Online Degree in Electrical and Computer Engineering

Introduction

Career opportunities in electrical and computer engineering span various sectors, including healthcare, energy, telecommunications, and manufacturing, reflecting the field’s broad relevance. To meet this growing need, top universities now provide flexible online degree options that deliver the same rigorous training as traditional programs. Institutions such as National University, Oregon State University, and Lamar University offer respected pathways to success in this discipline. When selecting a program, students should consider the expertise of the faculty, the depth of the curriculum, the availability of hands-on learning opportunities, and the career placement outcomes.

Highly Ranked Online Degree in Electrical and Computer Engineering

National University – Offers an online electrical and computer engineering program blending hardware, software, and problem-solving, with opportunities in digital design, embedded systems, and real-world applications, preparing graduates for versatile careers.

Oregon State University – Provides an accelerated electrical and computer engineering degree emphasizing applied research, innovation, and emerging technologies, enabling students to explore robotics, advanced circuits, and modern computing systems for evolving industries.

Lamar University – Features a comprehensive program in electrical and computer engineering that merges theory with practical labs, equipping students in hardware-software design, systems integration, and research-driven problem-solving for industry-ready expertise.

Online Degree in Electrical and Computer Engineering: Program Aspects & Considerations

• Curriculum: Look for programs that offer a balanced foundation in hardware, software, and systems, with opportunities to apply theoretical knowledge through projects, labs, and technology-driven problem-solving. 
• Specializations: Consider pathways that allow you to focus on areas such as digital systems, embedded design, or automation, ensuring alignment with your career goals and emerging technology trends.
• Tuition Cost: Expect tuition to vary significantly by institution; research affordability, financial aid availability, and whether the program delivers strong value in relation to career outcomes and salary potential.
• Admission Requirements: Research prerequisites carefully, including math and science background, GPA expectations, transfer credit policies, and whether standardized tests or professional experience can strengthen applications.
• Accreditation: Select programs with recognized regional accreditation, which ensures eligibility for federal aid, facilitates smoother credit transfer, and enhances credibility with employers across various industries and sectors.
• Career Paths: Prepare for diverse roles in engineering, systems design, research, or project leadership, with skills applicable in industries such as technology, energy, defense, and communications.
• Faculty & Resources: Look for experienced faculty with both academic and industry expertise, supported by virtual labs, research opportunities, mentoring, and career guidance resources that foster professional growth.
• Program Structure: Decide whether a flexible, self-paced program or a cohort-based structure with set schedules better fits your learning style, career needs, and work-life balance.

Best Online Degree in Electrical and Computer Engineering

Choosing the Best Online Degree in Electrical and Computer Engineering means seeking programs that balance strong academic foundations with flexible study formats. These degrees focus on creativity in circuit design, embedded systems, and modern computing solutions. In 2025, standout universities are those combining affordability, respected faculty, and career-oriented outcomes. The schools featured here are recognized for their innovation, practical learning opportunities, and ability to equip students with the skills necessary to excel in today’s rapidly evolving technological landscape.

Source: Data Collected from Integrated Post Secondary Education Data System & University Data
***NA – Data Not Available

Our Ranking Methodology

The selection of the best Online Degree in Electrical and Computer Engineering is based on carefully measured academic and institutional criteria. Accreditation ensures recognized academic quality and access to financial aid. Affordability is considered by comparing tuition rates and overall program costs. Student outcomes, such as graduation rates and career placement, demonstrate long-term value. Faculty expertise is highlighted in programs led by experienced educators and industry professionals. Flexibility is emphasized through scheduling options and online delivery, enabling learners to balance their academic, professional, and personal responsibilities.

Why Earn an Online Degree in Electrical and Computer Engineering?

An Online Degree in Electrical and Computer Engineering equips learners with the skills needed to thrive in today’s digital and technology-driven economy. This degree combines expertise in hardware, software, and systems integration, preparing graduates for careers across multiple industries. Flexible online learning makes advanced education accessible to working professionals, allowing them to progress without interrupting their current careers. According to the Bureau of Labor Statistics, computer and engineering occupations are projected to grow faster than average through 2032, driven by demand for automation, smart technologies, and secure systems. Graduates gain both career resilience and competitive salaries, making this pathway a worthwhile investment.

Key Benefits of Online Learning

Flexible scheduling enables students to balance academic responsibilities with employment and personal commitments. Online delivery reduces costs by eliminating commuting and relocation expenses. Access to top universities broadens opportunities beyond geographical limits, while virtual labs and digital tools ensure hands-on experience. Many programs also offer self-paced learning formats, allowing for progression at a comfortable pace without compromising instructional quality.

High Demand for Electrical and Computer Engineering Professionals

Expertise in electrical and computer engineering is essential in a rapidly evolving economy. The Bureau of Labor Statistics projects strong demand for electrical and electronics engineers, with over 287,900 jobs in 2024. Growth is fueled by advances in renewable energy, robotics, 5G technology, and artificial intelligence. Computer hardware engineers also earn competitive median salaries exceeding $155,000 as of 2024. With industries prioritizing innovation and technological resilience, graduates from online programs are positioned for leadership roles, higher earning potential, and long-term stability in a variety of professional settings.

Industries and Sectors for Electrical and Computer Engineering Experts

Electrical and Computer Engineering graduates are highly sought after in multiple industries, including:

• Healthcare: Development of medical devices and digital health systems
  
• Finance: Secure computing, automation, and data infrastructure
  
• Technology: Robotics, semiconductors, and software-driven systems
  
• Government: Defense, communications, and public infrastructure projects
  
• Manufacturing: Smart systems, automation, and process control
  
• Energy: Renewable systems, power grids, and sustainable solutions

Career Advancement and Salary Potential

An Online Degree in Electrical and Computer Engineering opens doors to meaningful career advancement and leadership opportunities. Graduates gain expertise that supports progression into roles involving system design, innovation, and project oversight. Employers value professionals who combine technical mastery with problem-solving and strategic thinking, making them strong candidates for promotions. The degree also enhances versatility, enabling graduates to pursue roles across multiple industries while building pathways toward long-term career stability, professional recognition, and opportunities to lead technology-driven initiatives.

Online Degree in Electrical and Computer Engineering Curriculum and Learning Outcomes

The Online Degree in Electrical and Computer Engineering curriculum emphasizes building strong technical foundations alongside critical thinking and problem-solving skills. Students develop the ability to design, analyze, and integrate complex systems while applying innovative solutions to real-world challenges. Learning outcomes highlight adaptability, technical proficiency, and collaboration, preparing graduates to contribute effectively in diverse professional settings. The program also fosters communication skills and ethical awareness, ensuring readiness for evolving demands in technology-driven industries.

Core Courses You’ll Take

• Calculus-based Physics
  This course introduces fundamental physics concepts applied through calculus, with a focus on motion, energy, waves, and electromagnetism. It develops problem-solving abilities essential for engineering applications, linking theoretical principles with real-world systems and preparing students to analyze complex physical interactions within the contexts of electrical and computer engineering.
• Object-Oriented Design
  Students explore programming methodologies emphasizing objects, classes, and modular design for scalable, efficient systems. The course fosters logical thinking, abstraction, and reusable code structures. It prepares learners to develop and manage large-scale engineering software, reinforcing principles critical to embedded systems, hardware interaction, and technology-driven applications in electrical and computer engineering.
• Computer Ethics
  This course examines ethical challenges in technology, including privacy, intellectual property, professional responsibility, and the societal impact of innovations. Students analyze case studies to strengthen decision-making skills, develop accountability, and apply ethical frameworks to engineering contexts, ensuring responsible practice while addressing evolving dilemmas in digital systems and global technological environments.
• Linear Algebra and Matrix Computation
  Focused on linear equations, matrices, vector spaces, and transformations, this course equips students with analytical tools for engineering problem-solving. Applications include circuit modeling, signal processing, and systems optimization. Emphasis on computational techniques helps learners translate abstract mathematical principles into solutions for practical challenges in electrical and computer engineering fields.
• Advanced Engineering Math
  This course integrates advanced calculus, differential equations, and numerical methods tailored for engineering applications. It enhances students’ ability to model, analyze, and optimize electrical and computer systems. Emphasis on applied mathematics strengthens problem-solving, critical thinking, and analytical skills necessary for addressing complex, multidisciplinary challenges in modern technology-driven industries.
• Circuit Analysis
  Students gain expertise in analyzing electrical circuits using laws, theorems, and systematic techniques. Topics include current, voltage, power, and network behavior. Practical problem-solving develops the ability to design and troubleshoot systems, connecting theory to application. The course builds foundational knowledge essential for advanced study and professional engineering practice.

Electives and Concentration Areas

Electives and concentration areas give students the opportunity to explore advanced topics aligned with career interests. Options often include digital design, embedded systems, renewable energy, advanced programming, and applied mathematics. These courses allow learners to expand expertise, strengthen niche skills, and prepare for specialized roles. By tailoring elective selections, students can build academic experiences that support long-term career goals while maintaining a strong foundation in core electrical and computer engineering knowledge.

Capstone, Research, and Hands-On Projects

Capstone projects, research opportunities, and lab-based assignments allow students to apply technical knowledge in practical settings. Learners work individually or in teams to solve complex engineering challenges, integrating theoretical concepts with real-world applications. Projects often include designing prototypes, analyzing systems, or conducting applied research. This experience fosters innovation, teamwork, and professional-level problem-solving while building portfolios that demonstrate expertise to employers. Hands-on learning ensures that graduates are workforce-ready and capable of adapting to the evolving needs of the industry.

Skills You’ll Graduate With

• Advanced problem-solving and analytical reasoning for tackling engineering challenges.
  
• Proficiency in coding, system modeling, and technical design applications.
  
• Effective collaboration and teamwork across interdisciplinary engineering projects.
  
• Strong communication skills for conveying technical information to diverse audiences.
  
• Ethical decision-making and awareness of the societal impact of technology.
  
• Adaptability and a continuous learning mindset for evolving technologies.

Specializations in Online Degree in Electrical and Computer Engineering

Specializations allow students to customize their academic journey, focusing on areas most relevant to career goals. Tailoring studies ensures deeper expertise in targeted domains and better preparation for industry roles. Options include: –

Computer systems and networking – Focuses on architecture, security, and communication systems. –

Electronic Materials and Devices– Explores semiconductor and nanotechnology applications.

Energy Systems – Examines renewable energy and power distribution technologies.

Integrated Circuits – Centers on the Design and optimization of microchips.

Robotics– Explores automation, control, and intelligent systems.

Signals, Systems, and Communications – Focuses on data transmission, signal processing, and communication networks.

Admission Requirements for an Online Degree in Electrical and Computer Engineering

Admission to an online degree program in electrical and computer engineering typically requires academic qualifications, documentation, and evaluative materials. Applicants typically require prior coursework in mathematics and science, a competitive GPA, and official transcripts. Many universities also require personal statements, letters of recommendation, and standardized test scores, although some institutions offer flexible or test-optional admissions policies. Demonstrating strong analytical and problem-solving skills, as well as an aptitude for engineering, increases your chances of acceptance. Admissions committees often review academic preparedness in conjunction with potential contributions to the program.

General Prerequisites

Most programs require applicants to have completed high school with strong preparation in math and science, including calculus and physics. A minimum GPA is often required, typically ranging from 2.5 to 3.0. Standardized test scores may be requested; however, many online programs are increasingly adopting test-optional policies.

Professional Experience Recommendations

Prior technical or industry experience is not always required, but can strengthen an application. Candidates with relevant internships, professional projects, or practical exposure often demonstrate readiness for advanced study and academic success.

Program Cost and Affordability

Program costs vary depending on the university, residency status, and delivery model. Tuition may be charged per credit or on a flat-rate basis for full-time enrollment. Typical credit requirements range from 120–130 credits. Additional expenses may include technology fees, online learning resources, and lab-related costs. Understanding all financial aspects helps students prepare for realistic budgeting and planning. Comparing tuition rates across institutions is crucial for striking a balance between affordability and program quality, thereby ensuring the best return on investment for long-term career goals.

Tuition and Fees Breakdown

Expect tuition to be structured either per credit hour or on a flat rate, often excluding lab fees, books, and technology services. 

Hidden Costs (Systems, Online Access, Materials)

Plan for additional expenses like computer equipment, internet access, specialized software, and virtual lab tools required for coursework.

Comparing Costs Across Universities

Evaluate differences between public, private, and out-of-state rates, considering scholarships, financial aid, and long-term return on investment.

Financial Aid and Funding Options

Funding opportunities make earning an online degree in electrical and computer engineering more affordable. Scholarships and fellowships are often merit- or need-based, reducing overall tuition burdens. Many employers support education through tuition reimbursement programs, making it easier for professionals to upskill without significant personal cost. Federal aid, FAFSA, and student loans remain widely available, ensuring access to qualified learners. Assistantships, though less common online, may be offered by select institutions. Exploring multiple options ensures students minimize debt and maximize long-term financial stability

Scholarships and Fellowships

Merit-based or need-based awards reduce tuition costs, supporting students with academic excellence or financial constraints.

Employer Tuition Assistance

Many employers offer tuition support or reimbursement programs, promoting continued education and professional development.

Federal Aid, FAFSA, and Student Loans

Students can access federal grants, loans, and aid packages by completing FAFSA, ensuring flexible financing for studies.

Program Length and Flexibility

Online degree programs in electrical and computer engineering offer flexible pathways tailored to meet the diverse needs of students. Full-time learners can typically complete the degree in about four years, while part-time students may take five to six years, depending on their pace. Many universities offer both self-paced and structured cohort formats, enabling individuals to choose between independent learning and collaborative progress with their peers. This flexibility allows for a more balanced approach between academic goals and work, family, and personal responsibilities.

Accelerated Online Degree in Electrical and Computer Engineering

Some universities also offer accelerated formats, enabling motivated students to finish their degrees in significantly less time. These intensive programs condense coursework into shorter terms, often with year-round schedules, enabling students to graduate more quickly. While demanding, accelerated options appeal to those seeking career advancement sooner without sacrificing academic quality.

Careers with an Online Degree in Electrical and Computer Engineering

Careers with an Online Degree in Electrical and Computer Engineering</h2> Graduates with an Online Degree in Electrical and Computer Engineering enter a wide range of dynamic, technology-driven industries. These professionals are equipped with strong analytical skills, advanced problem-solving abilities, and the technical knowledge to design and improve hardware, software, and integrated systems. Career outcomes span various industries, including healthcare, finance, government, telecommunications, and energy. According to the U.S. Bureau of Labor Statistics, employment for electrical and computer engineers is projected to grow steadily, fueled by demand for innovation in emerging technologies, renewable energy, and advanced computing applications.

Job Title	Average Annual Salary	Job Growth	Key Responsibilities
Electrical and Electronics Engineers	$118,780	7%	Design, develop, and test electrical equipment and power systems.
Computer Hardware Engineers	$155,020	7%	Create, improve, and evaluate computer systems and hardware components.
Computer Network Architects	$130,390	12%	Design and maintain data communication and computer networks for organizations.
Network and Computer Systems Administrators	$96,800	4%	Install, configure, and maintain computer systems, networks, and servers to ensure secure and efficient organizational operations.
Software Developers, Quality Assurance Analysts, and Testers	$123,100	4%	Design and maintain database systems and ensure data integrity and security.

Top Job Roles for Information Systems Graduates

With experience, graduates can advance into senior or leadership roles, such as engineering managers, IT directors, or chief technology officers. These positions often combine technical oversight with strategic decision-making, offering both higher salaries and greater influence within organizations. Specialized knowledge, continuous skill development, and professional certifications further enhance advancement opportunities in this competitive field.

Long-Term Career Growth and Leadership Opportunities

Beyond entry-level roles, graduates can advance into leadership positions, research-driven careers, and management-focused engineering roles. With experience, individuals may oversee teams, manage large-scale projects, or influence organizational technology strategies. Some pursue advanced studies, which further expand opportunities in innovation, executive leadership, or academia. The strong foundation built through this degree ensures continued adaptability in a rapidly changing global economy.

Accreditation and Why It Matters

Accreditation plays a vital role in evaluating program quality and credibility. Regional accreditation validates the institution as a whole, ensuring eligibility for federal financial aid and employer recognition. Programmatic accreditation, when available, reviews engineering-specific standards and enhances professional trust. Selecting an accredited online degree ensures students gain a rigorous education that meets national academic and industry benchmarks, positioning them strongly for graduate studies and long-term career advancement.

How to Choose the Right Online Degree in Electrical and Computer Engineering Program

Selecting the right program requires reviewing academic rigor, flexibility, affordability, and institutional support. Accreditation, faculty expertise, research opportunities, and career resources should guide decision-making. Comparing costs against potential career outcomes ensures lasting value.

Accreditation and Reputation

Look for universities holding regional or programmatic accreditation, as this confirms academic quality and credibility. A strong institutional reputation enhances degree recognition, enabling graduates to pursue advanced studies, gain employer trust, and access better career opportunities in engineering and technology fields.

Faculty and Research Opportunities

Research faculty credentials, professional expertise, and involvement in innovation-driven projects. Faculty with industry backgrounds and ongoing research elevate program quality, provide mentorship, and give students exposure to practical applications, fostering career readiness and academic growth in engineering disciplines.

Cost vs. Return on Investment

Evaluate tuition rates, technology fees, and funding options while weighing career advancement potential. A well-structured program with strong placement rates and growth prospects ensures graduates achieve long-term professional benefits, making educational investment financially rewarding and strategically sustainable.

Student Support and Career Services

Consider programs that offer strong advising, mentoring, technical support, and career placement services, which enhance both academic success and post-graduation employment opportunities.

Frequently Asked Questions About Electrical and Computer Engineering Online Programs

Conclusion

Pursuing an Online Degree in Electrical and Computer Engineering offers flexibility, career advancement, and a solid foundation in both hardware and software systems. Accredited programs equip graduates with in-demand technical skills, research opportunities, and leadership readiness. As industries increasingly rely on technology, this degree ensures long-term relevance, adaptability, and rewarding career pathways in diverse engineering and innovation-focused sectors.