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Automotive Control Engineer Jobs in Virginia (NOW HIRING)

Our technologies include smart downhole anchoring and drive systems that control the drilling ... smartphones, automobiles and thermostats to permanent downhole installations for Oil & Gas.

E&I Engineer

Richmond, VA · On-site

$90K - $140K/yr

... automotive, commercial vehicles, EVs, rail, and more. As part of the global ALTEN Group--57,000 ... Select equipment and design complex low voltage industrial control systems in compliance with UL ...

Mechanical Engineer

Hampton, VA · On-site

$70 - $90/hr

... Defense, and Automotive industries and organizations. Psionic, Inc. values our customer ... S. export control laws. #J-18808-Ljbffr

You will be responsible for programming and commissioning Rockwell Automation control systems ... automotive, chemical, or consumer product industries.Familiarity with machine safety standards ...

New

... to automotive, packaging, material handling & logistics, robotics, and commercial equipment ... control systems. * DCS hands-on configuration (We could require strong experience with either ...

... to automotive, packaging, material handling & logistics, robotics, and commercial equipment ... control systems. * DCS hands-on configuration (We could require strong experience with either ...

... to automotive, packaging, material handling & logistics, robotics, and commercial equipment ... control systems. * DCS hands-on configuration (We could require strong experience with either ...

Controls Engineer Staff

Ashburn, VA · On-site

$100 - $150/hr

Expert operating knowledge of control systems to include advanced diagnostics and repairs * Ability ... Experience in highly automated environments (automotive, semiconductors, high‑volume ...

Showing results 41-60

Automotive Control Engineer information

What does an automotive control engineer do?

An Automotive Control Engineer designs, develops, and tests electronic control systems used in vehicles, such as engine management, braking, and stability systems. They work on integrating software and hardware to ensure optimal vehicle performance, safety, and compliance with regulatory standards. Their responsibilities often include modeling control algorithms, calibrating sensors and actuators, and troubleshooting system issues during development and production. Automotive Control Engineers collaborate closely with other engineers, such as mechanical and electrical engineers, to deliver reliable and efficient vehicle control solutions.

What are some of the common challenges faced by automotive control engineers when working on new vehicle models?

Automotive Control Engineers often encounter challenges such as integrating new software and hardware systems within tight development timelines and ensuring compatibility with evolving vehicle architectures. They must also balance the need for innovation in control algorithms with rigorous safety and regulatory requirements. Collaboration with cross-functional teams, such as mechanical and electrical engineers, is essential to resolve integration issues and optimize system performance. Adapting to rapid technological advancements and managing complex testing procedures are also frequent aspects of the role.

What are the key skills and qualifications needed to thrive as an automotive control engineer, and why are they important?

To thrive as an Automotive Control Engineer, you need a strong background in control systems, automotive engineering, and programming, typically supported by a degree in electrical, mechanical, or automotive engineering. Familiarity with tools such as MATLAB/Simulink, CAN communication protocols, and automotive diagnostic systems is essential, and certifications like Functional Safety (ISO 26262) can be advantageous. Analytical thinking, problem-solving, and effective teamwork are key soft skills that set top performers apart in this field. These competencies are crucial for designing reliable control systems that ensure vehicle safety, efficiency, and compliance with industry standards.

What is the difference between Automotive Control Engineer vs Automotive Software Engineer?

AspectAutomotive Control EngineerAutomotive Software Engineer
Required CredentialsBachelor's or Master's in Electrical, Mechanical, or Automotive Engineering; knowledge of control systemsBachelor's or Master's in Computer Science, Software Engineering, or related; programming skills
Work EnvironmentDesigning and testing control algorithms in automotive systemsDeveloping and testing software applications for vehicles
Industry UsageUsed in vehicle control systems like engine management, braking, and stability controlUsed in infotainment, navigation, and vehicle communication systems

Automotive Control Engineers focus on designing and implementing control systems that manage vehicle functions, while Automotive Software Engineers develop the software that runs these systems. Both roles require technical expertise but differ in their focus areas within automotive technology.

Are automotive control engineers in high demand?

Automotive control engineers are in high demand due to the increasing focus on vehicle automation, electric vehicles, and advanced driver-assistance systems. Skills in control systems, embedded software, and automotive standards like ISO 26262 enhance job prospects in this field.

What are popular job titles related to Automotive Control Engineer jobs in Virginia?

For Automotive Control Engineer jobs in Virginia, the most frequently searched job titles are:

What cities in Virginia are hiring for Automotive Control Engineer jobs?

Cities in Virginia with the most Automotive Control Engineer job openings:

ELECTRICAL ENGINEER

Planet A

Gloucester Point, VA • On-site

$100 - $130/hr

Other

Posted 16 days ago


Key responsibilities

  • Develop electronic hardware, analog and digital circuits, and embedded systems for downhole measurement and control applications.

  • Create system block diagrams, schematics, wiring harnesses, and detailed electrical designs using engineering design software.

  • Design and implement electrical stress tests to ensure product reliability and durability.


Job description

GA Drilling is developing next generation drilling technologies to unlock geothermal energy anywhere on Earth. Our mission is to make geothermal a globally scalable, baseload source of clean power by enabling access to hard, hot rock at depths and temperatures that conventional drilling cannot reach economically.

Our work demands mastery across all facets of engineering—electronics, hydraulics, mechanics, systems, and control—and project management to create products that can survive and perform in harsh, high-temperature, high-load downhole conditions. Our technologies include smart downhole anchoring and drive systems that control the drilling process at the bit, plasma-based rock-destruction systems that fracture rock ahead of the drill bit, and innovative reeled drillstrings that redefine how hard-rock wells are constructed. These innovations—whether deployed individually or integrated into a groundbreaking autonomous reeled drilling system—enable hard-rock wells to be drilled further, faster, and safer than conventional technologies. With engineering teams in the USA, Brazil, the UK, and across Europe, and strong collaboration with leading operators, GA Drilling is progressing rapidly toward commercial deployment of these technologies.

We are seeking an engineer with 10+ years’ experience in electronics design, testing and manufacturing for downhole drilling systems, as well as prototyping operating and debugging the associated test equipment. The ideal candidate will be equally well versed in design, analysis, and test.

You will be based at our UK (Tewkesbury) office.

You will own
  • Develop electronic hardware, analog and digital circuits, and embedded systems for downhole measurement and control applications.
  • Creating system block diagrams, schematics, wiring harnesses and detailed electrical designs using engineering design software.
  • Designing and implementing electrical stress tests (e.g., pressure, temperature, vibration) to ensure product reliability and durability.
  • Conducting prototype board bring-up, functional testing, and performance analysis.
  • Troubleshooting electronic faults at the component and system level using diagnostic tools such as oscilloscopes, multimeters, and spectrum analyzers.
  • Providing technical support to field service technicians and on-site drilling crews to resolve operational problems.
  • Look-ahead at validation requirements, and develop/execute test plans and test setups, utilizing both firmware and hardware debugging tools
  • Support a positive and proactive HSE culture and ensure that all activities adhere to HSE Policy.
What we expect from you
  • 10+ years of electronics engineering experience experience, ideally within advanced engineering, drilling technology, or complex industrial product development environments.
  • Experience with Motor Control Electronic Circuits, such as Motor Drivers and Position Feedback circuits used in diverse applications, including Oil & Gas drilling, electric actuators, automation systems, electric vehicles, and others.
  • Experience with DC-DC Converters, such as Buck/Boost and Flyback Converters used in Power Supplies and present in a large variety of industrial and consumer electronics, from computers and smartphones to permanent downhole installations for Oil & Gas.
  • Experience with Analog/Digital Filters used for various applications, including mobile networks, radio, satellite transmission, medical devices and Oil & Gas sensors and permanent signals monitoring.
  • Experience with Sensors found in most industrial and commercial electronics, from smartphones, automobiles and thermostats to permanent downhole installations for Oil & Gas.
  • Experience with Electronics Simulation and CAD Tools for Electronics used in the industry to model, simulate and design electronic devices.
  • Demonstrated ability to work independently, executing project plans based on high-level direction and delivering reliably against schedule and milestones.
  • Ability to provide and receive constructive, technically grounded feedback, contributing to improved product performance and reliability.
  • Qualification: BSEE or MSEE preferred.
What we offer
  • Opportunity to develop unique and innovative technological solutions which have the potential to change the world.
  • The satisfaction of solving challenges associated with making ultra-deep geothermal energy a commercial reality.
  • Be part of an experienced, global and highly motivated team.
  • Collaborate with the world’s top industry players.
  • Competitive industry compensation & benefits
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