineers and engage utilities, authorities and industry bodies.

The Electrical Engineer will design hardware systems for AI applications, develop schematics, create PCBs, and collaborate on designs through production.

Support a remote contract project by configuring design libraries, smart features, systems, and templates in AutoCAD Electrical. The engineer will apply strong AutoCAD Electrical expertise to establish and organize electrical design resources during a two-month project.

Leads electrical engineering assignments for advanced industrial manufacturing facilities, overseeing technical execution, budgets, schedules, quality, coordination, client relationships, and business development. Responsibilities include supervising engineering teams, reviewing designs, approving materials and equipment, coordinating construction activities, stamping professional documents, presenting to clients, and maintaining professional registration requirements. Travel is required.

Develops detailed electrical installation plans and work instructions for autonomous surface vessels. Translates connection lists into physical cable routes, sequences cable pulls and terminations, plans equipment foundations, wireways, cable trays, and penetrations, and coordinates installation with design, structural, outfitting, and production teams. Ensures compliance with marine standards, identifies routing conflicts, supports first-article installations, and improves standard work based on electrician feedback.

Develops electrical drawings, specifications, layouts, and calculations for power, lighting, grounding, and low-voltage systems. Supports design through construction documents, prepares load calculations and panel schedules, coordinates 2D and 3D models, reviews submittals, responds to RFIs, and participates in site visits and coordination meetings. Requires collaboration with engineers, designers, modelers, and external stakeholders while applying electrical codes and project standards.

Designs, integrates, builds, and tests electrical systems for autonomous maritime platforms and edge devices. Responsibilities include power distribution, low- and high-voltage architectures, embedded electronics, sensors, motor controllers, batteries, schematics, wiring harnesses, component selection, and prototype testing. The role also supports vendor coordination, manufacturing, field testing, and government demonstrations in a fast-paced special programs environment.

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.

The Staff Electrical Engineer will lead electronics development for the Apollo robot, focusing on system architecture, PCB design, testing, and compliance with safety standards, while mentoring staff and managing 3rd party relationships.

Owner of end-to-end electrical and FPGA architecture for a high-speed mixed-signal sensor bridge: requirements, part selection, schematic and layout guidance, RTL (VHDL/Verilog), bring-up, validation, and production transition. Design and validate multi-Gbps interfaces, power tree, EMC/ESD/thermal, and camera synchronization. Lead vendor/CM interactions, mentor junior engineers, and drive cross-functional technical decisions.

Lead RF design, layout, testing, and validation for complex RF systems and PCBs. Translate requirements into designs, run trade studies, perform lab integration and troubleshooting, generate documentation and test procedures, mentor team members, and support production and DVT test solutions.

Develop electronics for the Apollo humanoid robot, including PCB design, prototyping, validation, testing, and collaboration with cross-functional teams.

Produce build-ready electrical designs for islanded behind-the-meter microgrids: single-line and three-line diagrams, wiring schedules, equipment sizing (conductors, OCPD, disconnects, switchgear) across MV/LV/DC, basis-of-design for the Engineer of Record, DC collection layouts, and maintain drawing sets through IFC for procurement and field execution.

Leads electrical engineering design for moderate to large facility and infrastructure projects. Develops and reviews electrical designs, specifications, calculations, studies, and reports; ensures code compliance; coordinates multidisciplinary teams; leads junior staff; interfaces with clients; supports proposals, workload forecasting, construction administration, and site observations. Requires extensive facility and industrial electrical design experience, medium-voltage expertise, PE licensure, and power system analysis proficiency.

Design and document wire harnesses and cable assemblies, integrate sensors, power, and actuators across electromechanical systems, support prototype bring-up and debugging, collaborate with mechanical and firmware teams, and validate harness reliability for production and field use.

Lead design, validation, and deployment of automated functional test systems for electronic products. Architect electrical test platforms, design interface PCBs, integrate instrumentation, develop TestStand/LabVIEW/Python/C# test software, support manufacturing deployment, and collaborate with cross-functional teams and customers.

Supports the design, prototyping, testing, and optimization of autonomous surface vessel electrical and electromechanical systems. Responsibilities include system monitoring, data acquisition and analysis, power measurement, sensor integration, autonomy validation, propulsion and equipment integration, troubleshooting, research, technical reporting, and hands-on work with tools, Arduino, and Raspberry Pi.

Leads electrical design engineering for semiconductor, pharmaceutical, and high-tech industrial facilities. Responsibilities include designing and stamping power distribution and lighting systems, performing arc flash and power system studies, preparing technical documents, managing QA/QC, coordinating with clients and contractors, supporting construction and commissioning, and mentoring junior staff. The role requires PE licensure, field verification experience, strong electrical code knowledge, and proficiency with engineering design and modeling software.

Designs, reviews, and coordinates electrical systems for industrial and advanced manufacturing facilities. Responsibilities include power distribution, load calculations, equipment sizing, grounding, lighting, controls coordination, field engineering, submittal reviews, inspections, testing, commissioning, and construction issue resolution. The role requires collaboration with multidisciplinary teams and compliance with NEC and project standards.

Designs and integrates electrical systems between Hive autonomy hardware and customer vehicles. Responsibilities include analyzing vehicle architectures, designing wiring harnesses and low-voltage power distribution, selecting electrical components, defining CAN and J1939 interfaces, producing schematics and BOMs, validating electrical performance, troubleshooting vehicle systems, supporting safety reviews, and guiding technicians during installation and testing.

Designs, develops, modifies, evaluates, tests, and sustains electronic equipment and electrical systems for US Navy aircraft and military systems. Responsibilities include circuit design, power and RF systems, radar, control systems, fault isolation, technical documentation, requirements analysis, and test equipment development. The engineer will mentor junior engineers, review their work, and may lead small engineering teams.