Electrical Engineering Technology Degree Programs

Electrical Engineering Technology (EET) represents a sophisticated blend of innovative thinking and its practical implementation. This field seamlessly merges creative problem-solving with the management of advanced technical processes. Those intrigued by the intricacies of everyday electronics or the mechanics of power distribution might find the study of electrical engineering technology particularly appealing.

EET degree programs equip students with a robust understanding of electronic and computer principles and their applications across sectors, including communication, transportation, and even HVAC systems. The curriculum prioritizes real-world applications, preparing graduates for diverse career paths.

One of the distinguishing features of this program is its early emphasis on hands-on learning. Students often engage in electronic projects from the outset, culminating in a senior design project tailored to address contemporary industry challenges. Such experiences not only enrich learning but also position graduates favorably in the eyes of potential employers.

Let’s delve deeper into the intricacies of an EET degree program, exploring the core components that make up this comprehensive course of study.

What Is Electrical Engineering Technology?

Electrical Engineering Technology (EET) encompasses three central pillars: electronics, power systems, and automation.

For those captivated by circuits, components, and intricate electronic systems, the field of electronics promises a deep dive into these complex areas. Power systems cater to enthusiasts keen on understanding the generation, transmission, and regulation of the very energy that powers our civilization. Meanwhile, if the mechanics and operational intricacies behind machinery pique your interest, then automation offers a world of opportunities.

Electrical engineering technologists play a pivotal role in shaping the industrial framework. Collaborating closely with electrical engineers, they facilitate tasks ranging from power distribution and process control to instrumentation design. Their scope of work is diverse, extending from analyzing production costs and conducting feasibility studies to supporting in-depth research alongside scientists and engineers.

These technologists are tasked with the design, installation, and upkeep of electrical control and communication systems. Moreover, their expertise extends to planning projects, forecasting timelines and budgets, as well as testing and rectifying electrical equipment.

This multifaceted profession has seen a consistent demand for entry-level professionals, with the job market presenting ample opportunities for proactive graduates eager to immerse themselves in EET.

Why Earn a Degree in Electrical Engineering Technology?

If numbers and wires make your heart race then a degree in electrical engineering technology could be your path towards a fulfilling, dynamic and financially rewarding career.

Let’s look at why this might be a great career for you.

Following Your Passion & Career Growth

Starting your academic journey into electrical engineering technology allows you to dive into your interests, expanding your knowledge and expertise in electronics and computers.

As part of this degree you’ll explore cutting edge technologies in areas including communications, transportation and green energy. This program does not just confine you to books; instead you get hands-on experience by tackling real world problems through a senior design project, as well as various labs and projects along the way.

The versatility of the course means graduates can impact a large variety of fields with their knowledge ranging from biomedical advances to new developments in entertainment and manufacturing.

Acquisition of Valuable Skills

A degree in EET equips you with skills in engineering and troubleshooting. Scrutinizing process controls, installing electrical systems and maintaining communication channels are just a few of the disciplines you’ll master.

As an Electrical Engineering Technologist your duties go beyond regular maintenance; you become a critical thinker analyzing production costs and project timelines. Your knowledge of technical management skyrockets, which can be a great setup for future leadership roles.


Personal Benefits

An electrical engineering technology degree, whether you’re going for a bachelor’s or even an engineering master’s degree offers a wide range of personal benefits. One of the most significant is the development of hands-on skills. From the very first semester students are exposed to a range of practical tasks like working on electronic projects. These experiences equip students with the technical know-how needed to navigate the complex field of electrical engineering.

Networking opportunities also abound. By working alongside professionals and peers in various projects and learning environments students build strong relationships that could be beneficial in their future careers.

Professional Benefits

Professionally, a degree in electrical engineering technology opens doors to many interesting job opportunities. Graduates have been known to contribute to advancements in fields as varied as biomedical, green energy, transportation, communications, entertainment and manufacturing. This breadth of possibilities makes it likely that every graduate will find a career path that suits their interests and ambitions.

There’s also the potential for career advancement. By accumulating experience, changing employers, or gaining advanced degrees, professionals in this field can increase their earnings significantly. 

Reasons to Study Online

Flexibility and Convenience

One of the main benefits of online study is the flexibility it offers – the traditional college or university class schedule doesn’t apply here. You can study at your own pace fitting coursework around your daily routine.

This is especially beneficial for those balancing work or family responsibilities alongside their studies. On top of that, you don’t need to commute, saving both time and money.

Cost Effectiveness

Online degree programs can be cost-effective options for some students. Online degree programs can offer cost-related benefits such as reduced tuition fees, elimination of commuting expenses, and savings on accommodation and campus-related costs. In addition, the flexible scheduling they offer can make it easier for students to work while attending school.

Industry Relevant Course Selection

Online programs frequently offer courses that focus on specific industry relevant skills. Electrical engineering technology degree programs are a perfect example of this. These programs equip future technologists with knowledge in electronics and computers, applicable to diverse fields like communications, power electronics and technical management.

From day one students are immersed in practical tasks, solving real world problems and learning from experienced industry professionals.

Accessibility for International Students

For international students online education opens up opportunities to access high quality education without having to leave home.

Whether you’re interested in green energy solutions or biomedical advancements, studying online allows you to earn degrees from esteemed institutions, no matter where you’re located. Geographic boundaries are erased, enabling a global perspective on education.

How Much Does a Degree in Electrical Engineering Technology Cost?

Investing in higher education is a significant commitment. If you’re considering a career as an Electrical Engineering Technologist you might be wondering about the costs involved in obtaining your degree.

Here’s the reality: the price tag can vary widely based on the type of school, location and the specific program.

Let’s look closer at these costs to help you make an informed decision.

Tuition Fees

Tuition fees form the most substantial chunk of your educational investment. The average yearly in-state tuition for an electrical engineering technology degree is $8,396, according to CareerExplorer, which is a little lower than the national average for other degrees.

If you’re planning to study out of state the average tuition roughly doubles to $18,332 per year. Private institutions typically have even higher fees with tuition averaging around $28,177 per year.

Keep in mind these are only averages—specific tuition costs can vary tremendously from one institution to another.

Additional Costs

Beyond tuition you should also budget for additional expenses like books, lab fees and software. These can quickly add up over the course of your studies. Lab kits and software subscriptions are particularly important for an electrical engineering technology degree as they’re essential tools for hands-on learning and the real world application of theoretical knowledge.

Traditional vs. Online Programs

With the rise in online learning many schools now offer electrical engineering technology degrees in an online format. Not only do these programs offer greater flexibility but they can often be more affordable too.

In an online program, you might find yourself paying less for commuting, housing and even some fees associated with on campus activities that aren’t relevant to distance learners.

Electrical Engineering Technology Curriculum

Electrical engineering curriculum includes core and elective courses designed to arm you with the knowledge and skill set to excel in a rapidly evolving field. Let’s take a look at some core courses and elective courses you can expect to take. 

Core Courses

Core courses are fundamental to the program providing the essential skills you’ll need in the workplace. Specific courses and subjects vary by school and program, but the following are representative of common core courses.

  • Circuit Analysis or Electric Circuits: This course typically introduces students to the fundamental principles of electrical circuits, including Ohm’s Law, Kirchhoff’s laws, and techniques for analyzing linear circuits.
  • Electromagnetic Fields and Waves: This class delves into the theory of electromagnetics, studying electric and magnetic fields, electromagnetic waves, transmission lines, and often touching on concepts like wave propagation and antennas.
  • Digital Logic Design or Digital Systems: Students learn about the principles and practices of digital electronics, including the design of digital circuits using logic gates, flip-flops, and more complex digital structures like multiplexers, decoders, and memory units.
  • Electronic Devices and Circuits: This course explores the characteristics and applications of electronic devices such as diodes, bipolar junction transistors (BJTs), and field-effect transistors (FETs). It also covers analog circuit design using these components.
  • Signals and Systems: This foundational course addresses the analysis and processing of signals, introducing concepts like convolution, Fourier series, Fourier transform, Laplace transform, and systems analysis in both time and frequency domains.

In addition to these core courses, most electrical engineering programs will also offer specialized courses in areas such as control systems, power systems, communications, and more.

Elective Courses

The value of an electrical engineering technology degree program is often highlighted by its diverse elective offerings. Consider a course on renewable energy systems, which offers insights into the latest advancements in sustainable energy and its impact on carbon footprint reduction. Alternatively, for those with an interest in automation, a course on robotics provides a deep dive into the intricate design and operational frameworks of robotic systems, exemplifying the forefront of technological innovation.

Hands On Learning

It doesn’t stop at the classroom. The EET program encourages practical learning through internships and co-ops. These opportunities expose you to real world challenges, help you experience the work environment first hand, broaden your professional network and go a long way in refining your skills.

Capstone Projects

The end of your academic journey comes in the form of capstone or thesis projects that involve practical applications of what you’ve learned so far.

As an Electrical Engineering Technologist in training you’ll be solving current business or industry problems and applying your knowledge in a practical setting. Such projects are often in collaboration with local industries, providing insights into real world engineering scenarios and potential employment opportunities.

What Are the Admission Requirements for Electrical Engineering Technology Programs?

Here’s what you need to know about the typical admission requirements for most electrical engineering technology programs.

Firstly, academic qualifications are a must. It’s recommended that you have relevant coursework in math and science during your high school years. Taking courses like physics, calculus and advanced algebra can lay a strong foundation for your future studies in electrical engineering technology. Some programs may also require an associate degree for admission.

Another requirement you should be on the lookout for are letters of recommendation. These should ideally be from individuals who can vouch for your skills, work ethic and passion for electrical engineering technology. Whether it’s a high school teacher, a mentor, or an employer, their insights could bolster your application.

On a final note, if you have any practical experience in the field of electrical engineering technology, showcasing this via a portfolio or work samples could significantly boost your chances of admission. This could include anything from school projects to internships or part time work related roles.

Accreditation for Electrical Engineering Technology Programs

The Importance of Accreditation for Quality Assurance

Accreditation plays a major role in ensuring quality education. It’s the process through which colleges and universities are evaluated against established standards to ensure a high level of educational quality, which serves as a signal to students, employers and educational institutions worldwide that a program’s curriculum is rigorous, up to date and provides the skills required in the workforce.

Specifically for electrical engineering technology programs, accreditation verifies that the training prepares students for the realities of the field. Attending an accredited institution and getting an ABET accredited engineering degree makes it more likely that students will qualify for lucrative positions after graduation.

How to Check for Accreditation

To check a program’s accreditation status visit the school’s official website. In most cases, universities and colleges prominently display their accreditation status. However, if you can’t find this information readily available, contact the school’s admissions office for clarification.

For an in depth verification, you can also check the databases of recognized accrediting bodies. These databases list all the accredited institutions and programs they oversee.

Accrediting Bodies for Electrical Engineering Technology Programs

Several bodies provide accreditation for electrical engineering technology programs. In the United States the Accreditation Board for Engineering and Technology (ABET) is the premier accrediting body. ABET accredits programs at the associate, bachelor and master levels.

ABET evaluates programs based on factors such as their objectives, curriculum, faculty, facilities and institutional support. By choosing an ABET accredited program you are assured that the degree you earn will be widely recognized and respected within the field.

Other accrediting bodies include regional entities like the Western Association of Schools and Colleges (WASC), the Higher Learning Commission (HLC), the Middle States Commission on Higher Education (MSCHE), or similar organizations depending on your location.

These groups oversee and uphold standards for postsecondary institutions within certain geographical regions.

Career Options for People With Electrical Engineering Technology Degrees

If you’re pursuing an electrical engineering technology degree, odds are you’re curious about the career prospects that await you post-graduation.

Well, you’re in for some good news. When it comes to professional opportunities electrical engineering technology presents no shortage of them. 

Entry-Level Roles: Electrical Technician

As an electrical technician you’d be just dipping your toes into the field of electrical engineering. Technicians assist scientists and engineers with research and perform duties like conducting studies and analyzing production costs.

Mid-Level Roles: Engineering Technologist

With a few years of experience under your belt you’re no longer a novice in the field. Engineering technologists typically aid electrical engineers with power distribution, process control and instrumentation design. As a technologist your responsibilities could involve anything from designing to installing and maintaining electrical control and communication systems. 

Senior-Level Roles: Engineering Manager

When you’ve spent significant years in the field you might find yourself inching towards management roles. As an Engineering Manager your tasks would extend beyond technical know-how to overseeing projects and managing teams. With this role comes an increase in earnings as well. 

Industry Specific Roles in Energy, Manufacturing, and Telecommunications

Electrical Engineering Technologists hold a critical place in sectors like energy, manufacturing and telecommunications. If you’re passionate about green energy your expertise could contribute to designing and improving renewable energy systems. On the other hand, in manufacturing, you’d find opportunities in automation contributing to designing and maintaining control systems. Telecommunications is another popular sector for Electrical Engineering Technologists where you’d work on broadcasting and communication systems.

Electrical Engineering Technology Salary and Job Outlook

The field of electrical engineering technology (EET) is a vast and rewarding one with professionals in this sector playing integral roles in diverse sectors, shaping and enhancing our everyday lives.

An electrical engineering technologist’s salary and job opportunities can vary significantly based on the level of experience, educational qualifications and the specific function they serve within an industry.

Median Salary Figures for Different Roles

In 2023 the average salary for an Electrical Engineering Technologist was around $72,900, according to Payscale. Entry level professionals in this field can expect an annual income hovering around $52,359. But as with many careers, accumulated experience tends to yield higher earnings. For example, those with 1-4 years of experience have seen their earnings rise on average.

The highest reported pay for an Electrical Engineering Technologist can reach up to $115k per year while the lowest hovers around $48k per year. Salaries can significantly increase if one opts to switch employers, acquire advanced degrees, or take on managerial responsibilities overseeing junior technicians.

Employment Growth Statistics and Emerging Sectors

Electrical Engineering Technologists are instrumental in many different kinds of industries, from power distribution and process control to instrumentation design. They assist scientists and engineers with research work, conduct studies, analyze production costs, design, install and maintain electrical control and communication systems.

This versatility makes them very desirable within emerging sectors like green energy, biomedical technology, transportation, communications, entertainment and manufacturing

Scholarships and Financial Aid Information for Electrical Engineering Technology

Scholarships for Engineering Technology

Several scholarships cater specifically to students in the field of engineering technology. Some are awarded based on academic merit, others on financial need and still others on factors like personal background, chosen area of specialization within engineering technology, or even the student’s geographical location.

To find these opportunities students can consult their university’s financial aid office or career center, industry specific organizations, and online scholarship databases.

Remember though that scholarships can be highly competitive so it’s crucial to pay attention to application deadlines and ensure all application materials are comprehensive and compelling.

Financial Aid: Grants and Student Loans

In addition to scholarships students have other options such as grants and student loans.

Grants, like scholarships, are a type of financial aid that doesn’t need to be repaid. They’re primarily based on financial need and can come from different sources such as the federal government, state government, or the college itself.

Student loans, on the other hand, do need to be repaid but typically only after the student has graduated. Federal student loans usually offer lower interest rates and more flexible repayment plans than private loans. To apply for federal financial aid including grants and loans students will need to complete the Free Application for Federal Student Aid (FAFSA).

Application Tips and Deadlines

As you explore these financial aid opportunities, here are a few tips to guide your journey:

  • Start Early: Whether you’re applying for scholarships, grants, or loans, starting early gives you ample time to gather the necessary materials and fill out the applications accurately.
  • Stay Organized: Keep track of application requirements and deadlines for each option. Missing a deadline could mean missing out on that financial aid.
  • Apply Widely: Don’t limit yourself to one type of aid or one specific scholarship. Apply for as many scholarships and grants as you’re eligible for.
  • Pay Attention to the Details: Many applications are disqualified because of simple errors or omissions. Proofread your applications and have someone else review them if possible.

Electrical Engineering Technology FAQ

How Much Can You Earn With an Electrical Engineering Technology Degree?

The earnings for an Electrical Engineering Technologist can vary significantly based on experience and specialization. On average an entry level technologist can expect to earn about $52,359 annually, according to Payscale. Electrical Engineering Technologists with 1-4 years of experience typically see an increase in their earnings. On average, a technologist in this field earns a median salary of $72,870 as of the most recent data, with the highest paid Electrical Engineering Technologists making around $115,000 per year while the lowest earning make around $48,000 per year.

How Long Does it Take to Earn an Electrical Engineering Technology Degree?

The duration for earning an electrical engineering technology degree depends on the individual’s pace and specific program. The traditional path involves a four year course of full time study to get a bachelor’s in engineering. For highly motivated students some programs offer an accelerated plan of study that allows degree completion in three years. 

Can I Earn an Electrical Engineering Technology Degree Entirely Online?

Yes, many institutions offer online programs for an electrical engineering technology degree. The availability of online courses makes it much more convenient for those who are working or have other commitments. It provides flexibility to students to learn at their own pace and from the comfort of their homes.

What Careers Can an Individual With an Electrical Engineering Technology Degree Get?

There is no shortage of different careers that individuals with an electrical engineering technology Degree can pursue. They can work in fields including but not limited to power distribution, process control and instrumentation design. Graduates often help electrical engineers or work closely with scientists in research and development. They design, install, and maintain electrical control and communication systems, and their roles may also include project planning, assessing production costs as well as testing and repairing electrical equipment.


A degree in electrical engineering technology opens up an ocean of opportunities. With robust and diverse career prospects in fields such as biomedical, green energy, transportation, communications, entertainment and manufacturing, it is a decision that promises to be rewarding and fulfilling. The course structure ensures that you’re not only gaining theoretical knowledge but also putting it to practical use through projects beginning from the first semester itself.

For the driven student there exist options for an accelerated plan of study or even aiming higher with a master’s degree.

However, no matter the pace you choose, know that with this degree you will leave equipped with a well rounded skill set, prepared to make significant contributions in your chosen field.

For prospective students deliberating on this path, we can only say this – embarking on the journey into electrical engineering technology could very well be the turning point paving the way to a promising and successful career.

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