Req 6 — Career Exploration
The skills you have built in this badge — reading schematics, soldering, understanding circuits, and troubleshooting — are the same foundational skills used by professionals in some of the fastest-growing and highest-paying career fields in the world. Electronics knowledge opens doors in industries as diverse as aerospace, medicine, entertainment, and renewable energy.
Three Career Paths in Electronics
1. Electrical / Electronics Engineer
Electrical engineers design the circuits, systems, and devices that power the modern world. They create everything from smartphone processors and satellite communication systems to electric vehicle drivetrains and medical imaging equipment.
What they do day to day: Design circuits using computer-aided design (CAD) software, build and test prototypes, analyze data from test equipment, write technical specifications, collaborate with manufacturing teams, and troubleshoot problems in existing products.
Education: A bachelor’s degree in electrical engineering or electronics engineering (4 years). Many engineers pursue a master’s degree for specialization. Courses include circuit analysis, signal processing, electromagnetics, digital systems, and semiconductor physics.
Certifications: A Professional Engineer (PE) license is optional but prestigious. It requires passing the Fundamentals of Engineering (FE) exam, gaining 4 years of supervised experience, and passing the PE exam. Some specializations (like power systems) strongly encourage PE licensure.
Salary range: Starting salaries for new graduates typically range from $70,000 to $90,000. Experienced engineers earn $100,000 to $150,000+, with senior and management roles exceeding $180,000 in some industries.
Job outlook: The Bureau of Labor Statistics projects steady demand for electrical engineers, with strong growth in areas like renewable energy, electric vehicles, semiconductor manufacturing, and defense systems.
2. Electronics Technician
Electronics technicians install, test, maintain, and repair electronic equipment. While engineers focus on design, technicians focus on making things work in the real world — on factory floors, in hospitals, at broadcasting stations, and inside aircraft.
What they do day to day: Use multimeters, oscilloscopes, and other test equipment to diagnose problems. Replace faulty components. Calibrate instruments. Read and interpret schematics and technical manuals. Perform preventive maintenance.
Education: An associate degree in electronics technology (2 years) or a certificate program (6-12 months). Some technicians enter the field through military electronics training. Community colleges and technical schools offer programs focused on hands-on skills.
Certifications: The Electronics Technicians Association (ETA) and ISCET (International Society of Certified Electronics Technicians) offer certifications that demonstrate competence and can increase earning potential. CompTIA A+ certification is valuable for technicians working with computers.
Salary range: Starting salaries range from $35,000 to $50,000. Experienced technicians earn $50,000 to $75,000+. Specialized technicians (avionics, biomedical equipment) often earn more.
Job outlook: Strong demand exists in healthcare (biomedical equipment technicians), telecommunications, and industrial automation. As technology becomes more complex, qualified technicians who can maintain and repair it remain essential.
3. Robotics Engineer / Embedded Systems Developer
Robotics engineers and embedded systems developers design the electronic brains inside robots, drones, autonomous vehicles, and smart devices. This field combines electronics, programming, and mechanical engineering.
What they do day to day: Program microcontrollers and processors, design sensor interfaces, develop control algorithms, test prototypes, integrate electronic systems with mechanical components, and optimize power consumption for battery-operated devices.
Education: A bachelor’s degree in electrical engineering, computer engineering, or robotics (4 years). Embedded systems work also draws from computer science. Many professionals hold master’s degrees in specialized areas like control systems or machine learning.
Certifications: While no single certification is required, skills in specific platforms (ARM microcontrollers, FPGA design, ROS for robotics) are highly valued. Demonstrating projects and open-source contributions often matters more than formal certifications in this field.
Salary range: Starting salaries range from $75,000 to $100,000. Senior embedded systems engineers and robotics specialists can earn $120,000 to $170,000+. Roles in autonomous vehicles and AI-powered robotics command premium salaries.
Job outlook: One of the fastest-growing areas in engineering. Demand is strong across manufacturing automation, autonomous vehicles, consumer electronics, medical devices, and agricultural technology.
Researching Your Chosen Career
When you pick one of these careers (or another electronics-related career you are interested in), use this framework to organize your research:
Career Research Framework
Gather this information for your counselor discussion
- Training & education: What degree or program is required? How long does it take? What subjects are studied?
- Certifications: Are there professional licenses or industry certifications? What are the requirements to earn them?
- Experience: What kind of entry-level positions are available? Is an internship or apprenticeship expected?
- Expenses: What is the cost of education? Are scholarships, grants, or employer-funded training available?
- Employment prospects: How many job openings exist? Is the field growing or shrinking?
- Starting salary: What can a new graduate or newly certified professional expect to earn?
- Advancement: What does a typical career progression look like? What positions can you advance to?
- Career goals: Where could this career take you in 10-20 years?