relevant coursework electrical engineering

Your Complete Guide to an Electrical Engineering Degree: Pathways and Potentials

What can you expect from an electrical engineering degree? With its rigorous coursework, potential specializations, and robust career prospects, this degree stands as a cornerstone for aspiring technology innovators and problem-solvers. This guide will take you through accredited programs, dive into the essential subjects, and explore potential career pathways, providing a comprehensive understanding of both the challenges and promises of pursuing a degree in electrical engineering.

Key Takeaways

• Electrical engineering degrees pave the way for various specializations, such as power systems and robotics, with an emphasis on practical laboratory work and the importance of program accreditation.
• A bachelor’s degree in electrical engineering provides a strong foundation and diverse skillset, while a master’s degree allows for specialization in emerging fields and can result in higher salaries and advanced roles.
• Financial considerations for electrical engineering degrees include tuition, scholarships, and financial aid options, with various resources available to support both domestic and international students.

Understanding Electrical Engineering Degrees

The field of electrical engineering is broad and multifaceted, bridging the gap between scientific theory and practical application. It’s the force behind the design and optimization of electrical and electronic systems that power our daily lives. From the humble light bulb to the complex circuitry of a supercomputer, electrical engineering is at the heart of it all.

And it all begins with an accredited engineering degree that equips you with the necessary skills to solve the engineering problems of tomorrow.

Electrical vs. Electronics Engineering

Although often used interchangeably, electrical and electronics engineering are distinct disciplines within the broader field of engineering. Electrical engineering is primarily concerned with the large-scale production and distribution of electrical power, as well as the design and development of electrical equipment. Electrical engineers work on high-power systems, focusing on the transmission and distribution of power.

On the other hand, electronics engineering, a sub-discipline of electrical engineering, zeros in on the design and optimization of electronic devices. Electronics engineers focus on dealing with low-power systems, creating and fine-tuning the electronic components within devices such as computers and smartphones.

Importance of Accreditation

Opting for an accredited electrical engineering program is of paramount importance. Accreditation by the Engineering Accreditation Commission of ABET signifies that the program meets high educational standards and equips students with the skills necessary to enter the engineering field. ABET accredited programs satisfy stringent criteria including curriculum, faculty qualifications, and continuous improvement, ensuring that graduates are adequately prepared for professional practice and licensure as an electrical engineer.

Pursuing a Bachelor’s Degree in Electrical Engineering

Embarking on a career as an electrical engineer starts with acquiring a Bachelor’s degree in Electrical Engineering. This foundational program sets students off on an exploratory journey, covering a wide spectrum of electronic and electrical engineering principles before delving into specialized areas such as:

• Power systems
• Control systems
• Electronics
• Telecommunications
• Renewable energy

With an average loan debt of around $22,989, this degree is an investment in your future, opening the door to a world of possibilities.

Research Electrical Engineering Degrees by State

Core subjects and coursework.

Undertaking a Bachelor’s degree in Electrical Engineering involves:

• Practical application of theoretical knowledge to address real-world engineering challenges
• Essential principles of engineering and electricity, including analog and digital circuit design, signal processing , and computer programming
• Specialized courses in advanced math, electromagnetic fields , microprocessors, and energy systems

This curriculum provides a strong foundation and prepares students for a career in electrical engineering.

The skills developed during this program are varied and practical, including essential engineering skills. They range from:

• designing electric power systems and electronics
• developing signal processing algorithms and semiconductor devices
• designing and testing circuit building blocks
• honing computer programming and computer-aided design (CAD) skills

Practical applications taught within these programs involve designing and testing circuit building blocks, as well as honing computer programming and computer-aided design (CAD) skills.

Practical Experience and Laboratory Work

Electrical engineering is not merely grounded in electrical circuit theory; it flourishes through practical implementation. This is why laboratory work is a vital component of the electrical engineering curriculum. Alongside lectures and tutorials, hands-on sessions in the lab prepare students for the practical challenges they will face in the industry.

Students learn to conduct appropriate experimentation, analyze and interpret data, and draw conclusions by integrating theoretical knowledge with practical skills. Internships and cooperative engineering programs further provide invaluable industry experience, making graduates more marketable in the job market.

Specializations and Concentrations in Electrical Engineering

Echoing the proverb that ‘variety is the spice of life’, the realm of electrical engineering is brimming with diverse possibilities. It offers a cornucopia of specializations, each with its unique flavor and appeal. These specializations include:

• Control Systems
• Communication and Signal Processing Systems
• Power Systems
• Computer Engineering
• Electrophysics
• Electromagnetics
• Microelectronics

Each of these fields offers a unique view of the vast landscape of electrical engineering, providing the opportunity to delve deeper into one’s areas of interest.

Power Generation and Renewable Energy

Given the current concerns about global warming, the demand for efficient power generation and renewable energy sources has escalated like never before. Electrical engineers specializing in electric power and energy systems are at the forefront of this revolution. They work on:

• the generation of electric power
• the transmission of electric power
• the utilization of electric power
• both conventional and alternative energy systems

The power generation and distribution specialization focuses on:

• Developing energy-efficient technologies for improving the operation of the electric grid and integrating vehicles
• Key areas of focus include renewable energy sources, such as wind and solar power
• Electrical engineers in this field typically find career opportunities in electric utilities or as consultants, working on projects that integrate renewable energy solutions.

Communications and Computer Systems

Visualize a world devoid of the internet, mobile phones or digital television. Challenging to conceive, isn’t it? Thanks to electrical engineers specializing in Communications and Computer Systems, we don’t have to. This specialization focuses on the design and analysis of systems that transmit information securely and efficiently. Some of the topics covered include:

• Communication theory
• Modulation schemes
• Systems design in noisy environments
• Network architecture

Career opportunities in the field of Computer Systems are diverse and varied. Some potential career paths include:

• Digital and satellite broadcasting
• Fiber-optic communications
• Wireless networks
• Software development
• Computer hardware design
• Artificial intelligence
• Computer architecture
• Security and cryptography
• Network communications

The possibilities are endless in this field, offering a wide range of opportunities for electrical engineers.

Robotics and Control Systems

Robots have now transcended the boundaries of science fiction. In fact, they’re becoming an integral part of our daily lives. From manufacturing to healthcare, robots are hard at work, and it’s the electrical engineers specializing in Robotics and Control Systems who make this possible.

This specialization focuses on:

• the design, control, and operation of robots and autonomous systems
• providing students with a solid foundation in dynamic systems modeling
• feedback control systems
• embedded systems design
• implementing real-time operating systems for controlling robots

Control Systems engineers boast a versatile skill set spanning electrical, mechanical, and electronics systems, as well as computer software systems. This is vital for organizing and managing components in production processes, utilizing the engineering design process to ensure efficiency and effectiveness.

Robotics, on the other hand, focuses on the design, control, construction, and operation of robots across diverse environments. This specialization sees a growing application of robotics in various sectors, including:

• Manufacturing

This is paving the way for a future where humans and robots work side by side.

Career Prospects for Electrical Engineering Graduates

An electrical engineering degree paves the way for a plethora of opportunities. With strong career prospects characterized by below-average unemployment rates, high earnings , and continued job growth, electrical engineering graduates are well-equipped to leave their mark on the world.

From the design of systems for buildings, computers, and telecommunications to alternative energy, biomedical technology, and personal technology, the possibilities are endless.

Electrical Engineer

Within the expansive domain of electrical engineering, the position of an electrical engineer is prominent. Electrical engineers:

• Take theoretical designs and apply practical solutions to turn them into tangible systems
• Excel in communication, articulating complex ideas clearly
• Possess teamwork and project management capabilities
• Adhere strictly to an ethical code of conduct in their professional activities.

Experienced electrical engineers often:

• oversee the manufacturing, installation, and testing processes that electrical engineers design to ensure all electrical components and systems meet the required specifications and codes
• address customer complaints, diagnose problems, and propose effective solutions
• primarily work in an office-based setting, but may need to visit various sites to oversee or troubleshoot issues

With diverse career paths available, including roles in power engineering, control systems, and consulting firms, the opportunities are as vast as the field itself.

Other Engineering Careers

The skills and knowledge that electrical engineering graduates possess are not confined to one field. They can explore career opportunities in diverse fields such as:

• Aerospace engineering
• The electronics sector
• The automotive industry

Their technical background also allows them to transition into non-engineering roles like:

• acoustic consultant
• broadcast engineer
• design engineer
• technical sales engineer

These roles make use of their skills in research, development, and evaluation of electronic devices.

Non-Engineering Careers

The versatility of an electrical engineering degree extends beyond engineering. With their problem-solving abilities and practical knowledge, electrical engineers are sought after in various sectors, including:

• IT consulting
• Clinical technology
• Land-based engineering
• Project management
• Management consulting

Their skills are valuable in a range of sectors beyond engineering, leading to opportunities in IT, sales, marketing, and business administration.

Master’s Degree and Continuing Education

The academic quest extends beyond a Bachelor of Science degree. Pursuing a master’s degree in electrical engineering can help individuals specialize in emerging fields like wireless technology, internet of things, and energy-saving technologies.

With an average loan debt of around $30,434, a master’s degree is an investment in your future, opening the door to advanced roles and higher salaries.

Master’s Degree Programs

Master’s degree programs in electrical engineering offer a chance to delve deeper into specific areas such as:

• Bioengineering
• Communications and networking
• Computer engineering
• Power generation
• Renewable and sustainable energy sources

These programs offer advanced knowledge beyond the bachelor’s level and mastery in a specific area of professional electrical engineering practice.

Online master’s degree programs offer flexibility for working professionals to balance their studies with employment. Comprehensive career services support is often provided to help students navigate their career paths. With the right guidance and support, a master’s degree can open doors to new opportunities and propel your career to new heights.

Professional Licensure and Certifications

Obtaining professional licensure and certification can bolster career opportunities for electrical engineers. The Professional Engineer (PE) license is recognized as the highest standard of competence for electrical engineers. To be eligible for a PE license, electrical engineers must first obtain a master’s degree, followed by gaining several years of professional experience.

Certifications such as the Certified Energy Manager and Systems Engineering Professional can further credentials, opening up new avenues for career advancement.

Financial Considerations: Tuition, Fees, and Scholarships

Undertaking an electrical engineering degree constitutes a substantial investment. It’s essential to consider the financial implications, including tuition, fees, and the availability of scholarships and financial aid.

With careful planning and the right resources, the financial aspect of earning an electrical engineering degree can be well-managed.

Tuition and Fees

The average tuition cost for undergraduate electrical engineering programs in the USA is $10,876 for state residents and $32,033 for out-of-state students. For graduate programs, the average tuition cost is $12,605 for in-state students and $28,170 for out-of-state students. Vocational programs in electrical and electronics engineering have an average tuition cost of $21,680.

Bear in mind that these figures represent average costs, and actual tuition may deviate depending on the institution and its location.

Scholarships and Financial Aid

There are numerous scholarships and financial aid options available to help students afford their electrical engineering education. Some examples include:

• The IEEE Charles LeGeyt Fortescue Scholarship , which provides $24,000 to graduate students
• The Lockheed Martin STEM Scholarship Program , which offers $40,000 for undergraduate or graduate studies
• The SMART Scholarship-for-Service Program , which offers a full tuition scholarship and guaranteed employment post-graduation for STEM students
• The Tau Beta Pi/SAE Engineering Scholarship , which grants $1,500 for those with excellent academic performance.

Students who have completed significant work in their field can seek the following scholarships:

• Davidson Fellows Scholarship : awards up to $50,000
• Society of Women Engineers (SWE): provides financial aid for female students in engineering programs
• Hispanic Scholarship Fund (HSF) Scholarship : awards up to $5,000 for students of Hispanic heritage studying electrical engineering
• SAE/Ford Partnership for Advanced Studies Scholarship : for automotive engineering interests
• Richard T. Gates Engineering and Technology Endowed Challenge Scholarship : caters to students in various circumstances.

International Students and Electrical Engineering Degrees

International students aspiring to earn a degree in electrical engineering must fulfill certain admission prerequisites. However, universities provide support services and resources to ease this process and help students settle into their new environment.

Admission Requirements

International students typically need to:

• Demonstrate English language proficiency through tests like TOEFL or IELTS to be admitted to electrical engineering degree programs in the United States
• Provide letters of recommendation and a statement of purpose as part of their application
• Have their transcripts evaluated by an accredited NACES member credential evaluation service

In addition to these, GRE scores may be required for admission into graduate electrical engineering programs, with minimum scores often set for the Quantitative, Verbal, and Analytical Writing sections. Evaluation may also be based on:

• undergraduate GPA, with a common minimum requirement being a GPA of at least 3.0 on a 4.0 scale
• participation in undergraduate research
• post-undergraduate professional experience
• publications in peer-reviewed journals
• presentations at technical conferences

These factors may strengthen an international student’s application.

Depending on the satisfaction of admission criteria, international students may be admitted into different levels of admission standing, such as Full, Provisional, or Special Standing.

Support Services and Resources

International students are not solitary in their academic pursuit. They can benefit from the following services offered by universities:

• Dedicated International Student Offices that offer counseling, visa assistance, and orientation services
• Tutoring services and writing centers to help them academically succeed in their electrical engineering studies
• Enrollment coaches who guide them through alternative admission pathways such as Earned Admission

These services are designed to support international students throughout their academic journey.

Intensive English as a Second Language (ESL) courses are often available for international students who need to improve their English language skills. Upon acceptance to an electrical engineering program, international students need to apply for an F-1 visa and submit required documentation to the United States Embassy or Consulate. Although international electrical engineering students are generally not eligible for U.S. government-funded financial aid, they may be eligible for scholarships, teaching assistantships (TA), or research assistantships (RA) offered by individual institutions or departments.

Universities often assist with finding suitable accommodations, offering options like graduate dormitories and off-campus housing.

From the basic light bulb to the complex circuitry of a supercomputer, from the power grid that lights up our cities to the renewable energy sources that promise a sustainable future, electrical engineering is the force that powers our world. Whether you’re considering a bachelor’s degree, a master’s, or even a PhD, the journey to becoming an electrical engineer is as electrifying as the field itself. With myriad specializations and countless career opportunities, there’s a place for everyone in the electrifying world of electrical engineering.

Frequently Asked Questions

What is the best degree for electrical engineering.

The best degree for electrical engineering is a Bachelor’s Degree in Electrical Engineering, as it generally leads to a job as an engineer. Consider pursuing this degree for a successful career in the field.

Is electrical engineering 2 years?

No, an electrical engineering degree typically takes around four years of full-time schooling to complete, leading to a bachelor of science (BS) degree.

Is electrical engineering a hard degree?

Yes, electrical engineering is generally considered a challenging degree due to the complexity of the subject matter and the time required for mastering foundational knowledge.

What is the difference between electrical engineering and electronics engineering?

The main difference between electrical engineering and electronics engineering is that electrical engineering deals with the production and distribution of electrical power, while electronics engineering focuses on designing and optimizing electronic devices. Electrical engineering is more oriented towards power systems, while electronics engineering is focused on electronic devices.

What are the career prospects for electrical engineering graduates?

Electrical engineering graduates have strong career prospects with below-average unemployment rates, high earnings, and continued job growth. They can work in diverse fields such as building systems design, computer design, telecommunications, alternative energy, biomedical technology, and personal technology.

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What Is Electrical Engineering?

Required coursework, job prospects, and average salaries for graduates

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Electrical engineering is an engineering field focused on electricity and electronics, from microscopic computer components to large power networks. Students who graduate with an electrical engineering majors will have job opportunities in wide-ranging fields, from telecommunications to the computer industry to the automotive industry.

Key Takeaways: Electrical Engineering

• Electrical engineering is focused on electricity, from microscopic computer components to large power networks.
• In college, electrical engineering majors will take a range of classes in mathematics and physics.
• Electrical engineers work in fields including the computer industry, automotive industry, and telecommunications.
• Average salaries for electrical engineers are well above the nation's average income.

Specializations in Electrical Engineering

Any product that uses or produces electricity was most likely designed by an electrical engineer. From large-scale power grids to microscopic computer components, electrical engineers work on a wide range of projects. Below are some of the most popular areas of specialization for electrical engineers.

• Communication: If you've ever used a telephone, watched television, or Skyped a friend, you've used a product that was designed by a communication engineer. Any task that involves the electronic transfer of information from one place to another falls into this electrical engineering specialty.
• Computers: The hardware side of computing—the power supplies, electronic components, sensors, drives, and storage devices—is all within the purview of electrical engineering. Electrical engineers create the devices that are then programmed by computer scientists and software engineers.
• Control: From the cruise control on your car to the electronics that stabilize a spacecraft, control systems play an important role in the 21st century. Control engineers design systems that constantly monitor a product's performance and, through feedback systems, make necessary adjustments to ensure proper functioning.
• Electronics: An electronics engineer is an expert in all kinds of circuits, such as resistors, diodes, capacitors, and transistors. Electronics are central components in everything from wind turbines to vacuum cleaners. Home electronics such as televisions and audio systems are also a major part of this area of specialization.
• Instrumentation: From the fuel gauge on a car to sensors on a satellite, instrumentation is a central component of most electronic devices. Given the development drones and self-driving vehicles, the field of instrumentation has plenty of growth potential in the coming decades.
• Microelectronics: Technological progress depends upon developing ever-smaller devices with increased speed and functionality. Experts in microelectronics are at the forefront of this progress as they work to create electronic components at microscopic scales. Materials science and chemistry are important areas of expertise for this specialty.
• Power Systems: Power engineers work on the large systems for generating, storing, and transmitting the electricity that runs our world. From generators in a dam to fields of solar panels to the transmission lines that cross the country, experts in power tend to work on large-scale projects.

College Coursework for Electrical Engineers

As with most STEM fields, electrical engineers must take foundation courses in math and the natural sciences, especially physics classes such as mechanics and electromagnetism. Some specializations, such as microelectronics, will also require significant coursework in chemistry and materials, whereas a field such as bioelectronics would require a strong grounding in the biological sciences.

All electrical engineering majors, however, are likely to take the following courses:

• Calculus I, II, III and Differential Equations
• Digital Logic Design
• Electromagnetic Fields and Waves
• Signals and Systems
• Electric Circuits
• Embedded Systems
• Microelectronics
• Probabilistic Methods
• Communication Systems
• Computer Organization

Students who want to excel in an electrical engineering profession may choose to take additional courses related to communication and leadership skills. In addition, many electrical engineering programs have internship or co-op requirements, giving students hands-on experience solving real-world challenges. These research expectations are one reason why engineering fields often have a lower four-year graduation rate than many other majors. Five years is not an unusual time frame for earning a bachelor's degree in electrical engineering.

Realize that an "electrical engineering technology" major is not the same thing as electrical engineering. Electrical engineering technologists often play a support role to electrical engineers, and the coursework is typically less rigorous and theoretical.

Best Schools for Electrical Engineering Majors

Electrical engineering, like mechanical engineering , is an extremely popular branch of engineering, and most schools with engineering programs will offer an electrical engineering major. Many of the schools listed below are also considered some of the nation's best engineering schools in general.

• California Institute of Technology (Caltech): Located in Pasadena, California, Caltech typically vies with MIT for the title of #1 engineering school in the U.S. Caltech's electrical engineering program is popular at both the undergraduate and graduate levels, but it's not easy to get into: the overall undergraduate acceptance rate is 8%.
• Carnegie Mellon University : Electrical engineering is the most popular major at Carnegie Mellon, which is located in Pittsburgh, Pennsylvania. The university graduates over 150 electrical engineers a year. If you enjoy the arts as much as you enjoy STEM subjects, you might love CMU, as it's well-known for its strong arts programs.
• Cornell University : Located in Ithaca, New York, this member of the Ivy League has a highly-regarded school of engineering. Electrical engineering is one of the school's most popular graduate programs. At the undergraduate level, about 80 students graduate with electrical engineering degrees each year.
• Georgia Tech : This public university in Atlanta, Georgia, offers excellent value for in-state applicants. The robust electrical engineering program graduates about 250 students a year, and campus life is lively thanks to the school's urban location and Division I athletic programs.
• Massachusetts Institute of Technology (MIT): MIT often ranks #1 among all schools for electrical engineering, and the school's facilities and faculty are hard to beat. Like Caltech, however, getting that acceptance letter is a challenge. MIT has a 7% acceptance rate, and perfect scores on the math section of the SAT are common among admitted students.
• Stanford University : Located in California's Bay Area, Stanford's 5% acceptance rate vies with Harvard for the most selective in the country. The school's engineering programs are also some of the best in the nation, but the university also has strengths that span the arts, humanities, social sciences, and sciences.
• University of California at Berkeley : UC Berkeley graduates nearly 1,000 engineers each year, and electrical engineering accounts for over one third of those students. The UC system is more expensive than most public universities in the U.S., but Berkeley consistently ranks among the best engineering schools in the country.
• University of Illinois Urbana-Champaign : With over 48,000 students, UIUC is one of the largest schools on this list. Its engineering school is one of the best in the country. In-state tuition is a bargain, and students can also enjoy cheering on the school's NCAA Division I athletic teams.
• University of Michigan : Like UIUC, Michigan has a highly-regarded school of engineering housed within a large public university. It has the added advantage of being situated in one of the country's best college towns . The school graduates over 100 electrical engineers annually.
• University of Texas at Austin : Electrical and mechanical engineering are two of the most popular majors at this school of over 51,000 students. The university's Cockrell School of Engineering consistently receives high rankings.

Always keep in mind that "best" is a subjective term, and remember that the best school for your own personality, learning style, and professional goals may differ from the schools listed above.

Average Salaries for Electrical Engineers

Electrical engineering is one of the highest paying engineering fields. The Bureau of Labor Statistics states that the median pay for electrical engineers in 2020 was $103,390 per year. PayScale.com breaks down the numbers further to note that early career employees have a median salary of $71,800, while mid-career electrical engineers earn a median pay of $121,400. On average, these salaries are a bit higher than those earned by mechanical engineers and civil engineers.

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15 Entry Level Electrical Engineer Resume Examples for 2024

Stepping into the energy and technology sectors requires a well-crafted resume tailored for an entry-level electrical engineer role. This guide offers proven examples and actionable advice to showcase technical skills, education, and internships effectively. We explore the importance of certifications like FE (Fundamentals of Engineering) and relevant project experience, ensuring a resume that resonates with industry standards and hiring expectations.

• 27 Oct 2024 - 1 new resume template (Electrical Engineer in Signal Processing) added
• 25 Sep 2024 - 1 new section (Highlighting leadership in your past) added
• 17 Aug 2024 - 1 new resume template (Electrical Controls Engineer) added

  Next update scheduled for 09 Nov 2024

Here's what we see in top entry-level electrical engineer resumes.

Displaying Impact With Numbers : The best resumes show impact using efficiency gains , cost reductions , error rate decreases , and project timelines . Numbers help you prove your accomplishments.

Matching Skills With Job Descriptions : Include skills on your resume that you have and that the job description mentions. Some popular ones are Circuit Design , PCB Layout , Power Systems , Matlab , and Signal Processing .

Adapting To Industry Trends : Show you are up-to-date with trends like renewable energy and smart grids . Use phrases like energy storage solutions to demonstrate relevance.

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Entry Level Electrical Engineer Resume Sample

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Electrical Engineering Graduate Resume Sample

Positioning your education.

Place your education at the top of your resume if you are new to electrical engineering. Show the highest degree you have, such as a bachelor's in electrical engineering. If you completed a project or thesis, list that too. It should be clear that your education is recent and relevant for the job you want.

If you have certifications like a Fundamentals of Engineering (FE), include those after your degree. This shows you have the education needed for an entry-level electrical engineer role.

Junior Electrical Engineer Resume Sample

Showcasing technical expertise.

In electrical engineering, specific technical skills are key. List any software you know that's used in the field, like SPICE or MATLAB. Also, mention hardware skills. If you worked on circuit boards or wiring in school projects, include that.

Group similar skills together. This makes it easy to see your strengths in one place. Be sure to mention any hands-on lab experience or workshops you attended that are linked with electrical engineering work.

Entry Level Control Systems Engineer Resume Sample

Keeping your resume concise.

Your resume should be one page. As someone new in the field, you want to make it easy to read. Highlight your education, internships, and any relevant projects. Do not list everything you have done. Focus on experiences that link with electrical engineering tasks. This might include lab work at school or a part-time tech role.

Keep your layout simple. Use clear headings for sections like education and experience. This helps hiring managers find the information they need fast.

Technical Assistant Resume Sample

Highlight relevant coursework.

When you have less work experience, your school courses matter more. List electrical engineering courses that are key for the job. If you took Advanced Circuit Theory or Digital Systems Design, for example, make sure these are on your resume.

Also, if you were part of any engineering groups or teams at school, add those. It shows that you are ready to work on electrical engineering tasks with others and that you have a strong interest in the field.

Entry Level Electrical Engineer with Communication Systems specialization Resume Sample

Beat the resume screeners.

Applicant Tracking Systems (ATS) can be your first hurdle when applying for an entry-level electrical engineering position. These systems scan your resume before it even reaches a hiring manager. To get past them, you need to make your resume ATS-friendly.

Here are some tips to help you:

• Include keywords from the job description. For example, if 'circuit design' or 'power systems' are mentioned, make sure these terms appear in your resume.
• Use a simple format with clear headings. Complex designs can confuse the ATS, so stick to a standard layout with sections like 'education' and 'experience' clearly marked.

Senior Electrical Engineer Resume Sample

Fit your resume to the job.

To grab a recruiter's attention, you need to show exactly what they are looking for. Match your skills and experiences with the needs of the job. Be clear and to the point. You want them to see that you are ready to start and add value right away.

• Include any software or tools you have used, like AutoCAD or Matlab , to show you have hands-on experience.
• For projects or labs you've done, list what you designed or tested, for example, low-voltage power distribution systems .
• If you have experience from internships, even in another field, connect it to the job. Say you worked in a team or used data to make decisions, just like an electrical engineer would.

Associate Power Systems Engineer Resume Sample

Showcase your achievements, not duties.

When you're crafting your resume, it’s important to focus on what you've achieved during past experiences, rather than just listing your job duties. This gives a clearer picture of your skills and what you can bring to the job.

Here are some tips:

• Instead of saying you “Designed electrical circuits,” show the impact by stating, “Designed electrical circuits that improved energy efficiency by 15% in residential spaces.”
• Rather than writing “Assisted with troubleshooting,” you could say “Played a key role in troubleshooting that reduced system downtimes by 20%.”

These changes turn simple tasks into strong statements about your contributions. Remember to be exact in your language. You're not just seeking a job; you're offering an employer the skills and value that only you can provide. By using this approach, your resume will stand out because it clearly communicates your success as an aspiring electrical engineer.

Systems Integration Engineer Resume Sample

Use dynamic verbs for impact.

As an entry-level electrical engineer, you want your resume to show your ability to take initiative and drive results. Choosing strong action verbs can help you make a more powerful impression. Remember, you're aiming to demonstrate your skills and potential, even if you have less hands-on experience.

Below is a list of verbs that can enhance the way you describe your academic projects, internships, or any relevant activities. These words are particularly effective for an electrical engineer beginning their career, as they convey energy and precision—qualities important in your field.

• To display technical proficiency, use verbs like analyzed , designed , engineered , developed , and tested .
• For teamwork and collaboration, verbs such as collaborated , contributed , coordinated , liaised , and participated are effective.
• To show problem-solving skills, include verbs like troubleshooted , resolved , repaired , refined , and improved .
• When describing project management experience, use planned , executed , managed , directed , and oversaw .
• To highlight your innovative side, consider verbs like invented , pioneered , initiated , formulated , and integrated .

Want inspiration for other action verbs you can use? Check out synonyms to commonly used action verbs like Planned , Presented , Established , Conduct , Consulting .

Electrical Systems Design Engineer Resume Sample

Essential skills for electrical engineering.

As an entry-level electrical engineer, you need to show strong technical skills on your resume. Here are some key skills you should consider adding:

• Circuit design
• Microcontrollers
• Power systems
• Signal processing
• Electrical testing
• Programming languages (e.g., C++ , Python )

Include these skills in a dedicated section on your resume. This makes it easy for hiring managers and Applicant Tracking Systems (ATS) to find them. ATS can sort through resumes by matching job-specific skills, so having the right ones can help you get noticed. However, you don't need to have all these skills. Focus on the ones you are good at and which match the job you want. For example, if you are interested in embedded systems, highlight your microcontrollers , programming languages , and electrical testing skills.

Remember to show evidence of your skills. For instance, mention a project where you used PCB layout to create a working device. This proves you can apply your knowledge in a practical way. It is also good to include any relevant certifications or coursework that taught you these skills. List these in your education or certifications section.

Electrical Project Engineer Resume Sample

Use numbers to show impact.

When you apply for a job as an entry level electrical engineer, showing your impact through numbers can make your resume stand out. Numbers help hiring managers see the real value you can offer. Here are ways you can use metrics:

• Include the size of projects you worked on, such as the budget , power output , or area covered .
• Mention any efficiency improvements you contributed to, like reducing energy use by a certain percentage or increasing circuit performance .

Think about tasks you have done that had measurable outcomes. Did you help design a component that led to cost savings? How much? Even if you're unsure, you can estimate. For example, if you contributed to a project that improved a system, try to quantify the improvement. Maybe you helped reduce the error rate in circuit tests by 10% . Or perhaps you were part of a team that cut down the assembly time for a product, boosting production speed by 20% . These figures show your impact clearly.

Remember, for entry level positions, it's okay if your numbers are from projects in an academic setting or internships. Any experience where you can show a tangible impact is valuable. Think of how many people used your project, or the cost savings from a new design you suggested. Each number tells a story of your contribution and potential.

Electrical Engineer in Renewable Energy Resume Sample

Highlight leadership and growth.

When you apply for an entry-level electrical engineer position, showing any signs of leadership or growth is crucial. You might think you don't have experience, but here's how you can show your potential to lead and grow.

First, think about any projects you led during your university studies or internships. Did you guide a team through a complex circuit design? Maybe you were chosen to present a project at a college event? These are good examples of leadership.

• Guided a team of peers in designing a power distribution circuit, ensuring project completion 2 weeks ahead of schedule.
• Elected by classmates to represent our project on renewable energy sources at the National Engineering Conference.

Also, consider any part-time jobs or volunteer work where you took on more responsibility over time. Were you promoted to a supervisory role at a summer job? Did you organize a community event or lead a fundraiser? These show growth and leadership outside of direct engineering experience.

• Promoted to shift supervisor after 6 months at XYZ Electronics due to strong performance and team leadership.
• Organized a local robotics workshop, leading a team of volunteers to teach basic circuit concepts to high school students.

Electrical Design Engineer in Automotive Industry Resume Sample

Highlighting leadership in your past.

As someone stepping into the field of electrical engineering at an entry level, showing any leadership experience or promotions can set you apart. You might think you don't have this experience, but here are ways to find it in your past and how to present it.

• Think about group projects in your university courses where you took the lead on tasks or guided the team towards the project goal. Describe your role with phrases like 'Led a team of 5 in developing a circuit design for our final year project.'
• If you had a part-time job or internship, consider moments where you were given more responsibility or asked to oversee others. Use phrases such as 'Promoted to shift leader within 3 months due to strong performance and reliability.'

Remember, leadership isn't just about titles; it's about your actions and their impact. Make sure to highlight moments where you showed initiative, solved problems, or helped others to succeed. For example, you could mention 'Initiated a peer review process to improve project designs, resulting in a 15% increase in efficiency.'

Electrical Controls Engineer Resume Sample

Highlighting leadership skills.

When you're stepping into the workforce as an entry-level electrical engineer, showcasing any leadership experience can set you apart. You might be new to the field, but leadership is always a standout skill. Here's how you can show it.

• Include any roles where you led a team, even in a university project setting. For example, 'Led a team of 5 in developing a solar-powered charger for our final year project.'
• Highlight instances where you've taken the initiative to solve problems or improve processes, such as 'Initiated a redesign of a circuit layout to improve efficiency by 20% in a student lab setting.'

Think about times when you've stepped up. Even if you were not in a formal leadership role, actions like mentoring other students or leading a study group count. Show your potential by detailing these experiences simply and clearly.

Electrical Engineer in Signal Processing Resume Sample

Small vs big companies.

When applying to small companies or startups, highlight your ability to adapt and take on multiple roles. For example, you might write, 'Designed and implemented electrical systems for various projects, demonstrating flexibility and broad skill set.'

For larger companies like General Electric or Siemens, focus on your ability to work within larger teams and follow established protocols. You could say, 'Collaborated with a team of engineers to develop and test electrical components, ensuring compliance with industry standards.'

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Entry Level Electrical Engineer Resume Template

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As an entry level electrical engineer, you're stepping into a vital role within the constantly innovating tech industry. Just like a circuit, every part of this role matters, with every project requiring a keen eye for detail and an unwavering commitment to quality. Companies are increasingly seeking engineers who can seamlessly transition from academia to the professional world, and who can stay on top of rapid technological advancements. When working on your resume, remember to showcase your ability to adapt and learn; these traits are just as important as the technical skills you've acquired during your education.

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Recruiter Insight: Why this resume works in 2022

Tips to help you write your entry level electrical engineer resume in 2024,    highlight relevant coursework and projects.

Here's a crucial note: your educational background should extend beyond simply listing your degree. Detail relevant coursework and the technical skills you've honed. Have you designed a circuit, developed a software, or troubleshooted a system as part of a school project? Include these elements to highlight your hands-on experience.

   Showcase soft skills in team-centered context

As an electrical engineer, you'll rarely work solo. You need to show your ability to collaborate and contribute within a team setting. Recount instances from internships, part-time jobs, or group academia projects where your communication or problem-solving skills made an impact. Demonstrating these soft skills in action gives hiring managers a taste of your potential as a team player.

When you first begin your career in electrical engineering, you’ll likely start out in an entry-level position that requires little to no experience. But because electrical engineering is such a specialized field, your odds of getting hired are much better if you have a degree in engineering. Internships and volunteer projects related to electrical engineering also look great on your resume and can make you extra competitive for jobs.

   Start with educational background in electrical engineering (or related field)

As an entry level job candidate, you probably won’t have much work experience to list on your resume. Focus instead on the skills and experience you do bring to the job, which could include a degree in electrical engineering or relevant coursework such as digital electronics or power system analysis. Your education is one of your strongest qualifications for a potential job, so make sure to emphasize it on your resume.

   Include relevant internship and volunteer experience as an alternative to work

Any internships where you’ve helped design or develop electronics should also be featured prominently on your resume. Even community projects and extracurricular activities can be valuable experiences to list if they are relevant (e.g. if you were a committee member of an electrical engineering club or you volunteered to help install solar panels on local homes).

Applications Engineer Resume Sample

Electrical design engineer resume sample, control systems engineer resume sample, power systems engineer resume sample.

As a hiring manager who has recruited entry level electrical engineers at companies like General Electric, Siemens, and Intel, I've reviewed hundreds of resumes. The best resumes that caught my attention and led to interviews had a few things in common. In this article, we'll cover what those are with examples, so you can create a strong resume that gets you hired.

   Highlight your electrical engineering skills

Employers want to see the specific electrical engineering skills you have. Show them by listing skills like:

• Circuit design and analysis
• PCB layout and design
• Experience with Altium Designer, PSPICE, and MATLAB
• Knowledge of embedded systems and microcontrollers

Don't just say you have 'strong electrical engineering skills'. That's too vague and doesn't tell the employer anything about your actual abilities. Instead, be specific and list out the skills you have that are relevant to the job.

   Include relevant projects

As an entry level candidate, you may not have much formal work experience. That's okay. You can still showcase your skills and abilities through projects you've done. Include:

• Senior design project on a wireless charging system for electric vehicles
• Created a home automation system using Arduino as a personal project
• Designed and built a robot for a university robotics competition

When you list projects, don't just state what you did. Also include the impact and results:

• Designed a new circuit that reduced power consumption by 15%
• Developed a mobile app that had over 5,000 downloads

   Show your technical expertise

Employers want to see that you have a strong technical foundation. Ways to show that in your resume include:

• Relevant coursework like Signals and Systems, Analog Circuit Design, and Electromagnetic Fields
• Proficiency in programming languages like C, C++, and Python
• Knowledge of industry standards and protocols like IEEE, ANSI, and UL

Don't just list everything you've ever learned though. Focus on including technical skills and knowledge that are directly relevant to the specific job you're applying for.

   Quantify your achievements

Where possible, use numbers and metrics to quantify your accomplishments. This helps the employer better understand the impact you had. For example:

Designed and implemented a new testing process that reduced defect rates by 20% and saved the company $50,000 per year.

Is much stronger than just saying:

Designed and implemented a new testing process.

Other examples of quantifying your achievements:

• Created a simulation model that improved system performance by 30%
• Developed a new circuit design that reduced power consumption by 250 mW

   Tailor your resume to the job

It's important to customize your resume for each job you apply to. Employers want to see how your specific skills and experiences match what they're looking for. For an electrical engineering role, that might include:

• Highlighting your experience with the specific tools and software they use
• Emphasizing projects you've done that are similar to the work they do
• Using keywords from the job description in your resume

For example, if a job description mentions they want someone with experience in PCB design, make sure to include any PCB design projects you've done and skills you have.

Customizing your resume does take more time, but it's worth it. It helps show the employer why you're a strong fit for that particular role.

   Highlight your soft skills

In addition to technical skills, employers also look for soft skills in entry level electrical engineers. Some important ones to highlight are:

• Strong problem-solving and critical thinking abilities
• Excellent written and verbal communication
• Ability to work well in a team
• Project management skills

Don't just list these skills though. Back them up with examples:

• Collaborated with a team of 5 engineers on a senior design project
• Presented project findings to professors and classmates
• Managed and led a team of 3 students to build a robot for a competition

Examples help show the employer that you don't just have those skills, but have actually used them in real situations.

Writing Your Entry Level Electrical Engineer Resume: Section By Section

  summary.

A resume summary for an entry level electrical engineer is optional, but it can be a great way to provide context about your skills and experience, especially if you are a career changer or have limited work experience. A well-written summary can also help your resume stand out to hiring managers and applicant tracking systems (ATS) by incorporating relevant keywords.

However, it's important to avoid using an objective statement, as they are outdated and focus on what you want rather than what you can offer the employer. Instead, use your summary to highlight your most relevant qualifications and explain why you are a great fit for the role.

To learn how to write an effective resume summary for your Entry Level Electrical Engineer resume, or figure out if you need one, please read Entry Level Electrical Engineer Resume Summary Examples , or Entry Level Electrical Engineer Resume Objective Examples .

1. Highlight your electrical engineering skills

Your summary should showcase your most relevant electrical engineering skills and knowledge. This can include:

• Proficiency in electrical design software such as AutoCAD or MATLAB
• Knowledge of electrical systems, circuits, and components
• Experience with testing and troubleshooting equipment
• Familiarity with industry standards and regulations

By highlighting these skills, you demonstrate to employers that you have the necessary qualifications for the role. For example:

Recent electrical engineering graduate with a strong foundation in circuit design, PCB layout, and testing. Proficient in MATLAB, PSpice, and LabVIEW. Seeking to apply my skills and knowledge to contribute to innovative projects at XYZ Company.

2. Emphasize your electrical projects and achievements

As an entry level candidate, you may not have extensive professional experience. However, you can still showcase your potential by highlighting relevant projects, coursework, or achievements in your summary. For example:

• Electrical engineering student with a passion for learning
• Hardworking individual seeking an entry level position to gain experience

Instead, focus on specific accomplishments that demonstrate your skills and potential:

• Developed a wireless power transfer system for a senior design project, achieving 90% efficiency
• Collaborated with a team to design and build a solar-powered car, winning first place in a university competition

By quantifying your achievements and providing concrete examples, you give employers a better sense of the value you can bring to their organization.

  Experience

Your work experience section is the most important part of your resume as an entry level electrical engineer. It's where you show hiring managers how you've applied your skills and knowledge in real-world settings, even if you don't have direct work experience yet.

In this section, we'll walk you through the key steps to write an effective work experience section that showcases your value and gets you hired.

1. Lead with strong, relevant action verbs

When describing your work experiences, choose powerful action verbs that are relevant to electrical engineering to start each bullet point. This immediately conveys to hiring managers what you did and the skills you deployed.

Avoid generic, weak verbs like:

• Helped design a new circuit board layout
• Worked on testing software algorithms

Instead, use strong, specific verbs that show your value:

• Engineered a new 15% more energy-efficient circuit board layout for consumer electronics
• Debugged and optimized software algorithms, improving system speed by 25%

2. Quantify your impact with metrics and numbers

Numbers are your best friend on your resume. They make your contributions and impact concrete for hiring managers. Whenever possible, include metrics that show the results you achieved.

For example:

• Developed and tested 10+ PCB designs for automotive systems, contributing to 98% product reliability
• Collaborated with a team of 12 engineers to deliver a $1.5M project 10% under budget and 2 weeks ahead of schedule
• Created Python scripts to automate data analysis, saving 15+ hours per week

If you don't have exact metrics, use numbers to provide context and scale for your work:

Conducted hardware troubleshooting and failure analysis on a fleet of 1500+ point-of-sale devices across 30 retail stores to ensure 99% uptime

3. Highlight relevant technical skills and tools

Electrical engineering roles require proficiency with specific tools, technologies, and methodologies. Showcase your technical capabilities by weaving them into your work experience bullets.

Some examples:

• Utilized Altium Designer to create and optimize PCB layouts for wearable medical devices
• Analyzed circuits using PSpice and MATLAB to validate designs and improve power efficiency by 20%
• Developed firmware in C++ for IoT devices and collaborated with cross-functional teams using Git and Jira

Focus on including tools that are directly relevant to the job you're applying for. If a skill or tool is mentioned in the job description, make sure to include it in your resume if you have that experience.

4. Show career progression and leadership

Hiring managers love candidates who have shown growth and taken on increasing responsibility. If you've been promoted, led projects, or managed people, feature that proudly in your work experience section.

Examples of showing progression:

• Promoted to Lead Electrical Engineer for a $5M defense contract after delivering all previous projects on time and 15% under budget
• Selected as the only intern to be hired full-time out of a cohort of 25 based on strong performance and technical skills
• Took on a stretch assignment to develop a custom testing framework, reducing QA time by 30%

If you don't have formal leadership experience, you can still highlight your leadership skills:

• Mentored and onboarded 3 junior electrical engineers, getting them up to speed on company processes and tools within 2 months
• Represented the engineering team in weekly cross-functional meetings to provide status updates and align on priorities

  Education

Your education section is a key part of your electrical engineer resume. It shows hiring managers that you have the necessary knowledge and training for the role. Here are some tips to make sure your education section is effective and relevant.

1. Put your degree first

As an entry level electrical engineer, your degree is likely your most important qualification. Put it front and center in your education section.

Include the full name of your degree, your university, and your graduation year. For example:

Bachelor of Science in Electrical Engineering University of California, Berkeley Graduated: 2022

2. Highlight relevant coursework

As a recent graduate, you may not have much work experience yet. In this case, highlighting relevant coursework can help show your qualifications.

Choose courses that are directly applicable to electrical engineering roles, such as:

• Circuit Analysis
• Digital Signal Processing
• Control Systems
• Embedded Systems Design

Avoid listing introductory or general education courses that don't relate to the job.

3. Include honors and awards

Academic achievements like honors, awards, and scholarships are worth including, especially if you're an entry level candidate. They show that you excelled in your studies.

• Graduated summa cum laude
• Awarded IEEE Power & Energy Society Scholarship
• Tau Beta Pi Engineering Honor Society

Leave out minor achievements or activities that don't relate to your qualifications as an engineer.

4. Keep it brief if you're experienced

If you've been working as an electrical engineer for several years, your education section should be short and to the point. Hiring managers will be more interested in your recent work accomplishments.

At the senior level, your education section might look like this:

M.S. Electrical Engineering, Stanford University B.S. Electrical Engineering, UCLA

There's no need to include graduation years, coursework, or activities from college if they were a long time ago. Focus on your degrees and any advanced training.

  Skills

Your skills section is one of the most important parts of your entry level electrical engineer resume. It's where you showcase your technical abilities and knowledge to potential employers. A well-crafted skills section can help you stand out from other candidates and demonstrate your value to the company.

Here are some tips to help you create a strong skills section for your entry level electrical engineer resume:

1. Tailor your skills to the job description

When creating your skills section, it's important to tailor it to the specific job you're applying for. Review the job description carefully and identify the key skills and qualifications the employer is looking for. Then, make sure to include those skills in your resume.

For example, if the job description mentions experience with PCB design software like Altium Designer, make sure to include that in your skills section:

PCB Design : Altium Designer, Eagle CAD, KiCad

Avoid including generic or irrelevant skills that don't relate to the job. For instance, don't include skills like this:

Microsoft Office Customer Service Teamwork

2. Focus on technical skills and tools

As an entry level electrical engineer, your technical skills and knowledge are your biggest assets. Make sure to highlight the specific tools, software, and programming languages you're proficient in.

Group your skills into categories to make them easier to read and understand. For example:

Programming : C++, Python, MATLAB Simulation : SPICE, Simulink, LabVIEW Hardware : Oscilloscopes, Function Generators, Soldering

Avoid including soft skills like "communication" or "teamwork" in your skills section. While these are important qualities, they're better demonstrated through your work experience and projects.

3. Use keywords to get past applicant tracking systems

Many companies use applicant tracking systems (ATS) to screen resumes before they reach a human reviewer. These systems scan your resume for specific keywords and phrases related to the job.

To increase your chances of getting past the ATS, make sure to include relevant keywords from the job description in your skills section. For example, if the job mentions "circuit design" as a required skill, include that exact phrase in your resume.

Circuit Design : Analog, Digital, Mixed-Signal

However, don't simply stuff your resume with keywords. Only include skills that you actually possess and can demonstrate through your work experience or projects.

4. Quantify your proficiency level

If you have advanced proficiency in certain skills, consider quantifying your level of expertise. This can help you stand out from other candidates and demonstrate the depth of your knowledge.

For example, instead of simply listing "Python" as a skill, you could say:

Python (Advanced): Developed machine learning models using TensorFlow and Keras

However, be honest about your proficiency level. Don't claim to be an expert in a skill if you only have basic knowledge. It's better to be upfront about your abilities and show a willingness to learn and grow in the role.

Skills For Entry Level Electrical Engineer Resumes

Here are examples of popular skills from Entry Level Electrical Engineer job descriptions that you can include on your resume.

Skills Word Cloud For Entry Level Electrical Engineer Resumes

This word cloud highlights the important keywords that appear on Entry Level Electrical Engineer job descriptions and resumes. The bigger the word, the more frequently it appears on job postings, and the more likely you should include it in your resume.

How to use these skills?

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Entry Level Electrical Engineer Resumes

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Electrical Engineer Resume: Easy Manual with Free Template

As an Electrical Engineer, you know what it takes to create useful and sophisticated electrical equipment. This time, get some help creating an intellectual and well-made resume. Spark your career with a resume as powerful as your designs. Let our templates give your application the jolt it needs to stand out.

Electrical Engineer Resume Example MSWord® Download our free Electrical Engineer Resume Template to give your resume the spark it needs to impress a hiring manager.

Landing a job as an Electrical Engineer starts with a standout resume. This guide will show you how to craft one that highlights your skills and makes you the top candidate. 

From choosing the right format to showcasing your achievements or deciphering the career objective for Electrical Engineer postings, we’ll cover all the essentials. Plus, with our AI-powered resume builder , you’ll get expert tips to make the process easy. 

Creating a resume for a specific engineering job or related position? Take a look at these similar guides and samples for even more advice:

• Electrician Resume
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Ready to power up your resume? Let’s get started!

Electrical Engineer Resume Sample

Reviewing this comprehensive sample Electrical Engineer resume template below will help you get a sense of what to include to stay ahead of your competitors.

Enzo Pereira [Electrical Engineer]

NY | 123-654-5555| [email protected]

>> Summary << Results-driven Electrical Engineer with over 9 years of experience in system mapping and manufacturing operations. Demonstrated ability to analyze electrical systems and leverage material expertise, achieving 15% efficiency gains. Proficient in design, prototyping, and circuit testing, consistently delivering high-quality solutions. Collaborative team player known for adaptability and productivity.

>>Skills<< * Soft Skills: Time Management, Critical Thinking, Adaptability, Collaboration, Problem Solving Technical Skills: C++, Java, Python, MATLAB, AutoCAD, Revit, SCADA, PLC Programming

>> Experience << Senior Electrical Engineer Harden Digital 2018 – Present

• Oversaw and prepared new mapping systems to meet industry policies and electrical standards.
• Tested and implemented team strategies to improve workflow by 20%.
• Improved output and production by 18% by working on control software for power plants.
• Identified and diagnosed system faults in electrical wiring on automobile motherboards.

Electrical Engineer Lazer Engineering 2014 – 2018

• Created control systems for power grids, circuit calculations, and wire distribution.
• Collaborated with a team of 12+ engineers to enhance the safety of manufacturing operations.
• Organized preventative servicing and equipment checks on a monthly basis.

>> Education << BSc. in Electrical Engineering University of California, LA 2011 – 2014

• Relevant Coursework: Advanced Mathematics, Physics, Computer Programming, Electrical Wiring, Fundamentals of Computer Science.
• Honors: Graduated magna cum laude with a GPA of 3.91
• >> Certificates << EIT Advanced Level II Certification (2020)
• Java Coding Certificate (2023)

What’s the Best Electrical Engineer Resume Format?

When it comes to crafting your resume, the first thing you’ll want to tackle is the format. The reverse-chronological format brings a clear and concise layout that makes it easy for employers to understand and appreciate your skills and qualifications.

This format provides a clear and logical progression as it creates a crystal-clear timeline of your professional journey. Additionally, your most recent and relevant experience takes center stage , immediately catching the attention of employers.

However, while we highly recommend you use the reverse-chronological format, you might want to explore other formats , depending on your career situation.

 If you have an entry-level Electrical Engineer resume, consider using a functional format, as this resume format emphasizes your skills .

You might also want to try our resume templates to create your personalized Electrical Engineer resume so you can focus on what matters most: scoring that dream job!

How to Write an Electrical Engineer Resume Summary or Objective

It’s critical for your resume to stand out to potential employers right from the moment they see it. A resume summary or objective is crucial for this purpose.

However, these days, resume summaries are preferred by recruiters and hiring managers because they quickly highlight your key strengths, so it’s important to understand both.

Whether you choose a summary or an objective, make sure it grabs attention in just a few seconds.

Think of your resume summary as your resume’s elevator pitch ! You only have a few seconds and one shot to get it right, so nailing it is critical. Work smarter, not harder: Save writing your summary until the end so you can choose the best information to add, and make sure you reflect the strengths of an Electrical Engineer in your resume.

Experienced Electrical Engineer Summary Example

Because an electrical engineer resume summary serves as an “elevator pitch” for the rest of your application materials, it informs the reader of what to expect from the resume and you as an individual.

Review the following examples to gain a deeper understanding. We’ll start with a sample that needs some extra work put into it.

Senior electrical engineer with experience in building installations, testing new company systems, and reducing testing time. Eager to work at your company in the circuit, industrial, and power sectors.

This summary lacks a personal touch that truly highlights the candidate’s unique strengths and accomplishments. It also fails to mention specific achievements and quantifiable results to make the summary stand out.

Senior Electrical Engineer with 9+ years of experience in electrical system design, prototyping, and power grid management. Led a team to develop a new automation system that increased production efficiency by 30%. Proven track record in optimizing circuit designs and improving system reliability. Excited to bring my expertise to FutureTech to enhance your electrical infrastructure and drive innovation.

This summary highlights extensive experience , specific accomplishments , and a strong value proposition, effectively using metrics to provide a concrete and compelling picture for potential employers.

Entry-Level Electrical Engineer Resume Objective Example

It’s unlikely that you have substantial experience or a long record of accomplishments as an entry-level applicant, someone writing an electrical engineering intern resume, etc. 

When experience is lacking, a resume objective may be the best choice for you.

A resume objective aims to provide value to a company by showcasing the skills you can offer that meet the job requirements.

Let’s look at 2 examples:

Electrical engineering graduate seeking a position where I can utilize my skills and knowledge to support the organization’s projects and goals while developing my career in the field.

This example states the candidate’s desire to utilize their skills and highlights their eagerness to develop their career . However, it lacks specificity , failing to list any of the candidate’s skills or accomplishments in the field.

Dynamic Electrical Engineering graduate with a solid academic track record and a passion for driving innovation. Graduated with honors and received the “Outstanding Student in Electrical Engineering” award for my project on renewable energy integration. Seeking an entry-level position in a forward-thinking organization where I can apply my theoretical knowledge, collaborate with experienced professionals, and contribute to groundbreaking projects.

This candidate demonstrates their passion and commitment by mentioning they graduated with honors and received the “Outstanding Student in Electrical Engineering” award, an impressive accomplishment that is sure to impress potential employers.

They also highlight their eagerness to gain hands-on experience and contribute to real-world innovative projects and that they have the necessary skills to excel in these areas. This can be appealing to employers who are looking for individuals with a growth mindset and a thirst for groundbreaking projects.

How to Describe Your Electrical Engineer Experience

When presenting your experience, it’s not just about what you did—it’s about the impact you made. Employers want to see how your skills translate into measurable success and value for their organization.

There are three key elements when it comes to crafting your experience section :

• Specificity : Listing responsibilities is not enough. Potential employers are interested in your accomplishments and how you achieved them. Mention any software applications, tools, and work methodologies you’ve used, as well as metrics to quantify your achievements .
• Keywords : Also called action words, review the job description carefully and use the same ones to describe your experience. Most employers use applicant tracking systems (ATS) to filter out unqualified candidates who don’t include these keywords in their applications.
• Metrics: Whenever possible, quantify your achievements. Metrics like percentage improvements, cost savings, or time reductions give hiring managers a clear understanding of the value you’ve brought to previous roles.

Senior Electrical Engineer Harden Digital | 2018 – Present

• Designed and implemented a new automation system that improved production efficiency by 30%.
• Reduced system testing time by 25% through the development of a streamlined testing process using C++-based algorithms.
• Led a team of 10 engineers in upgrading power grid systems, resulting in a 15% reduction in energy waste.
• Diagnosed and resolved electrical system faults, reducing downtime by 20%.

This example shows how to incorporate metrics, giving clear, quantifiable results that demonstrate the impact of your work.

To make it easier for you, we have compiled a list of action words, typically related to Electrical Engineering positions.

Electrical Engineer Power Words

As an aspiring Electrical Engineer, it’s crucial to use language that reflects the precision and technical expertise required in your field. 

Power words help emphasize your qualifications and achievements, making your resume stand out to employers and highlighting your ability to drive results in real-world projects.

For Electrical Engineers, these words can demonstrate your ability to design, innovate, and solve complex problems:

• System design and implementation
• Circuit design and analysis
• Electrical infrastructure management
• Automation and control systems
• Technical project leadership
• Prototyping and testing
• Data interpretation and diagnostics
• Problem-solving and troubleshooting
• Cost-effective engineering solutions
• Sustainable energy solutions

Other Electrical Engineering resume keywords

Other keywords for an Electrical Engineer resume that can help you emphasize your technical expertise and achievements are:

• Embedded Systems Development
• Microcontroller Programming
• Signal Processing
• Electromagnetic Compatibility
• Renewable Energy Integration
• Power Electronics Design
• Control System Optimization
• Digital Circuit Design
• Load Flow Analysis
• SCADA Systems

These keywords highlight specific areas of expertise and can make your resume more attractive to potential employers by demonstrating your ability to handle complex engineering tasks and projects.

Ensure that the words you choose are relevant to your specific qualifications and the job listing.  

Lastly, avoid overloading your resume with too many buzzwords, and present your skills and abilities honestly and accurately. 

Entry-level Electrical Engineer resume example: experience section

Even if you’re new to the field of professional Electrical Engineering, you’ll want to emphasize your most noteworthy accomplishments , even if they’re not immediately relevant to Electrical Engineer responsibilities.

Use the abilities and transferable skills you’ve learned , even if they come from past, unrelated work, or freelancing projects, to highlight all the qualities that may be relevant to your position.

Here’s an example. Can you see what’s wrong with it?

Junior Engineer

2020 – 2023

• Created design sketches.
• Handled code discrepancies and technical variances.
• Developed area classifications for power systems.

This example, unfortunately, falls short of an entry-level Electrical Engineer resume. It could use some improvements in terms of specificity, highlighting achievements, and showcasing skills. 

The resume lacks specific details and context, making it hard for potential employers to understand the candidate’s expertise and impact. Plus, there’s no mention of any notable achievements or skills that could give the candidate an edge.

• Created detailed design sketches on power grids to reduce recce times and mapping by over 40%.
• Handled multiple code discrepancies and technical variances in AutoCAD software during the initial brainstorming phase.
• Improved workflow by 15% by developing area classifications for power systems.
• Contributed to GitHub’s blog on a monthly basis.

Power words like “created” and “improved”  highlight the candidate’s proactive involvement  and impactful contributions.  

By using metrics, the resume effectively showcases tangible achievements and skills, enhancing the candidate’s credibility while standing out among other applicants.

Pay Attention to Your Education Section

When writing the education section of your Electrical Engineering resume, there are a few key things to keep in mind that are specific to this field. 

Here are some tips to help you make the most out of this important section:

• Highlight your academic qualifications : Make sure to include your degree, major, university, and graduation date. Consider mentioning your thesis or relevant coursework that demonstrates expertise in key areas.
• Include relevant certifications : Holding relevant certifications can make you stand out in the job market and show that you are dedicated to ongoing professional development. 

Some examples of relevant certifications in Electrical Engineering include Certified Electronics Technician (CET), Professional Engineer (PE), and Certified Energy Manager (CEM).

• Highlight any projects or research : If you completed any relevant projects or research, consider highlighting those in the education section of your resume. This will help demonstrate your experience with practical applications of Electrical Engineering.

In general, you don’t need to include your GPA when listing your education because your qualifications speak for themselves. If you’re an entry-level candidate, though, you may list your GPA if it’s higher than 3.5.

Electrical Engineer resume: education section example

Here is an example that showcases how to make your resume’s education section succinct yet informative.

BS in Electrical Engineering 

Lincoln University | New York, NY 

2016 – 2020

• Graduated magna cum laude with a GPA of 3.83
• Relevant Coursework: Project Management, Project Planning, Advanced Physics, Computer Science, Mathematics, Software Development.
• Used AutoCAD to develop comprehensive mapping systems. 

There are two main reasons why this education section for an Electrical Engineer resume is a strong example. 

Firstly, it includes relevant coursework , demonstrating their knowledge in key areas of Electrical Engineering. Secondly, it highlights the use of AutoCAD to develop comprehensive mapping systems, featuring their practical skills and experience in a relevant software application.

Finally, the candidate has chosen to list their impressive GPA on their resume , which is great since it was over 3.5.

The Best Electrical Engineer Skills for a Resume

As you list your electrical engineer skills in your resume, remember that you should cover both soft and hard skills . 

Striking a balance between the two helps you present an employer with a complete image of yourself as a prospective employee.

Limit the skills list on your resume to around five or six examples to ensure things don’t get too cluttered.

The table below lists some of the top electrical engineering skills. If any of these apply to you, be sure to include them in your resume. Make sure in 2024 to include AI skills in your resume !

Soft skills

• Communication
• Presentations
• Collaboration
• Problem-solving
• Critical thinking
• Attention to detail
• Adaptability
• Persistence
• Creative thinking

Hard skills

• Circuit Design
• PCB Layout Design
• Proficiency in CAD Tools (e.g., AutoCAD)
• Troubleshooting and Debugging
• Programming Languages (e.g., C/C++, MATLAB)
• Knowledge of NEC Codes
• Electrical Testing Tools
• Control Systems

Demonstrating soft skills in the Experience section

Incorporate soft skills into your experience section by highlighting specific instances where these skills were applied. Here are a couple of examples:

Collaborated with cross-functional teams to design and implement electrical systems for commercial projects, resulting in a 15% improvement in energy efficiency.

Analyzed complex circuit designs and identified optimization opportunities , reducing production costs by 10%.

Add Other Sections for the Best Electrical Engineering Resume

As an electrical engineer, the “Other” sections of your resume can help you demonstrate your willingness to go above and beyond.

As you consider things like awards, training, etc., make sure there aren’t opportunities to include them in other parts of your resume to make them pop even more. For example, you might want to add any official certifications from large corporations next to your name or job title. You’ll probably find that things like, “John Doe, Tesla-Certified Electrical Engineer” sound much better than simply “John Doe.”

Electrical Engineer Resume Sample “Other” Sections

Here is an example of an “Other” section for an Electrical Engineer resume:

Professional Development and Achievements

• Conference participation : Presented at the IEEE Power & Energy Society General Meeting (2023) on “Innovative Solutions in Renewable Energy Systems.”
• Published articles : Co-authored an article titled “Advancements in Smart Grid Technology” published in the Journal of Electrical Engineering (2022).

Professional affiliations : Active member of the Institute of Electrical and Electronics Engineers (IEEE) and the National Society of Professional Engineers (NSPE).

These examples effectively highlight your engagement with the industry, showcasing your expertise and commitment to professional growth.

Featuring your accomplishments outside of your work experience showcases your passion for the field and can demonstrate your communication skills and ability to think outside the box.

The “Other Section” that will make your resume stand out

The great thing about these “Other” sections is just how customizable they are.

To help you determine what you might want to include in your own, we’ve listed some examples of “Other” sections relevant to Electrical Engineering jobs below:

• Conferences
• Certifications
• Accreditations
• Publications
• Industry honors
• Extracurricular activities

But when it comes to making your Electrical Engineering resume shine, there’s one “other section” that can make a positive impact: Professional Affiliations . 

By highlighting your membership in professional organizations and industry associations , you’re displaying your commitment to staying connected with the Electrical Engineering community and your eagerness for ongoing professional development.

Here are three prime examples of professional organizations and industry associations that will make a strong impression:

1. Institute of Electrical and Electronics Engineers (IEEE)

2. National Society of Professional Engineers (NSPE)

3. National Electrical Contractors Association (NECA)

Including this “other section” in your resume will not only pique the interest of potential employers but also show that you are an active participant in the Electrical Engineering community. 

Key Takeaways

Let’s recap some of the key things we’ve learned in this guide:

• Experienced electrical engineers should use resume summaries on their resumes, while entry-level applicants should use resume objectives .
• Use professional keywords, concise and crisp examples , and precise terminology on your electrical engineer resume.
• Include both soft and hard skills on your electrical engineer resume.
• Certificates , conferences, or certifications are a great choice as “Other” sections, including a “Personal Affiliations” one, will make your application truly shine.

We hope that our electrical engineer resume guide, tips & tricks, and electrical engineer example resume will help you progress to the next stage of your job-seeking process!

If you want more assistance with your Electrical Engineer resume, visit our resume builder , which can churn out attractive resumes in a matter of minutes!

A good objective for an electrical engineer’s resume should be concise and tailored to the specific role . It should highlight your key skills, experience, and career goals.  For example : “Aspiring electrical engineer with strong analytical and design skills seeking to leverage expertise in controlling electrical equipment and testing procedures in a dynamic engineering environment. Committed to contributing to innovative projects and enhancing operational efficiency through effective problem-solving and teamwork.” 

Electrical engineers need a diverse set of skills to excel in their field. Key technical skills include circuit design, proficiency in programming languages like C++ and MATLAB, and power systems and control systems expertise.  Additionally, they should be adept in digital and analog electronics, electromagnetic theory, and the use of CAD software. Soft skills are equally important , such as problem-solving, communication, teamwork, and attention to detail, which enable engineers to collaborate on complex projects effectively.

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Electrical Engineering Degree Guide | Requirements & Salary 2024

What is electrical engineering.

Similar to other STEM-based degrees, electrical engineering students focus most of their academic energy on various math and science topics. Electrical engineering deals with the intricacies and technical aspects of electricity and associated technologies. Whether working with microchips or gigantic power plants, this academic field applies to a wide range of industries.

A Bachelor's Degree in Electrical Engineering is the traditional way that students begin their careers. While some community colleges offer an Associate Degree in Electrical Engineering, most employers look for applicants with at least a bachelor's degree.

Whether they're pursuing an undergraduate or graduate-level degree, electrical engineering students have solid foundational knowledge in calculus, physics, and chemistry. Additionally, students tackle focused electrical engineering coursework in topics spanning from electromagnetic power systems to nanotechnology. 

Continue reading to review the various types of electrical engineering degrees, professional certifications, and what you can do with a degree in electrical engineering.

What is an Electrical Engineering Degree?

An undergraduate degree in electrical engineering prepares students for a profession in designing electronics, building electrical systems, and generating power. The curriculum is oriented towards math and physics and focuses on specific engineering and automation technologies, as well as on important skills in problem solving, critical thinking, and project management.

Those who go on to pursue graduate level electrical engineering degrees will gain more in-depth expertise in areas of operational planning, circuit design, programming, instrumentation and measurements, and may also explore communication and organization to prepare them for positions in leadership.

What to Expect in an Electrical Engineering Degree Program  

A Bachelor's Degree in Electrical Engineering is the traditional path to an engineering career. These programs usually require students to complete 120 credits before graduation. Throughout their four-to-five-year undergraduate experience, electrical engineering majors complete core electrical engineering classes including object-oriented programming, logic design, and applied software techniques.

To be accepted into an electrical engineering undergraduate program, a pplicants must hold a high school diploma or GED. Admissions often require the following:

• Submission of an online application
• A personal statement
• Letters of recommendation
• Some programs may request standardized test scores as well as high school academic performance (in the form of transcripts)
• Proof that you’ve met their minimum cumulative grade point average

In addition to core electrical engineering knowledge, engineering master's degree students gain the skills needed to take on managerial and leadership roles. These programs typically require students to complete about 30 credits of coursework over two to three years.

Common master's degree coursework includes topics such as advanced digital systems, power electronics, and embedded systems. Additionally, students can choose to pursue academic specializations in areas including digital signal processing and computer engineering.

Prospective master's degree students must hold a bachelor's degree in a relevant field. Applicants typically have a minimum cumulative GPA of at least 3.0 and are required to submit letters of recommendation, a personal statement, and GRE test scores.

Students who pursue a Doctoral Degree in Electrical Engineering invest an additional three-to-seven years to the study, research, and development of innovations within the field. Whether their area of expertise lies in computer hardware, power and energy systems, or emerging technologies, most doctoral studies encompass multidisciplinary topics.

The curriculum is usually full time, but some programs are available on a part-time basis. A Doctorate in Electrical Engineering is a terminal degree that prepares those who have attained it for positions in either academia or industry.

Types of Electrical Engineering Classes

Every electrical engineering program offers its own unique curriculum that reflects the priorities and philosophy of its faculty. However, students can expect to take certain foundational courses in any program that introduce both analytical and experimental aspects of the field, as well as the core knowledge that supports these studies. Typical courses include the following:

• Principles of Physics
• Circuits, Signals, Networks, and Systems
• Programming in Java
• Electromagnetics
• Physics and Models of Semiconductor Devices
• Engineering Probability
• Technology Management

Skills Learned in an Electrical Engineering Degree Program

In order to succeed in a career in electrical engineering, students will need to do more than attend all their classes and score well on exams. They’ll also need to attain fundamental knowledge and know how to put it to use in problem-solving situations.

Over the course of an electrical engineering career, graduates will work with project managers, evaluate problems, and recommend solutions. To that end, a comprehensive electrical engineering degree program will also teach students important skills, including:

• Technical knowledge
• Active learning
• Critical thinking
• Organizational skills
• Interpersonal skills
• Innovative thinking
• Complex problem-solving

These abilities will also help those who choose to move beyond an undergraduate degree to pursue master’s or doctoral degrees.

Best Electrical Engineering Programs in the U.S.

We've found the top 10 electrical engineering programs in the U.S. See below to find out the top 10 or dive deeper in our electrical engineering school ranking:

1. University of Southern California

2. purdue university-main campus, 3. georgia institute of technology-main campus, 4. university of california-berkeley, 5. worcester polytechnic institute, 6. arizona state university campus immersion, 7.  michigan technological university, 8.  columbia university in the city of new york, 9. stanford university, 10. university of michigan-ann arbor, how long does it take to get an electrical engineering degree.

An undergraduate degree in electrical engineering generally requires completion of a minimum of 120 credits. Depending upon the program, this may include any of the following:

• Approximately two years of general education or liberal arts core courses
• Fulfillment of robust math and science requirements
• Approximately 60 credits dedicated to engineering studies

Taken over a full-time basis, most students will complete a traditional program in four-to-five years. But other options do exist. The increase of online learning means that students can earn an undergraduate degree in electrical engineering through online classes. And many of these are available in asynchronous formats, which allow students to complete their classes on their own schedules at their own speed.

 Some programs are available for part-time studies, and though these programs will take longer to complete, they have the advantage of allowing students to fulfill work or family obligations while earning their degree.

There are also accelerated degree programs that offer electrical engineering classes in a concentrated way. These programs are generally geared toward students who transfer into an engineering program from another school or field of study, allowing students to quickly catch up and complete their course requirements.

Electrical Engineering Degree Specializations

Electrical engineering touches almost every aspect of today’s technology. Electrical systems, devices, and circuitry are what power our homes, our automobiles, our computers, our machinery, and our communication systems, to name just a few.

The diversity of electrical engineering applications has led to a wide range of degree specializations under the umbrella of the electrical engineering major, including:

• Communications
• Computer Hardware
• Computer Software
• Control Systems
• Electronic Design
• Power Systems
• Remote Sensing and Space Systems
• Semiconductor Devices
• Signal and Image Processing

What Can I Do with an Electrical Engineering Degree?

While electrical engineering degrees provide students with a focused set of theoretical and technical skills, an expansive list of industries and organizations rely on electrical engineers. According to the Bureau of Labor Statistics , electrical engineers can anticipate their field to grow by 3% in the ten years between 2021 and 2031 and to earn a median salary that exceeds $100,000 per year.

In addition to working in various engineering fields, electrical engineering grads work in fields like manufacturing, electric power generation, and various research and development roles. Students graduating with a Master's Degree in Electrical Engineering gain the training and experience they need to take on various leadership and managerial roles— electrical engineering managers earn an average salary over $123,000 per year.

Electrical Engineering Salary and Career Information

Students who graduate with a degree in electrical engineering have a multitude of career options available. They can choose from among many industries, work environments, and roles, from research and design to manufacturing and installation. Fields that support the expansion of the power grid or in sustainable energy promise exponential growth, and firms that place electrical engineers in corporations requiring technical expertise will be increasingly relied upon as consumer demand drives technology innovation.

The salaries paid to electrical engineers varies with job title, industry, and geographic location, as well as the individual engineer’s area of expertise, experience, and education. According to the Bureau of Labor Statistics , annual wages for electrical engineers can range from a median of $100,290 for those working in the telecommunications industry to $128,560 for those working in navigational, measuring, electromedical and control instruments manufacturing.

As for specific career titles, Indeed.com reports a range of salaries corresponding to different job titles, from a national average of $60,644 per year paid to controls engineers to $103,576 per year for electronics engineers. With more experience comes higher salaries. ZipRecruiter reports that the highest paid electrical engineers hold titles like Senior Principal Electrical Engineer, and are paid a national average annual salary of $147,863 per year.

Electrical Engineering Career Paths

Overall, the projected job growth for all electrical and electronic engineering careers is currently 3% over the next ten years. Different industries, fields, and job responsibilities command a range of salaries. Here are a few examples.

• Median Salary: $79,403
• Career Outlook: +3% (2021-2031)
• Required Education: Bachelor's Degree

Automotive electrical engineers help to design the various systems that are installed in vehicles. These include power, electronics, controls, communication, safety, and entertainment systems.

• Median Salary: $95,033

Employed by engineering consultant firms, electrical engineering consultants provide advice and oversight of electrical projects to client firms. Their services can range from design to implementation.

• Median Salary: $134,779

Principal electrical engineer is a management position. The individual provides leadership of junior engineers while also overseeing projects being executed within their organization.

Source: BLS

How Long do Online Courses Take to Complete?

Generally speaking, completing an online electrical engineering degree program will take approximately the same four years that it takes to complete an in-person degree, without the added expense of commuting or living on or near a campus and without having to walk back and forth to class. That being said, different online programs offer varying degrees of scheduling flexibility.

Many schools require students to attend at least some in-person classes where they can work together with their cohort or take part in hands-on learning. These are called hybrid programs because they combine online and in-person classes. Some require students to attend full time while others allow students to complete their classes on a more leisurely, part-time schedule. There are also differences in whether classes are offered synchronously, with students needing to attend live classes as they are occurring, or asynchronously, where students can log in to previously-recorded classes at their convenience. The latter offers the ability to speed through classes at an accelerated pace, with some students completing a semester’s worth of work in as little as five weeks’ time and completing an entire degree curriculum in just two years.

Admissions Requirements for Electrical Engineering Degree Programs

Electrical engineering programs have a well-deserved reputation for being challenging, and though every school has its own admission requirements, entry into one of these programs generally requires a strong background in mathematics and physics, as well as well-rounded knowledge of the humanities.

In many cases, engineering is taught through a dedicated program within a larger school, and students must first complete undergraduate prerequisites and general education courses and achieve a minimum GPA in math and science courses to be considered for admission. Colleges and universities that accept freshman applicants into electrical engineering programs generally have higher grade point average requirements for entry than is true of the general population, and students must maintain a high GPA in order to continue in their courses.

In all cases, students will need to provide an official high school transcript as well as transcripts for any college-level coursework that they have completed. They will need to submit a completed application as well as the school’s required application fee. Many schools require a letter of recommendation, a personal statement, and either SAT or ACT scores that reach a certain minimum level.

Electrical Engineering Scholarships

Electrical engineering is a well-paid career and a highly respected profession. However, earning a degree in this field can cost a pretty penny. The cost of earning an electrical engineering degree varies based on whether you attend an online program or an in-person program and whether the school you choose is public or private and whether you attend from in- or out-of-state.

The average cost for an online electrical engineering bachelor’s degree ranges from $245 to $660 per-credit, with an anticipated total cost between $29,000 and $83,000 in tuition. For in-person tuition, you can expect to pay between approximately $12,000 per year in tuition as an in-state resident at a public university and as much as $60,000 per year for tuition at a private college.

Fortunately, there are scholarships and grants available to help students pay for this highly sought-after degree. Some examples of scholarships that are specifically for electrical engineering students include:

• BMW/SAE Engineering Scholarship
• Universities Space Research Association Distinguished Undergraduate Awards
• Guglielmo Marconi Engineering Scholarship
• Students graduating with an electrical engineering degree can expect to earn robust salaries while entering a field that is projected to grow over the next decade. In addition to salaries that exceed $100,000 per year, electrical engineers hone a valuable set of skills that are applicable to an expansive list of career opportunities.
• Students interested in pursuing a Bachelor's in Electrical Engineering typically complete about 120 credits over 4-5 years. During their undergraduate tenure, students complete a mix of general education requirements, core electrical engineering coursework, and various hands-on learning opportunities. Before graduation, many students complete an internship in a professional environment.
• In addition to the 3% projected growth that electrical engineering can expect when entering the workforce, the degree applies to a long list of additional potential career fields. During their coursework, electrical engineering students can tackle academic and technical specializations in topics like computer engineering, microelectronics, and signal processing and communications.

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Bachelor of Science in Electrical Engineering, BSEE

Program at a glance.

• In State Tuition
• Out of State Tuition

Learn more about the cost to attend UCF.

Help Power the Technology that Shapes Our Daily Lives

As an electrical engineering major, you’ll revolutionize the way we live. Society depends on electrical engineers to create, design, produce, operate and maintain the world’s equipment and services as well as to solve future life challenges with advances in science and technology.

Choose from four tracks available to align your educational path with your personal and professional goals. Throughout your coursework, explore the theory and methods related to the design, analysis and implementation of electrical engineering. You’ll also gain first-hand experience in applying principles and practices to real-world scenarios. Upon graduation, you’ll be ready to seek a wide variety of opportunities within the electrical engineering field in organizations of all sizes.

Communications and Signal Processing Track Develop and apply theory and algorithms in the broad fields of communications, networked systems and signal processing. In this track, you’ll have a variety of technical electives to choose from including wireless communication, satellite communication, communication networks, smart grid networks and image processing.

Comprehensive Track In this track, you’ll explore fundamental electrical engineering concepts. Cover key areas in the discipline such as communications and signal processing, controls, power and energy systems, electromagnetics, microelectronics, electronics, embedded systems and software, etc. Technical electives also provide more depth in one or more areas of electrical engineering.

Power and Renewable Energy Track Gain an in-depth understanding of power system operation and control, renewable energy integration, machines, microgrid design and operation, power markets and data analytics. In this track, you’ll have an opportunity for hands-on training in smart grid technologies. Choose from a diverse range of technical electives that cover the areas of power and renewable energy.

RF and Microwaves Track In this track, you’ll have the opportunity to take technical elective courses covering a wide range of topics in applied electromagnetics such as antennas, computational electromagnetics, high-speed circuits and systems, bioelectromagnetics, radar, remote sensing and wireless sensors.

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Course Overview

Junior design.

Develop preparatory skills for senior design: Engineering design requirements specifications, test equipment utilization, microcontroller development tool usage, schematic capture and PCB design tools.

Linear Circuits I & II

Analyze linear circuits, AC analysis, power calculations, first order RL, RC circuits, three phase circuits. The course includes recitation and exploration of areas of study within electrical and computer engineering. The second course looks at second order RLC circuit response, Laplace transform, frequency selective circuits, Fourier series; two port networks.

Engineering Analysis and Computation

Gain an understanding of engineering analysis and computation with structured constructs. Subscripted variables, functions, input/output. Applications in embedded systems and examples in numerical methods.

Electrical Engineering Skills You'll Learn

• Identify, formulate and solve complex electrical engineering problems by applying principles of engineering, science and mathematics.
• Apply engineering design to produce solutions that meet specified needs.
• Communicate effectively with a range of audiences and collaborate with various teams to establish goals and meet objectives.
• Develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions.
• Acquire and apply new knowledge as needed, using appropriate learning strategies.
• Utilize contemporary modeling and simulation tools.

Career Opportunities

• Electrical Engineer
• Circuits Engineer
• Power Systems Engineer
• Project Engineer
• Controls Engineer
• Computer Hardware Engineer
• Engineering Manager

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Department of Electrical & Computer Engineering

Buchanan Engineering Building Rm. 213

Electrical & Computer Engineering University of Idaho 875 Perimeter Drive MS 1023 Moscow, ID 83844-1023

Phone: 208-885-6554

Fax: 208-885-7579

Email: [email protected]

Student Services

Email: [email protected]

B.S. Electrical Engineering

Career information is not specific to degree level. Some career options may require an advanced degree.

Current Job Openings and Salary Range

in ID, WA, OR, MT and HI

Entry-Level

Senior-Level

• Career Options
• Electrical Engineer
• Electronics Engineer, Except Computer
• Microsystems Engineer
• Nanosystems Engineer
• Solar Energy Systems Engineer
• Electro-Mechanical Technician

Regional Employment Trends

Employment trends and projected job growth in ID, WA, OR, MT & HI

*Job data is collected from national, state and private sources. For more information, visit EMSI's data sources page .

• Degree Prep

The B.S. Electrical Engineering degree requires a solid background in math and science, along with courses in advanced algebra, trigonometry, chemistry, physics, computer programming and calculus.

• Degree Roadmap

B.S. Electrical Engineering 4-Year Plan

Current Electrical and Computer Engineering course catalog Catalogs are released each year with up-to-date course listings. Students reference the catalog released during their first year of enrollment. For catalog related questions, email [email protected] or call 208-885-6731.

Courses develop proficiency in the use of modern theory, techniques and tools used to solve engineering problems. Students design new products and learned how to solve problems waiting to be discovered. Teamwork is important, but students also are able to confidently take on individual challenges.

Students are encouraged to develop individual interests through the selection of technical electives.

Students complete their study through our nationally recognized Senior Capstone Design Program  culminating each spring with the Engineering Design EXPO .

• Degree Requirements

Required course work includes the Electrical Engineering (B.S.E.E) requirements and the university requirements (see regulation J-3) .

• Professional Licensing

Completion of the program will count towards eligibility for the Professional Engineer's License (PE) to practice Engineering , which requires a four-year degree from an ABET-accredited school, four years of experience under a PE, and passing the Fundamentals of Engineering (FE) and Principles of Practice in Engineering (PE) Exams.

First-Year undergraduates — Our professional advisors in the Micron Student Center  can help you learn more about degree options, select a major, Identify required and elective courses and build a plan toward graduation.

Faculty Advisor Transition Process — Undergraduates transition to a faculty advisor specific to their degree area at different times in their academic career depending on their major. View details on this process .

If you have any questions about who your advisor is, please email University Advising Services or call 208-885-6300.

Transfer Students — If you have 13 or less transfer credits please email Student Services or call 208-885-6470. If you have more than 13 credits please contact the department  you're transferring into.

• Scholarships
• U of I Awards more than $30 million in scholarships each year, more than any other institution in Idaho.
• Engineering students receive more than $1 million in scholarships annually.
• Earn more than $64,000 in scholarships over the course of four years through the Western Undergraduate Exchange (WUE) . Eligible first-year and transfer students are considered simply by filling out their U of I admission application. There’s no separate application or deadline.
• Merit- and Need-Based Scholarships – All first-time students and first-time transfer students in the College of Engineering are automatically considered for merit- and need-based scholarships and financial aid when filling out the admissions application and FAFSA . There are no separate scholarship applications required to be considered. Continuing students are also automatically considered after filling out the FAFSA   each year.
• Additional College of Engineering Scholarships – Additional scholarships are available based on major and interest areas. Browse engineering scholarships  and application processes. 

Browse all need- and merit-based scholarships or contact our Student Services team to get all your scholarship questions answered.

• Paid Employment Related to Your Major
• Cooperative Education Program (Co-op) – Get paid up to $20,000 for a six-month session working with Micron, HP, BorgWarner, Pacific Northwest National Laboratory in-between your junior and senior years.
• Internships & Summer Programs
• Idaho National Laboratory Undergraduate Internships – Earn a nationally competitive wage during a 10- to 16-week internship at the nation’s leading center for nuclear energy research and development. For students pursuing STEM fields.
• NASA Idaho Space Grant Consortium (ISGC) - Mentor-directed, career-related internship programs that contribute to NASA’s mission. Sessions are held in fall, spring and summer and are open to full-time undergraduate and graduate students.
• Summer Undergraduate Research Fellowship (SURF) – Receive a $4,000 student fellowship and $1,000 stipend to work on faculty-mentored projects full-time in any field of study.
• DAAD Research Internships in Science and Engineering (RISE Germany) Programs – RISE Germany offers undergraduate students the opportunity to complete a summer research internship at top German universities and research institutions.

For financial aid deadlines and eligibility requirements, visit the University of Idaho Financial Aid Office .

• Hands-On Learning

ALL U of I College of Engineering students, especially undergraduates, participate in hands-on activities through:

• Idaho’s only Grand Challenge Scholars Program - Preparing undergraduates to solve the biggest challenges facing society in the 21st century.
• Nationally-ranked Senior Capstone Design Program - Emphasizing the design process and the creation of a thoughtfully engineered, tested and validated outcome or prototype. Interdisciplinary teams showcase their work at our annual Engineering Design EXPO .
• Clubs & Organizations

Our college offers 20+ clubs and organizations tied to international and national engineering organizations, including national competition teams.

Learn about clubs related to your major:

• Association for Computer Machinery (ACM)
• Humanitarian Engineering Corps (HEC)
• Institute of Electrical and Electronics Engineers (IEEE)
• International Microelectronics And Packaging Society (IMAPS)
• National Society of Black Engineers (NSBE)
• Power and Energy Society (PES)
• Robotics Club
• Society of Automotive Engineers (SAE)
• Society of Hispanic Professional Engineers (SHPE)
• Society of Women Engineers (SWE)
• Tau Beta Pi - Engineering Honor Society (TBP)
• Vandal Atmospheric Science Team (VAST)
• Job Openings and Salary Range
• Employment Trends

Applied Electrical Science

Ignite your spark for engineering in a program that teaches you to design and test electrical circuits and systems for many different types of applications. Explore solutions for the storage and transmission of power, study control systems in planes and much more, with special opportunities to work with the U.S. Navy.

Learn About

• Power Conversion Equipment
• Renewable Energy Systems
• Power Systems Protection and Relaying
• Computers and Microelectronics
• Communication Devices and Instruments
• Electromagnetic
• Automatic Control

Availability

• Nationally Ranked — by U.S. News and World Report  for undergraduate engineering and computer science degree programs.
• No. 1 Best Value Public University in the West – ranked for the fifth year in a row by U.S. News and World Report . We’re also the only public university in Idaho to be ranked best value by Forbes , Money  and The Princeton Review .
• Top 7 in the Nation for “infusing real-world experiences into engineering education” through our undergraduate Senior Capstone Design Program – National Academy of Engineering
• Personalized Attention from nationally and internationally recognized faculty and staff through small class sizes, 1-on-1 interaction, mentorship, advising and research collaboration. All faculty  hold Ph.D.s in their field.
• 93% Graduate with Jobs or are enrolled in graduate education or military service – First Destination Survey
• Highest Salary Earnings for early- and mid-career undergraduate degree recipients than any other public university in Idaho – Payscale
• More Scholarships Awarded than any 4-year public engineering college in Idaho.
• Hands-On Experience, Guaranteed ALL U of I College of Engineering students participate in hands-on experiences, through our nationally recognized Senior Capstone Design Program   and Engineering Design EXPO , Cooperative Education Program (Co-op) , Idaho’s only Grand Challenge Scholars Program   and paid undergraduate assistantships.

Guiding Payloads Back From Space

Learn about the projects our students design, test and build

Meet the Faculty