Electronic Engineer Jobs in USA with Visa Sponsorship
Electronic engineers qualify for H-1B visa and other work visa sponsorship based on their specialized technical degree requirements. Most positions require a bachelor's in electrical engineering, electronics engineering, or closely related fields. Companies frequently sponsor electronic engineers for roles in telecommunications, aerospace, automotive systems, and consumer electronics development. For detailed occupation requirements, see the O*NET profile.
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Get Access To All JobsINTRODUCTION
In this role, the Staff Electronic Design Engineer will own low voltage electrical system design, bring-up, and validation for the next generation of Power Cabinets powering the Rivian Adventure Network: the DC fast-charging stations that keeps Rivian and other EV drivers adventurous. You’ll be building the infrastructure that sits at the heart of vehicle electrification, and is 100% renewable energy powered. This is a highly visible role for someone who wants to work on hard problems. You’ll partner closely with power electronics, firmware, mechanical, controls, and manufacturing teams to influence design, architecture, resolve HW/SW integration challenges, and carry the product from early prototype through volume manufacturing and field deployment.
ROLE AND RESPONSIBILITIES
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Own the hardware design and lead development of the low voltage electrical system by creating complete electronic modules from the ground up to Rivian Standards.
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Hands-on design and validation of prototype hardware and maturing the design by characterizing and debugging test assets to optimize your design.
-
Contribute to evaluating system failure modes, create and drive integration and validation plans, and support the execution of these test plans.
-
Collaborate with software and integration engineers to ensure hardware and software integration requirements are well understood and implemented correctly at all levels of the stack, on the bench, and in the system.
-
Simplify complex functions and features to their core components using first principles approach to drive simple and structured requirements and production friendly solution working with broader team.
-
Participate in safety and reliability reviews and contribute to resolving reliability issues for components, subsystems, and assemblies.
-
Collaborate with reliability engineers to support DFMEA to drive reliable design choices and improve validation test planning.
-
Drive technical decisions and guide the team in the right direction.
-
Think holistically. Understand the impact of your plan or decision to program and customers. Deep dive into technical issues to drive data-driven decisions.
-
Perform other duties as required or assigned within the scope of the position.
BASIC QUALIFICATIONS
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BS + 6 years or MS + 4 years or PhD + 6 years or equivalent experience in electrical engineering or related field.
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Hardware design experience in analog, digital and mixed-signal and interfaces.
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Experience with schematic design tools, PCB layout, FPGA development systems and tools, and simulation tools (Spice, Matlabs, etc).
-
Familiarity with C programming and microcontroller peripherals such as SPI, I2C, and other various protocols. Experience working with FW teams to drive and test hardware requirements.
-
Understanding of high-speed signal integrity, EMC, and other typical regulatory requirements for low-voltage electronics to facilitate cohesive development with broader engineering team.
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Proficiency on necessary test and measurement tools (Power Supply, Oscilloscope, Logic Analyzer, Spectrum Analyzer).
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Demonstrated strong creative thinking and problem-solving toolbox.
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Ability to dive deep into electrical first principles and work in fast-paced and challenging environments.
-
Ability to collaborate and drive direction through multidisciplinary discussions.
-
Understanding of automotive requirements.
-
End-to-end product design/development from prototyping to mass production experience.
-
Have a fine eye for detail, yet the ability to ‘zoom out’ and see the big picture.
INTRODUCTION
In this role, the Staff Electronic Design Engineer will own low voltage electrical system design, bring-up, and validation for the next generation of Power Cabinets powering the Rivian Adventure Network: the DC fast-charging stations that keeps Rivian and other EV drivers adventurous. You’ll be building the infrastructure that sits at the heart of vehicle electrification, and is 100% renewable energy powered. This is a highly visible role for someone who wants to work on hard problems. You’ll partner closely with power electronics, firmware, mechanical, controls, and manufacturing teams to influence design, architecture, resolve HW/SW integration challenges, and carry the product from early prototype through volume manufacturing and field deployment.
ROLE AND RESPONSIBILITIES
-
Own the hardware design and lead development of the low voltage electrical system by creating complete electronic modules from the ground up to Rivian Standards.
-
Hands-on design and validation of prototype hardware and maturing the design by characterizing and debugging test assets to optimize your design.
-
Contribute to evaluating system failure modes, create and drive integration and validation plans, and support the execution of these test plans.
-
Collaborate with software and integration engineers to ensure hardware and software integration requirements are well understood and implemented correctly at all levels of the stack, on the bench, and in the system.
-
Simplify complex functions and features to their core components using first principles approach to drive simple and structured requirements and production friendly solution working with broader team.
-
Participate in safety and reliability reviews and contribute to resolving reliability issues for components, subsystems, and assemblies.
-
Collaborate with reliability engineers to support DFMEA to drive reliable design choices and improve validation test planning.
-
Drive technical decisions and guide the team in the right direction.
-
Think holistically. Understand the impact of your plan or decision to program and customers. Deep dive into technical issues to drive data-driven decisions.
-
Perform other duties as required or assigned within the scope of the position.
BASIC QUALIFICATIONS
-
BS + 6 years or MS + 4 years or PhD + 6 years or equivalent experience in electrical engineering or related field.
-
Hardware design experience in analog, digital and mixed-signal and interfaces.
-
Experience with schematic design tools, PCB layout, FPGA development systems and tools, and simulation tools (Spice, Matlabs, etc).
-
Familiarity with C programming and microcontroller peripherals such as SPI, I2C, and other various protocols. Experience working with FW teams to drive and test hardware requirements.
-
Understanding of high-speed signal integrity, EMC, and other typical regulatory requirements for low-voltage electronics to facilitate cohesive development with broader engineering team.
-
Proficiency on necessary test and measurement tools (Power Supply, Oscilloscope, Logic Analyzer, Spectrum Analyzer).
-
Demonstrated strong creative thinking and problem-solving toolbox.
-
Ability to dive deep into electrical first principles and work in fast-paced and challenging environments.
-
Ability to collaborate and drive direction through multidisciplinary discussions.
-
Understanding of automotive requirements.
-
End-to-end product design/development from prototyping to mass production experience.
-
Have a fine eye for detail, yet the ability to ‘zoom out’ and see the big picture.
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Get Access To All JobsTips for Finding Visa Sponsorship as an Electronic Engineer
Target companies with complex electronic systems
Focus on aerospace, telecommunications, automotive, and medical device companies. These industries rely heavily on specialized electronic engineering expertise and have established visa sponsorship programs for technical roles.
Emphasize specialized technical skills
Highlight expertise in RF design, embedded systems, PCB layout, signal processing, or power electronics. Specialized skills demonstrate the specialty occupation requirement needed for H-1B approval.
Consider defense contractors with security clearance paths
Defense contractors often sponsor electronic engineers and can provide pathways to security clearances. However, some positions may require U.S. citizenship, so verify eligibility before applying.
Leverage experience with specific tools and standards
Mention proficiency with industry-standard tools like Altium Designer, MATLAB, LabVIEW, or compliance with standards like IPC, IEEE, or FCC regulations. Tool expertise shows specialized knowledge.
Target startups and scale-ups in hardware
Hardware startups and growing tech companies often need electronic engineers and may be more flexible with sponsorship. Look for companies developing IoT devices, robotics, or consumer electronics.
Network through professional engineering organizations
Join IEEE, IPC, or other electronic engineering associations. Many have job boards and networking events where you can connect with hiring managers familiar with visa sponsorship processes.
Frequently Asked Questions
Do I need a specific engineering degree for H-1B sponsorship as an electronic engineer?
Yes, you typically need a bachelor's degree in electrical engineering, electronics engineering, computer engineering, or a closely related field. The degree must relate directly to the job duties. Some employers may accept equivalent experience using the three-to-one rule, where three years of progressive experience substitutes for one year of education.
Which visa types work best for electronic engineers?
H-1B visa is the most common path, suitable for specialty occupation roles requiring an engineering degree. E-3 visa works for Australian citizens, TN visa for Canadians and Mexicans in engineering roles, and O-1 visa for engineers with extraordinary achievements. L-1 visa applies if transferring within a multinational company with specialized knowledge.
How to find Electronic Engineer jobs with visa sponsorship?
To find Electronic Engineer jobs with visa sponsorship, use Migrate Mate, which specializes in connecting international candidates with sponsoring employers. Focus on technology companies, telecommunications firms, aerospace manufacturers, and semiconductor companies that commonly sponsor H-1B, L-1, and O-1 visas for Electronic Engineers. These industries frequently need specialized engineering talent and are experienced with visa sponsorship processes.
What approval rates can electronic engineers expect for H-1B petitions?
Electronic engineers generally see favorable H-1B approval rates, typically above 85%, because the role clearly qualifies as a specialty occupation requiring an engineering degree. Approval rates vary by employer, with established companies and detailed job descriptions performing better than generic applications.
Can electronic engineers work for startups that haven't sponsored visas before?
Yes, but first-time sponsoring employers face more scrutiny and paperwork. The startup must demonstrate financial ability to pay the offered wage and establish legitimate business operations. Success rates are lower than established sponsors, but many startups successfully complete their first H-1B petitions with proper legal guidance.
How do security clearance requirements affect visa sponsorship for electronic engineers?
Many defense and aerospace electronic engineering positions require security clearances, which generally need U.S. citizenship or permanent residency. However, some cleared contractors sponsor H-1B workers for non-classified work while they pursue green cards. Public trust positions may be available to visa holders in certain circumstances.
What is the prevailing wage requirement for sponsored Electronic Engineer jobs?
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.