Electrical Systems Engineer Visa Sponsorship Jobs in Texas
Texas is one of the strongest markets for electrical systems engineer visa sponsorship, driven by major employers in Houston's energy sector, Dallas-Fort Worth's aerospace and defense industry, and Austin's growing tech manufacturing base. Companies like Lockheed Martin, Raytheon, ExxonMobil, and Tesla's Gigafactory regularly hire for these roles across the state.
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Get Access To All JobsCompany Introduction
At Bot Auto, we build autonomous trucks to transform the way goods are transported and improve the quality of life for communities worldwide. With a start-up spirit yet long-established experience, Bot Auto has the most seasoned team that has delivered several world's first and world's only. Together, we share vision, we see and build miracles and we drive the future of transportation. Join us and turn your dream into something RUNNING.
Position Overview
We are seeking a Junior E/E Architecture & Electrical Systems Engineer to support the design, integration, and validation of production-intent vehicle electrical/electronic architectures for autonomous and software-defined vehicles. This engineer will contribute to in-vehicle network topology, ECU and centralized-compute integration, pinout definition, wiring harness design, power distribution, safety analysis, and system verification under the guidance of senior engineers. Hands-on experience contributing to automotive-grade in-vehicle network architecture design is required.
Key Responsibilities
E/E Architecture Design:
- Support the vehicle E/E architecture lifecycle from concept and requirements through detailed design, integration, validation, production release, and field support.
- Assist with defining and documenting scalable logical and physical architectures spanning centralized computers, domain and zonal controllers, gateways, edge ECUs, sensors, actuators, and power distribution.
- Create and maintain architecture artifacts under guidance, including block diagrams, functional allocation, interface control documents, network matrices, connector definitions, and pinouts.
- Contribute to trade studies covering bandwidth, latency, time synchronization, redundancy, fault tolerance, safety, cybersecurity, power, thermal limits, harness weight, cost, and scalability.
Electrical Integration & Harness Engineering:
- Assist with defining and maintaining ECU, sensor, actuator, and compute-platform pinouts, including signal types, voltage levels, current limits, wake/sleep behavior, power, grounds, and shielding requirements.
- Support the design and review of low-voltage harnesses, schematics, connectors, wire gauges, splices, fusing, routing, grounding, shielding, serviceability, and manufacturing constraints.
- Assist with integrating ECUs, gateways, sensors, actuators, power-distribution modules, and high-performance vehicle computers; support hardware bring-up and interface validation.
- Work with suppliers and internal hardware, software, mechanical, safety, manufacturing, and vehicle-integration teams to align electrical interfaces and network requirements.
- Maintain architecture models, schematics, BOMs, DBC/ARXML/LDF files, interface baselines, variants, and change traceability.
Safety, Reliability & Validation:
- Participate in system FMEA/DFMEA and fault-tree analyses; help identify failure modes, effects, detection mechanisms, design mitigations, safe states, and verification evidence.
- Support the definition and execution of network and electrical integration tests for bandwidth, latency, bus load, time sync, power modes, diagnostics, fault injection, EMC, HIL, bench, and vehicle operation.
- Assist with diagnosing cross-domain electrical, communication, and hardware/software issues using logs, network traces, measurements, and structured root-cause analysis; help drive defects to verified closure.
Collaboration and Technical Delivery:
- Work with autonomy, controls, software, hardware, cybersecurity, safety, suppliers, and platform partners to implement architecture decisions, interfaces, dependencies, and changes.
- Participate in design and release-readiness reviews; help maintain documentation, verification evidence, manufacturing and service inputs, and clear tracking of residual risks.
Skills and Qualifications
- Bachelor's or advanced degree in Electrical Engineering, Electronics Engineering, Computer Engineering, Automotive Engineering, Mechatronics, or a related field.
- Required: Hands-on experience contributing to automotive-grade in-vehicle network architecture design through industry experience, an internship, co-op, or an equivalent vehicle-platform project.
- Working knowledge of centralized, domain-based, or zonal E/E architectures, including function allocation, gateways, ECUs, and high-performance-compute integration.
- Hands-on knowledge of CAN and CAN-FD, with familiarity with LIN and Automotive Ethernet concepts such as topology, bandwidth, latency, diagnostics, and communication matrices.
- Practical experience supporting pinout definition for power, ground, analog, digital, high-speed, wake, reset, diagnostics, and safety-related signals.
- Hands-on exposure to wiring diagrams, harness schematics, connectors, wire sizing, grounding, shielding, power distribution, and design for manufacturing.
- Basic working knowledge of UDS, DoIP, SOME/IP, DDS, gPTP/IEEE 802.1AS, or similar diagnostic, middleware, and time-synchronization technologies.
- Exposure to FMEA/DFMEA, fault-tree analysis, design risk assessment, or verification planning in an ISO 26262-oriented process.
- Familiarity with tools such as CANoe/CANalyzer, Wireshark, oscilloscopes, logic and power analyzers, and HIL or bench systems.
- Ability to work with requirements, interfaces, configuration records, and engineering changes, with sound problem-solving, documentation, and cross-functional communication skills.
Preferred Qualifications
- Exposure to integrating NVIDIA DRIVE AGX Thor or Orin, or comparable platforms such as Snapdragon Ride, Renesas R-Car, or TI Jacinto.
- Familiarity with GMSL, FPD-Link, PCIe, MIPI CSI, multi-gigabit Automotive Ethernet, or synchronized sensor networks.
- Exposure to zonal architectures, Ethernet TSN, service-oriented systems, fail-operational design, or redundant power and network paths.
- Familiarity with PREEvision, SystemWeaver, Capital, Zuken E3, CATIA Electrical, IBM DOORS, or equivalent tools.
- Internship, co-op, academic, or early-career OEM/Tier-1 experience supporting vehicle electrical systems from prototype through validation.
- Exposure to ISO 21434, Automotive SPICE, DVP&R, EMC/EMI, APQP/PPAP, or Python/CAPL test automation.
Company Introduction
At Bot Auto, we build autonomous trucks to transform the way goods are transported and improve the quality of life for communities worldwide. With a start-up spirit yet long-established experience, Bot Auto has the most seasoned team that has delivered several world's first and world's only. Together, we share vision, we see and build miracles and we drive the future of transportation. Join us and turn your dream into something RUNNING.
Position Overview
We are seeking a Junior E/E Architecture & Electrical Systems Engineer to support the design, integration, and validation of production-intent vehicle electrical/electronic architectures for autonomous and software-defined vehicles. This engineer will contribute to in-vehicle network topology, ECU and centralized-compute integration, pinout definition, wiring harness design, power distribution, safety analysis, and system verification under the guidance of senior engineers. Hands-on experience contributing to automotive-grade in-vehicle network architecture design is required.
Key Responsibilities
E/E Architecture Design:
- Support the vehicle E/E architecture lifecycle from concept and requirements through detailed design, integration, validation, production release, and field support.
- Assist with defining and documenting scalable logical and physical architectures spanning centralized computers, domain and zonal controllers, gateways, edge ECUs, sensors, actuators, and power distribution.
- Create and maintain architecture artifacts under guidance, including block diagrams, functional allocation, interface control documents, network matrices, connector definitions, and pinouts.
- Contribute to trade studies covering bandwidth, latency, time synchronization, redundancy, fault tolerance, safety, cybersecurity, power, thermal limits, harness weight, cost, and scalability.
Electrical Integration & Harness Engineering:
- Assist with defining and maintaining ECU, sensor, actuator, and compute-platform pinouts, including signal types, voltage levels, current limits, wake/sleep behavior, power, grounds, and shielding requirements.
- Support the design and review of low-voltage harnesses, schematics, connectors, wire gauges, splices, fusing, routing, grounding, shielding, serviceability, and manufacturing constraints.
- Assist with integrating ECUs, gateways, sensors, actuators, power-distribution modules, and high-performance vehicle computers; support hardware bring-up and interface validation.
- Work with suppliers and internal hardware, software, mechanical, safety, manufacturing, and vehicle-integration teams to align electrical interfaces and network requirements.
- Maintain architecture models, schematics, BOMs, DBC/ARXML/LDF files, interface baselines, variants, and change traceability.
Safety, Reliability & Validation:
- Participate in system FMEA/DFMEA and fault-tree analyses; help identify failure modes, effects, detection mechanisms, design mitigations, safe states, and verification evidence.
- Support the definition and execution of network and electrical integration tests for bandwidth, latency, bus load, time sync, power modes, diagnostics, fault injection, EMC, HIL, bench, and vehicle operation.
- Assist with diagnosing cross-domain electrical, communication, and hardware/software issues using logs, network traces, measurements, and structured root-cause analysis; help drive defects to verified closure.
Collaboration and Technical Delivery:
- Work with autonomy, controls, software, hardware, cybersecurity, safety, suppliers, and platform partners to implement architecture decisions, interfaces, dependencies, and changes.
- Participate in design and release-readiness reviews; help maintain documentation, verification evidence, manufacturing and service inputs, and clear tracking of residual risks.
Skills and Qualifications
- Bachelor's or advanced degree in Electrical Engineering, Electronics Engineering, Computer Engineering, Automotive Engineering, Mechatronics, or a related field.
- Required: Hands-on experience contributing to automotive-grade in-vehicle network architecture design through industry experience, an internship, co-op, or an equivalent vehicle-platform project.
- Working knowledge of centralized, domain-based, or zonal E/E architectures, including function allocation, gateways, ECUs, and high-performance-compute integration.
- Hands-on knowledge of CAN and CAN-FD, with familiarity with LIN and Automotive Ethernet concepts such as topology, bandwidth, latency, diagnostics, and communication matrices.
- Practical experience supporting pinout definition for power, ground, analog, digital, high-speed, wake, reset, diagnostics, and safety-related signals.
- Hands-on exposure to wiring diagrams, harness schematics, connectors, wire sizing, grounding, shielding, power distribution, and design for manufacturing.
- Basic working knowledge of UDS, DoIP, SOME/IP, DDS, gPTP/IEEE 802.1AS, or similar diagnostic, middleware, and time-synchronization technologies.
- Exposure to FMEA/DFMEA, fault-tree analysis, design risk assessment, or verification planning in an ISO 26262-oriented process.
- Familiarity with tools such as CANoe/CANalyzer, Wireshark, oscilloscopes, logic and power analyzers, and HIL or bench systems.
- Ability to work with requirements, interfaces, configuration records, and engineering changes, with sound problem-solving, documentation, and cross-functional communication skills.
Preferred Qualifications
- Exposure to integrating NVIDIA DRIVE AGX Thor or Orin, or comparable platforms such as Snapdragon Ride, Renesas R-Car, or TI Jacinto.
- Familiarity with GMSL, FPD-Link, PCIe, MIPI CSI, multi-gigabit Automotive Ethernet, or synchronized sensor networks.
- Exposure to zonal architectures, Ethernet TSN, service-oriented systems, fail-operational design, or redundant power and network paths.
- Familiarity with PREEvision, SystemWeaver, Capital, Zuken E3, CATIA Electrical, IBM DOORS, or equivalent tools.
- Internship, co-op, academic, or early-career OEM/Tier-1 experience supporting vehicle electrical systems from prototype through validation.
- Exposure to ISO 21434, Automotive SPICE, DVP&R, EMC/EMI, APQP/PPAP, or Python/CAPL test automation.
Electrical Systems Engineer Job Roles in Texas
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Search Electrical Systems Engineer Jobs in TexasElectrical Systems Engineer Jobs in Texas: Frequently Asked Questions
Which companies sponsor visas for electrical systems engineers in Texas?
Several large employers in Texas have established track records of H-1B visa sponsorship for electrical systems engineers. In the energy sector, ExxonMobil, Chevron, and Halliburton sponsor engineers at their Houston-area headquarters. Aerospace and defense firms including Lockheed Martin, Raytheon, and L3Harris hire in the Dallas-Fort Worth area. Texas Instruments and Samsung Semiconductor also sponsor electrical systems engineers in Austin and Austin suburbs.
Which visa types are most common for electrical systems engineer roles in Texas?
The H-1B is the most common visa category for electrical systems engineers in Texas, as the role consistently qualifies as a specialty occupation requiring at least a bachelor's degree in electrical engineering or a closely related field. Some candidates with Canadian or Mexican citizenship use the TN visa under the USMCA, which covers engineers and can be processed faster. Employers in defense often require candidates to be eligible for security clearances, which can affect sponsorship decisions.
Which cities in Texas have the most electrical systems engineer sponsorship jobs?
Houston leads in volume due to its concentration of energy, petrochemical, and aerospace employers. Dallas-Fort Worth is the primary hub for defense and avionics work, with major contractors operating large campuses across Plano, Fort Worth, and Irving. Austin has grown quickly as a destination for semiconductor and EV manufacturing roles. San Antonio also has a notable presence through military contractors supporting the large number of Air Force installations in the region.
How to find electrical systems engineer visa sponsorship jobs in Texas?
Migrate Mate is built specifically for this search. You can filter by role and state to see electrical systems engineer positions in Texas where employers are actively open to visa sponsorship, without sifting through listings from companies that only hire U.S. citizens or permanent residents. Given how spread out Texas employers are across Houston, DFW, and Austin, using a filtered job board like Migrate Mate saves significant time in identifying genuine sponsorship opportunities.
Are there any Texas-specific factors that affect visa sponsorship for electrical systems engineers?
Texas has no state income tax, which affects prevailing wage calculations and overall compensation structures that employers use when filing Labor Condition Applications with the Department of Labor. Defense contractors in Texas frequently require security clearance eligibility, which limits H-1B sponsorship for some roles since most non-citizen visa holders cannot obtain certain clearance levels. Texas A&M, UT Austin, and Rice University also supply a strong pipeline of international engineering graduates that local employers are familiar with hiring and sponsoring.
What is the prevailing wage for sponsored electrical systems engineer jobs in Texas?
U.S. employers sponsoring a visa must pay at least the prevailing wage, which is what workers in the same role, area, and experience level typically earn. The Department of Labor sets this rate to make sure companies aren't hiring foreign workers simply because they'd accept lower pay than a U.S. worker. It varies by job title, location, and experience. You can look up current prevailing wage rates for any occupation and location using the OFLC Wage Search page.