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$60.5K

$142.1K

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How much do electronic systems engineering technology jobs pay per year?

As of May 29, 2026, the average yearly pay for electronic systems engineering technology in the United States is $142,070.00, according to ZipRecruiter salary data. Most workers in this role earn between $114,000.00 and $173,000.00 per year, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as an Electronic Systems Engineering Technologist, and why are they important?

To excel as an Electronic Systems Engineering Technologist, you need strong knowledge of electronics, circuit design, troubleshooting, and typically an associate’s or bachelor’s degree in electronic engineering technology. Familiarity with tools like oscilloscopes, multimeters, programmable logic controllers (PLCs), and CAD software—as well as certifications such as CET (Certified Electronics Technician)—is often required. Attention to detail, analytical thinking, and effective communication are crucial soft skills in this field. These competencies are essential for ensuring reliable system performance, diagnosing issues efficiently, and collaborating with engineering teams on complex projects.

What kinds of projects do Electronic Systems Engineering Technologists typically work on, and how does their role fit within larger engineering teams?

Electronic Systems Engineering Technologists often work on projects involving the design, testing, and maintenance of electronic devices and systems, such as automation controls, communications equipment, or embedded systems. They typically collaborate closely with engineers, technicians, and project managers, contributing their expertise in implementing and troubleshooting electronic components. Their hands-on skills are crucial during the prototyping and testing phases, and they often bridge the gap between theoretical engineering concepts and practical, real-world solutions. This collaborative environment offers technologists opportunities to learn from other disciplines and advance into more specialized or leadership roles over time.

What is Electronic Systems Engineering Technology?

Electronic Systems Engineering Technology is a field focused on the application, installation, maintenance, and troubleshooting of electronic systems and equipment. Professionals in this area work with devices such as communication systems, control systems, embedded electronics, and automation machinery. They bridge the gap between theoretical engineering and hands-on technical work, ensuring that complex systems operate efficiently and reliably. Careers in this field span industries like telecommunications, manufacturing, aerospace, and information technology.

What is the difference between Electronic Systems Engineering Technology vs Electronics Engineering?

AspectElectronic Systems Engineering TechnologyElectronics Engineering
CredentialsAssociate's degree or diplomaBachelor's degree or higher
Work EnvironmentPractical, hands-on roles in labs, manufacturing, and fieldworkTheoretical, design-focused roles in labs, research, and development
Employer & Industry UsageManufacturers, service providers, government agenciesDesign firms, research institutions, tech companies

Electronic Systems Engineering Technology professionals focus on practical application, installation, and maintenance of electronic systems, often with an associate's credential. Electronics Engineering involves more theoretical design and development, requiring a bachelor's degree or higher. Both roles are vital in the electronics industry but differ in scope, education, and work environment.

More about Electronic Systems Engineering Technology jobs
What cities are hiring for Electronic Systems Engineering Technology jobs? Cities with the most Electronic Systems Engineering Technology job openings:
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Electronic Systems Engineering Technology jobs near you
Infographic showing various Electronic Systems Engineering Technology job openings in the United States as of May 2026, with employment types broken down into 67% Full Time, and 33% Part Time. Highlights an 100% In-person job distribution, with an average salary of $142,070 per year, or $68.3 per hour.
Lead Electronic Systems Architect

Lead Electronic Systems Architect

BISSELL Homecare

Grand Rapids, MI • On-site

Full-time

Posted 23 days ago

Job description

Overview
POSITION SUMMARY:
The Lead Electronic Systems Architect is responsible for leading the architecture and integration of electronic systems into floor care products, including wash, vacuum, deep-cleaning, air-care, portable cleaning, and robotic products. This person will have Systems Engineering experience in defining and architecting electronic systems that include embedded PCBAs, loads, sensors, motors, batteries, power supplies, connectivity, and user interfaces. The candidate is expected to have experience in developing requirements, writing specifications, and modeling electronic systems using SysML or UML diagrams. Technical analysis and evaluation of electronic hardware and software, as well as characterization of mechatronic loads and sensors are also key activities for this role in the development process. In addition to being the lead electronics team member in BISSELL projects, the candidate will also collaborate regularly with x-functional internal and external partners globally to deliver electronic systems.
Responsibilities
  • Key role in new and existing product development projects as the lead architect and systems integrator of electronic systems into new floor care products. This role services as the primary interface for electronics into x-functional product development teams.
  • Define overall electronics architecture and select key technologies for new BISSELL products. Choices should be derived using engineering analysis methods to study tradeoffs and manage risk (performance, cost, quality) in projects.
  • Collaborate with internal and external electronics development teams and technology suppliers to deliver a complete electrical system including PCBAs, loads, sensors, and wiring.
  • Utilize and demonstrate proficiency in electronic systems engineering to develop requirements and specifications for hardware and software systems that can be integrated into BISSELL products as well as with the connected home.
  • Utilize hardware and software design resources to create and evaluate electrical schematics, PCBA layouts, firmware architecture, firmware code, and communication protocols.
  • Work closely with BISSELL product development engineers to integrate the mechanical aspects of the product into the overall floor care product design.
  • Work closely with BISSELL compliance engineers to obtain product approvals for electronic systems, if applicable, and approvals of the overall product that are dependent on electronics.
  • Provide knowledge and guidance for quality improvement and cost reduction projects involving electronic systems within floor care products.
  • Position holder will have a solid foundation in engineering fundamentals, proven verbal and written communication capabilities, organizational, and project management skills. Failure mode effect analysis and/or risk analysis experience is desired.

Qualifications
REQUIRED EXPERIENCE/EDUCATION:
  • Degree minimum: Bachelor's degree in EE or CE (Master's preferred)
  • Specific concentration: Broad understanding of embedded systems technology including electronic PCBAs, loads, sensors, motors, batteries, power supplies, connectivity and user interfaces is required. Experience in systems engineering discipline developing requirements and defining system architecture using SysML/UML is also needed to be successful.
  • Experience level: 7+ years minimum in software, electrical, or systems engineering

PREFERRED EXPERIENCE/EDUCATION:
  • Embedded System Experience: Understanding of microcontroller based PCBA and firmware design, distributed systems, safety critical systems, and the definition of communication and power interfaces.
  • Battery Systems: Experience with lithium-ion battery packs and charging systems.
  • Connectivity: Experience working with wired and/or wireless communication protocols.
  • Machine Control Technologies: Experience in developing embedded systems to drive loads such as motors, pumps, and fans. Experience in developing sensor-based product features with infrared, ultrasonic, capacitive, or RF sensing technologies.
  • User Interface Technologies: Experience in developing embedded user interfaces including technologies such as LCD display, LED lighting, capacitive touch, and audio.
  • Robotics: Understanding of automation and navigation technologies. Experience in developing feedback control systems and related algorithms. Vision systems a plus.
  • Systems Analysis: Familiarity with trade studies in system design based on constrained resources. Experience in system performance simulation using tools and languages like Python and Matlab.
  • Systems Thinking: Experience applying Systems Engineering principles across the electrical and mechatronic elements of a complex system.

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