Electrical Systems Engineer Visa Sponsorship Jobs in North Carolina
North Carolina's electrical systems engineer job market centers on Research Triangle Park, Charlotte, and the Piedmont Triad, where companies like ABB, Siemens Energy, Honeywell, and defense contractors including L3Harris and BAE Systems actively hire. The state's manufacturing base and growing energy sector create consistent demand for qualified electrical systems engineers seeking visa sponsorship.
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About ERMCO
ERMCO (Electric Research and Manufacturing Cooperative, Inc.) is a leading U.S. manufacturer of distribution transformers and engineered electrical solutions serving electric utilities, OEMs, and industrial customers across North America. Headquartered in Dyersburg, Tennessee, ERMCO delivers reliable, high-quality products that power homes, businesses, and communities every day.
With a commitment to safety, operational excellence, and continuous improvement, ERMCO is at the forefront of supporting grid modernization and the energy transition. Our vertically integrated operations, customer-focused culture, and investment in people and technology make ERMCO a trusted partner in delivering resilient, sustainable power infrastructure for the future.
About GridBridge
GridBridge is transforming power delivery for critical applications by combining advanced hardware with embedded software that enables distributed energy resources, enhances grid reliability, and improves efficiency. Founded in 2012, GridBridge has secured contracts with major customers and federal agencies including the NSF, DOE, and NASA. Now a wholly owned subsidiary of ERMCO, we operate with the agility of a startup and the backing of an industry leader.
Job Summary
The Senior Electrical System Engineer is responsible for the design, integration, and validation of grid-connected and standalone power conversion systems that support the company’s Smart Grid and microgrid product lines. This role applies advanced engineering principles to develop and refine high-performance power electronics systems while ensuring reliability, safety, and regulatory compliance.
The successful candidate will lead system-level architecture development, testing, compliance validation, and multi-domain integration with embedded controls and mechanical systems, contributing to the development of next-generation of Smart Grid products.
This role will be onsite in Raleigh, NC. Relocation Assistance is available.
Responsibilities
- Technical leader for architecture, requirements development and system engineering for new product developments of grid-connected power electronics systems.
- Develop and document system-level functional specifications, requirements, and integration plans across electrical, software, and mechanical domains.
- Develop and execute system and subsystem/converter test plans to validate functionality, performance, reliability, thermal, EMC, and safety compliance testing, and analyze test data for compliance and performance.
- Collaborate with team members and compliance and certification experts to ensure adherence to UL, IEEE, CSA, and EMC standards.
- Support or perform the selection, design, and validation of key power components (magnetics, semiconductor devices, gate drivers, circuit protection, and sensors).
- Develop requirements for, source, and validate custom or semi-custom components, typically inductors or transformers, for power electronics systems, employing electromagnetic and/or thermal modeling tools, analysis, and hand calculations.
- Apply modeling and simulation tools to predict performance, optimize efficiency, and validate design decisions.
- Lead integration of subsystems into complete systems.
- Work hands-on in lab environments to debug and characterize hardware and system interactions, ensuring safe conditions in high-voltage high-power environments.
- Support field validation testing and customer evaluations of new products.
- Collaborate closely with software, firmware, and mechanical engineers to ensure cohesive system design and manufacturability.
- Mentor and provide technical leadership to more junior engineers.
- Participate in continuous improvement efforts, driving quality, reliability, and efficiency across product lines.
Qualifications
- Bachelor’s degree (BSEE) required; Master’s degree (MSEE) preferred, with a focus in power electronics, electrical engineering, or a related field.
- 10+ years of experience in electrical engineering projects in the field of power electronics and/or power systems.
- Knowledge of buck/boost, multi-phase/interleaved, DAB, LLC, and H-bridge topologies, and working experience with some of these topologies.
- High-voltage (>400V AC or DC) and high-power (>10kVA) applications, including safety isolation, gate drives, current sensors, magnetic components, and isolated communications.
- Experience with communications protocols such as ethernet, CAN, I2C and RS-232.
- Product development experience for complex power electronics systems, i.e., containing multiple power converters and circuit boards, and embedded control software.
- Experience developing systems with multiple embedded MCU, DSP, FPGA or CPU devices.
- Experience with grid-connected systems.
- Hands-on experience performing system- and subsystem-level validation testing, including thermal, EMI/EMC, and performance verification.
- Knowledge of UL, IEEE, CSA, and EMC compliance standards and validation testing methods.
- Proficiency with electrical modeling and simulation tools.
- Familiarity with Design for Manufacturability (DFM), Design for Test (DFT), and reliability engineering practices.
- Experience working on team projects including collaboration with software and mechanical engineering functions.
- Strong leadership skills, with the ability to guide and mentor junior engineers.
- Excellent problem-solving abilities, capable of addressing complex technical challenges independently.
- Effective communication and interpersonal skills, with the ability to collaborate with cross-functional teams and manage stakeholders.
- Highly organized, with the ability to manage multiple complex projects and priorities.
- Experience conducting failure analysis and implementing corrective actions for design-related issues.
Preferred Experience
- Exposure to energy storage systems, DC microgrids, DER integration, or EV charging infrastructure.
- Experience with DSPs and control integration for power converter applications.
- Knowledge of electrical distribution systems and grid interconnection standards.
- Exposure to environmentally hardened Industrial rated product development.
- Experience with kilovolt-level systems, circuits, and components.
- Working experience with power semiconductor devices, especially GaN FETs and SiC FETs.
Join ERMCO and TRANSFORM your career!
Job Locations
US-NC-Raleigh
Overview
About ERMCO
ERMCO (Electric Research and Manufacturing Cooperative, Inc.) is a leading U.S. manufacturer of distribution transformers and engineered electrical solutions serving electric utilities, OEMs, and industrial customers across North America. Headquartered in Dyersburg, Tennessee, ERMCO delivers reliable, high-quality products that power homes, businesses, and communities every day.
With a commitment to safety, operational excellence, and continuous improvement, ERMCO is at the forefront of supporting grid modernization and the energy transition. Our vertically integrated operations, customer-focused culture, and investment in people and technology make ERMCO a trusted partner in delivering resilient, sustainable power infrastructure for the future.
About GridBridge
GridBridge is transforming power delivery for critical applications by combining advanced hardware with embedded software that enables distributed energy resources, enhances grid reliability, and improves efficiency. Founded in 2012, GridBridge has secured contracts with major customers and federal agencies including the NSF, DOE, and NASA. Now a wholly owned subsidiary of ERMCO, we operate with the agility of a startup and the backing of an industry leader.
Job Summary
The Senior Electrical System Engineer is responsible for the design, integration, and validation of grid-connected and standalone power conversion systems that support the company’s Smart Grid and microgrid product lines. This role applies advanced engineering principles to develop and refine high-performance power electronics systems while ensuring reliability, safety, and regulatory compliance.
The successful candidate will lead system-level architecture development, testing, compliance validation, and multi-domain integration with embedded controls and mechanical systems, contributing to the development of next-generation of Smart Grid products.
This role will be onsite in Raleigh, NC. Relocation Assistance is available.
Responsibilities
- Technical leader for architecture, requirements development and system engineering for new product developments of grid-connected power electronics systems.
- Develop and document system-level functional specifications, requirements, and integration plans across electrical, software, and mechanical domains.
- Develop and execute system and subsystem/converter test plans to validate functionality, performance, reliability, thermal, EMC, and safety compliance testing, and analyze test data for compliance and performance.
- Collaborate with team members and compliance and certification experts to ensure adherence to UL, IEEE, CSA, and EMC standards.
- Support or perform the selection, design, and validation of key power components (magnetics, semiconductor devices, gate drivers, circuit protection, and sensors).
- Develop requirements for, source, and validate custom or semi-custom components, typically inductors or transformers, for power electronics systems, employing electromagnetic and/or thermal modeling tools, analysis, and hand calculations.
- Apply modeling and simulation tools to predict performance, optimize efficiency, and validate design decisions.
- Lead integration of subsystems into complete systems.
- Work hands-on in lab environments to debug and characterize hardware and system interactions, ensuring safe conditions in high-voltage high-power environments.
- Support field validation testing and customer evaluations of new products.
- Collaborate closely with software, firmware, and mechanical engineers to ensure cohesive system design and manufacturability.
- Mentor and provide technical leadership to more junior engineers.
- Participate in continuous improvement efforts, driving quality, reliability, and efficiency across product lines.
Qualifications
- Bachelor’s degree (BSEE) required; Master’s degree (MSEE) preferred, with a focus in power electronics, electrical engineering, or a related field.
- 10+ years of experience in electrical engineering projects in the field of power electronics and/or power systems.
- Knowledge of buck/boost, multi-phase/interleaved, DAB, LLC, and H-bridge topologies, and working experience with some of these topologies.
- High-voltage (>400V AC or DC) and high-power (>10kVA) applications, including safety isolation, gate drives, current sensors, magnetic components, and isolated communications.
- Experience with communications protocols such as ethernet, CAN, I2C and RS-232.
- Product development experience for complex power electronics systems, i.e., containing multiple power converters and circuit boards, and embedded control software.
- Experience developing systems with multiple embedded MCU, DSP, FPGA or CPU devices.
- Experience with grid-connected systems.
- Hands-on experience performing system- and subsystem-level validation testing, including thermal, EMI/EMC, and performance verification.
- Knowledge of UL, IEEE, CSA, and EMC compliance standards and validation testing methods.
- Proficiency with electrical modeling and simulation tools.
- Familiarity with Design for Manufacturability (DFM), Design for Test (DFT), and reliability engineering practices.
- Experience working on team projects including collaboration with software and mechanical engineering functions.
- Strong leadership skills, with the ability to guide and mentor junior engineers.
- Excellent problem-solving abilities, capable of addressing complex technical challenges independently.
- Effective communication and interpersonal skills, with the ability to collaborate with cross-functional teams and manage stakeholders.
- Highly organized, with the ability to manage multiple complex projects and priorities.
- Experience conducting failure analysis and implementing corrective actions for design-related issues.
Preferred Experience
- Exposure to energy storage systems, DC microgrids, DER integration, or EV charging infrastructure.
- Experience with DSPs and control integration for power converter applications.
- Knowledge of electrical distribution systems and grid interconnection standards.
- Exposure to environmentally hardened Industrial rated product development.
- Experience with kilovolt-level systems, circuits, and components.
- Working experience with power semiconductor devices, especially GaN FETs and SiC FETs.
Join ERMCO and TRANSFORM your career!
Job Locations
US-NC-Raleigh
Electrical Systems Engineer Job Roles in North Carolina
See all 64+ Electrical Systems Engineer Jobs in North Carolina
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Search Electrical Systems Engineer Jobs in North CarolinaElectrical Systems Engineer Jobs in North Carolina: Frequently Asked Questions
Which companies sponsor visas for electrical systems engineers in North Carolina?
North Carolina employers with a track record of sponsoring electrical systems engineers include ABB, Siemens Energy, Honeywell, Eaton, and L3Harris, particularly at facilities in the Research Triangle Park area, Charlotte, and Greensboro. Defense contractors in the Fayetteville and Raleigh corridors also file H-1B petitions for electrical systems roles. Sponsorship practices vary by hiring cycle and project demand, so confirming directly with each employer is advisable.
Which visa types are most common for electrical systems engineer roles in North Carolina?
The H-1B is the most common visa category for electrical systems engineers in North Carolina, as the role typically qualifies as a specialty occupation requiring at least a bachelor's degree in electrical engineering or a closely related field. The O-1A is an option for engineers with documented extraordinary achievements. Canadians and Mexicans may qualify for TN status under the engineer category, provided the position and degree align with TN requirements.
Which cities in North Carolina have the most electrical systems engineer sponsorship jobs?
Research Triangle Park and the surrounding Raleigh-Durham-Chapel Hill area concentrate the highest number of electrical systems engineer sponsorship opportunities, driven by technology, defense, and energy companies. Charlotte is the second major hub, with a strong presence in power generation, utilities, and manufacturing. Greensboro and Winston-Salem in the Piedmont Triad also see consistent demand tied to industrial and aerospace manufacturing.
How to find electrical systems engineer visa sponsorship jobs in North Carolina?
Migrate Mate is built specifically for international candidates and filters electrical systems engineer roles in North Carolina by visa sponsorship availability, saving you from manually screening hundreds of listings. The platform surfaces employers who have sponsored similar engineering roles before, which is particularly useful in competitive markets like Research Triangle Park and Charlotte. Searching by both the job title and specific North Carolina cities helps narrow results to the most relevant active postings.
Are there state-specific or role-specific factors electrical systems engineers should know about sponsorship in North Carolina?
North Carolina's electrical systems engineering hiring is closely tied to the state's energy transition, with Duke Energy and associated contractors driving demand for power systems expertise. University pipelines from NC State University and UNC Charlotte feed a competitive applicant pool, meaning sponsored candidates often bring specialized experience in areas like embedded systems, power electronics, or defense systems. Employers filing H-1B petitions must meet Department of Labor prevailing wage requirements for the specific occupation and metro area.
What is the prevailing wage for sponsored electrical systems engineer jobs in North Carolina?
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.
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