Accredited Online Electrical Engineering Degrees

Electrical engineering is a broad field that applies physics and mathematics to design, test, and improve electrical systems. At the bachelor’s degree level, you build a foundation in circuits, signals, and electronics while learning how to apply engineering methods to real-world problems. Many programs also emphasize teamwork, documentation, and problem-solving across the engineering lifecycle.

• All Engineering Degrees
• All Electrical Engineering Degrees

What Is a Bachelor’s in Electrical Engineering?

A bachelor’s degree in electrical engineering is an undergraduate program focused on the principles and practice of electrical systems. Coursework typically covers core topics such as circuit analysis, electronics, electromagnetics, and signals, along with engineering design and lab-based learning. Students also develop skills in modeling, measurement, and troubleshooting—capabilities used across industries from communications to power systems.

Depending on the program, you may also encounter specialized electives that align with your interests, such as embedded systems, control, renewable energy, or communications. The goal is to prepare you to contribute to engineering teams and continue building expertise through advanced study or professional development.

What You Can Do With a Bachelor’s in Electrical Engineering

With a bachelor’s in electrical engineering, you can pursue roles that involve designing systems, supporting production and testing, or improving performance and reliability. Many positions require strong technical communication, careful documentation, and the ability to work with cross-functional teams.

• Design and test electrical and electronic components
• Support development of hardware, firmware, or embedded systems
• Analyze signals and develop solutions for communications and sensing
• Work on power systems, energy distribution, or electrical infrastructure
• Contribute to automation, control, and instrumentation projects
• Perform troubleshooting and validation for products and systems

Is a Bachelor’s in Electrical Engineering Worth It?

For many students, the value of a bachelor’s in electrical engineering comes from building a durable technical foundation and gaining experience applying engineering concepts to practical challenges. If you enjoy math, physics, and hands-on problem-solving, this degree can be a strong fit for long-term career growth.

It’s also worth considering how the degree aligns with your goals. Some career paths may benefit from additional credentials, such as professional certifications or graduate study, especially for specialized roles. Comparing program outcomes, internship opportunities, and the types of projects you’ll complete can help you judge fit before you commit.

Career Paths for Bachelor’s Graduates

Electrical engineering graduates often enter roles where they help design, test, and improve electrical systems. Titles vary by industry and employer, but the work commonly centers on analysis, prototyping, measurement, and documentation.

• Electrical Engineer
• Electronics Engineer
• Systems Engineer (electrical-focused)
• Test Engineer or Validation Engineer
• Embedded Systems Engineer
• Controls or Automation Engineer
• Power Systems Engineer
• Field Engineer or Technical Support Engineer

As you gain experience, you may move into more responsibility for system architecture, project leadership, or specialized technical domains. Employers may also look for evidence of practical skills through internships, capstone projects, and relevant tools or software experience.

Job Outlook and Salary Expectations

Job outlook and compensation for electrical engineering roles can vary widely based on the specific job function, industry, and location. Early-career salaries are often influenced by the type of employer (for example, manufacturing, utilities, defense, or technology), the complexity of the work, and the level of hands-on experience you bring to the role.

As you progress, factors such as specialization, certifications, and demonstrated project impact can affect earning potential. Employers may also value experience with testing and validation, embedded development, power systems, or signal processing, depending on the role.

To set realistic expectations, review job postings in your target area and compare requirements such as required tools, years of experience, and preferred credentials. That approach helps you understand what employers are prioritizing for the roles you want.

What You’ll Learn in a Bachelor’s in Electrical Engineering Program

Most bachelor’s programs build a structured progression from fundamentals to applied engineering. You’ll typically study both theory and practical methods, with opportunities to apply concepts through labs, projects, and design-focused coursework.

• Circuit analysis and electronic device fundamentals
• Signals and systems, including filtering and signal interpretation
• Electromagnetics and how fields interact with components
• Digital logic and computer-based system concepts
• Engineering design processes, including requirements and testing
• Measurement, instrumentation, and troubleshooting methods
• Professional communication through reports, documentation, and presentations

Many programs also include a capstone or culminating project that simulates real engineering work. The best experiences tend to emphasize problem definition, iterative design, and evaluation against measurable criteria.

Who Should Consider an Electrical Engineering Bachelor’s?

This degree can be a good match if you want to work on the design and improvement of electrical systems and enjoy technical problem-solving. It’s especially relevant for students who are comfortable with math and physics and want a career that blends analytical thinking with practical engineering work.

You may also find it worthwhile if you’re interested in industries where electrical engineering plays a central role, such as communications, power and energy, automation, medical devices, or consumer electronics. If you prefer structured learning with a clear technical pathway, a bachelor’s program can provide that foundation while you explore which subfields fit you best.

Admission Requirements

Admission requirements for a bachelor’s in electrical engineering vary by school, but most programs evaluate academic preparation and readiness for technical coursework. Common factors include high school coursework in math and science, prior GPA, and standardized test scores where applicable.

Some programs may also consider placement testing or prerequisite coursework if you need additional background in algebra, calculus, physics, or introductory programming. If you’re transferring credits, you’ll typically want to confirm how prior coursework maps to the program’s degree plan.

Program Length and Format

Program length depends on the number of credits required, your course load, and whether you attend full-time or part-time. Many students complete a bachelor’s degree in a traditional multi-year timeline, while others choose a pace that fits work and other responsibilities.

Format can also vary. Some programs offer online coursework with scheduled lab components, while others use a hybrid approach to support hands-on requirements. Reviewing how labs, proctored exams, and project milestones are handled can help you plan your schedule.

Licensure and Certification Considerations

Electrical engineering licensure requirements depend on your location and career goals. In some cases, professional licensure may be relevant if you plan to work in roles that involve public safety, engineering sign-off, or certain types of consulting.

Even when licensure isn’t required for your target job, certifications can strengthen your profile. Employers may look for credentials related to specific tools, safety practices, or specialized technical areas, so it’s helpful to align certifications with the job descriptions you’re pursuing.

How to Choose the Right Program

Choosing the right bachelor’s program is less about the label and more about how well it supports your goals. Start by evaluating the curriculum structure and whether it covers the fundamentals you need for your intended career path.

• Confirm the balance of theory, labs, and design projects
• Look for opportunities to build practical experience through capstones or team projects
• Review how the program supports hands-on requirements if you’re studying online
• Check whether the program offers relevant electives aligned with your interests
• Assess academic support resources such as tutoring, advising, and career services
• Consider transfer credit policies if you already have coursework

It can also help to compare program outcomes by looking at the types of roles graduates pursue and the skills emphasized in student projects.

Cost of a Bachelor’s in Electrical Engineering

The total cost of a bachelor’s in electrical engineering can vary based on tuition structure, program length, and required fees. Some programs charge per credit, while others use a per-term model, and the number of credits required can affect the overall price.

Beyond tuition, you may also need to budget for course materials, lab-related expenses, software or hardware used in coursework, and any prerequisite classes you complete before starting the degree. If you’re comparing programs, look closely at what’s included in tuition and what additional costs you may encounter during labs, projects, or assessments.

Compare Online Bachelor’s in Electrical Engineering Programs

When comparing online options, focus on how the program delivers technical learning and how it handles hands-on components. Pay attention to lab requirements, scheduling expectations, and the tools or platforms used for coursework and assessments.

It’s also useful to compare academic pacing and support. Programs that provide clear milestones, responsive advising, and structured project guidance can make it easier to stay on track while balancing work or other commitments.

Frequently Asked Questions

What entry-level jobs can I pursue with a bachelor’s in electrical engineering?

Common entry-level roles include electrical engineer, electronics engineer, test or validation engineer, and embedded systems-focused positions. Some graduates also start in field engineering or technical support roles that build practical experience with installed systems. The best match depends on the skills emphasized in your coursework and projects.

Do I need an internship to get hired after graduation?

An internship isn’t always required, but it can strengthen your resume by showing real-world engineering experience. Employers often look for evidence that you can apply fundamentals to testing, documentation, and problem-solving. If internships are limited, capstone projects and relevant technical experience can also help.

What admissions requirements should I expect for an electrical engineering bachelor’s?

Most programs evaluate your academic background in math and science, along with overall academic performance. Some may require prerequisite coursework or placement testing if you need additional preparation for calculus, physics, or introductory programming. Requirements vary by school, so it’s important to review the specific checklist for the program you’re considering.

How long does it take to complete a bachelor’s in electrical engineering?

Completion time depends on credit requirements and whether you study full-time or part-time. Many students follow a multi-year plan, while others extend the timeline to fit work and personal schedules. Hybrid or online programs may also include scheduled lab or assessment periods that affect pacing.

Will I be able to work in electrical engineering without licensure?

Many electrical engineering roles do not require professional licensure, especially early in your career. However, licensure can become important for certain responsibilities, such as work that involves public safety or engineering sign-off. Your career goals and the type of employer you choose will influence whether licensure matters.

Is a bachelor’s in electrical engineering better than an MBA for career growth?

An MBA can be a strong option if your goal is management, leadership, or business-focused roles. A bachelor’s in electrical engineering is designed to build technical depth for engineering and technology careers. Many professionals pursue both over time, but the right first step depends on whether you want to lead through engineering expertise or through business strategy.

What certifications can help after earning a bachelor’s in electrical engineering?

Certifications that align with your target job can help you stand out, especially when they demonstrate practical competence in a specific area. Examples include credentials related to testing practices, safety, or specialized technical domains. The most useful certifications are usually the ones that match the tools and requirements listed in the roles you want.