How Long Does It Take To Become An Electrical Engineer?

Are you considering electrical engineering? Curious to know how long it takes to become an electrical engineer? Understanding the path to achieving this vital goal can be complex. This article will explore into the timelines and requirements of becoming an electrical engineer, offering a vibrant tapestry of insights and valuable information for aspiring engineers.

Looking to streamline your preparation process for the FE electrical exam? StudyForFE’s FE electrical exam prep review course is a valuable tool that can help you achieve your goals of obtaining essential information on how long it takes to become an electrical engineer. With a structured approach and comprehensive resources, you can successfully navigate the complexities and obstacles in your journey to becoming an electrical engineer.

How Long Does It Take To Become An Electrical Engineer?

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Becoming an electrical engineer typically begins with earning a bachelor’s degree, typically taking around four years to complete. These programs provide a solid foundation of knowledge and skills for entry-level positions in the field. Some programs offer accelerated options that allow students to earn their degrees in as few as three years with the right time commitment.

A Path to Career Advancement

For those looking to advance their careers and take on higher-level positions and projects, the value of pursuing a master’s degree becomes apparent. These advanced degrees can take two to three years to complete but are a testament to the dedication and passion of those who choose to pursue them.

Boosting Your Credentials

Some may pursue licensure as a Professional Engineer (PE) after graduation. This process involves passing two exams: 

  • The Fundamentals of Engineering (FE)
  • Principles and Practice of Engineering (PE) exams

The FE exam can typically be taken immediately after graduation, but the PE exam requires around four years of work experience. Pursuing licensure can extend the timeline by several years but significantly enhance career prospects and earning potential.

The Road to Becoming an Electrical Engineer

The journey to becoming an electrical engineer can vary in length depending on one’s aspirations and goals. For those seeking entry-level positions, the process typically takes about four years. 

Pursuing advanced degrees, specialized certifications, or licensure can extend the timeline to a decade or more. Each additional qualification obtained can open up new opportunities and increase the potential for career growth and advancement. 

Dedication and Lifelong Learning

Navigating electrical engineering requires dedication, perseverance, and a commitment to lifelong learning. With the right combination of education, experience, and licensure, aspiring engineers can embark on a rewarding and fulfilling career in this dynamic field.

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Education Requirements To Become An Electrical Engineer

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Becoming an Electrical Engineer typically begins with a bachelor’s degree in electrical engineering or a closely related discipline. This foundational education equips students with a solid understanding of:

  • Electrical theory
  • Digital systems
  • Circuit design
  • Electromagnetism

Accreditation from a recognized engineering body, such as ABET in the United States, is crucial for ensuring the quality and relevance of the engineering program.

A master’s degree or Ph.D. in electrical engineering can be advantageous for those seeking advanced knowledge or aiming for leadership roles. Specialized certifications, such as those offered by the Institute of Electrical and Electronics Engineers (IEEE), can also enhance a candidate’s expertise and employability.

Trusted FE & PE Exam Prep

StudyForFE is an online exam preparation platform founded by Wasim Asghar, a licensed Professional Engineer with over 15 years of industry experience. We offer comprehensive review courses like the FE electrical exam prep review course and PE power exam preparation course to help students pass the:

  • Fundamentals of Engineering (FE)
  • Professional Engineering (PE) exams

Our courses feature interactive lectures, practice problems, and personalized mentorship from Wasim himself. Wasim has authored several highly acclaimed textbooks and study guides, including FE Electrical and Computer Review Manual and PE Power Reference Manual, which have become invaluable resources for exam takers. With a proven track record of success, StudyForFE has guided numerous students, from recent graduates to experienced professionals, in obtaining their engineering licenses and advancing their careers. 

Proven Results

Many of Wasim’s students have shared their success stories, crediting his courses and mentorship for helping them pass the exams and achieve their professional goals. If you want to land your dream electrical engineering job, contact us today to learn more about our FE Electrical Exam Prep Review Course!

How Hard Is Electrical Engineering?

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When gauging how tough electrical engineering (EE) can be, it’s essential to look at the courses involved. Typically, an EE curriculum is packed with classes that cover a wide range of topics like:

  • Circuit theory
  • Digital systems design
  • Microprocessors
  • Electromagnetics

These are no walk in the park; they require a robust understanding of advanced mathematics and physics.

Let’s break down what makes these courses particularly challenging:

Mathematical Rigor

EE majors often deal with complex mathematical concepts. For instance, Calculus I, II, III, and Differential Equations are fundamental requirements. It’s not just about solving problems but also about applying these concepts to real-world electrical systems.

Theoretical Concepts

Classes on electromagnetism or signal processing can be abstract and demand students develop strong conceptual thinking skills to understand how unseen forces like electric fields behave.

Practical Application

Many courses have lab components where students apply theory to build and test circuits or systems. This hands-on work requires meticulous attention to detail as even minor errors can lead to failure.

Design Projects

Capstone projects or senior design classes push students to synthesize everything they’ve learned into practical solutions for complex problems. These projects often involve teamwork under tight deadlines.

Electromagnetics: The Hardest Subject to Grasp

From experience, I’ve found that electromagnetics is the most challenging course for new students. Not because it uses calculus but because it is hard to visualize as a phenomenon. Everything is invisible. Some teachers do a better job than others when explaining these phenomena and how to engineer them.

Digital Design: Cracking the Binary Code

On the other hand, the easiest subject in EE is Digital Design and its advanced version (computer architecture). There is a small threshold, Digital Design magically becomes easy once students understand the binary statement 1+1=1 (hint: “1” is not a numerical value, but rather a “state” that can be either ON or OFF).

The Juggling Act of an EE Student

Beyond individual course content, another layer of challenge stems from the sheer volume of work expected in an EE degree program. Students often juggle multiple demanding courses simultaneously, leading to high-stress levels if time management isn’t handled well.

From Debugging to Resilience

Anecdotes from graduates frequently highlight late nights spent debugging a circuit only to find out it was a simple soldering error or coding mishap that caused hours of frustration. These stories serve as a testament to the intellectual demands and the resilience needed in pursuing an electrical engineering major.

The Multifaceted Challenge of Electrical Engineering

  • The complexity lies in both theoretical knowledge and practical application.
  • Success hinges on your math skills, problem-solving ability, creativity, and perseverance.
  • Expect coursework that will stretch your limits across various dimensions.

What Do Electrical Engineers Mostly Major In?

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Electrical Engineering is a multifaceted field that encompasses various technological and innovation aspects. The following academic majors are particularly aligned with an Electrical Engineer’s career path, each contributing to the diverse skill set required in this dynamic profession.

1. Electrical Engineering

The most direct and common major for aspiring electrical engineers is electrical engineering. This major provides a comprehensive understanding of electrical theory, circuit design, control systems, and signal processing. Graduates are well-equipped to tackle challenges in power generation, electronics, telecommunications, and many other areas central to the role of an Electrical Engineer.

2. Electronics Engineering

Closely related to Electrical Engineering, a major in electronics engineering focuses on the design and development of electronic devices and systems. This includes semiconductors, embedded systems, and digital electronics. This specialization is crucial for electrical engineers who aim to innovate in:

  • Consumer electronics
  • Medical devices
  • Automotive electronics.

3. Computer Engineering

A major in Computer Engineering bridges the gap between electrical engineering and computer science. It covers hardware-software integration, microprocessors, and computer architecture. This knowledge is essential for electrical engineers in: 

  • Computer systems design
  • Robotics
  • Smart technology development

4. Mechatronics

Mechatronics combines mechanical engineering, electrical engineering, and computer science principles to create automated systems and intelligent machines. This interdisciplinary major is valuable for electrical engineers in designing and managing complex systems like:

  • Industrial automation
  • Control systems
  • Intelligent sensors

5. Physics

A major in Physics is beneficial for electrical engineers who are interested in the fundamental scientific principles underlying their field. It provides a deep understanding of electromagnetism, quantum mechanics, and materials science, and it is pivotal in research and development roles within the electrical engineering industry.

6. Systems Engineering

Systems engineering is a broad field that emphasizes the design and management of complex engineering projects. A major in this area equips electrical engineers with the skills to oversee large-scale electrical systems and infrastructure projects, ensuring they meet technical requirements and are delivered on time and within budget. 

Each of these majors offers a unique perspective and skills highly relevant to a career in Electrical Engineering. By selecting one of these paths, aspiring Electrical Engineers can tailor their education to the specific areas of the field they are most passionate about.

Key Skills For Aspiring Electrical Engineers

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Technical Proficiency

You must be well-versed in various tools and technologies as an electrical engineer. Technical proficiency is key, from computer-aided design (CAD) software to simulation programs and electrical measurement instruments. Working with these tools efficiently will streamline your workflows and lead to more accurate designs and solutions.

Analytical Skills

In electrical engineering, having strong analytical skills is a must. You’ll often find yourself delving into complex systems and troubleshooting intricate problems. To excel, you must be able to analyze data, identify patterns, and develop solutions based on your findings. The ability to break down these complexities into manageable pieces can make all the difference in your problem-solving approach.

Attention to Detail

In this field, attention to detail is vital. Even the smallest oversight can lead to significant errors or safety hazards. As an electrical engineer, you must develop a keen eye for detail to ensure your designs are precise and meet safety standards. This attention to detail will also help you catch mistakes early on, saving you time and resources in the long run.

Communication Skills

Working as an electrical engineer often entails collaborating with multidisciplinary teams. To navigate these collaborations effectively, you must possess strong communication skills. Whether you’re explaining technical information to non-experts or working alongside fellow engineers, the ability to convey your thoughts clearly and concisely is paramount. Being a strong communicator will help you build relationships and ensure everyone is on the same page.

Soft Skills

Apart from technical skills, soft skills are equally important for electrical engineers. Creativity, critical thinking, and the ability to work under pressure can set you apart in this competitive landscape. These skills enable you to innovate, adapt to changing technologies, and thrive in high-pressure situations. As you embark on your journey to becoming a professional electrical engineer, remember that honing your soft skills can be just as vital as developing your technical prowess.

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Licensing Requirements For Electrical Engineers

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After earning a degree in electrical engineering, graduates can begin working immediately. After four years, engineers can pursue a Professional Engineer license through the National Society of Professional Engineers (NSPE). Becoming a Professional Engineer, or PE, allows the holder to work on a broader array of vocations that demand greater responsibility.

There is a specific criterion an individual must meet before he or she can earn this license. According to the NSPE, the steps to earn a PE license are as follows:

  • An engineer must complete a four-year degree in engineering from an ABET-accredited engineering program.
  • An engineer must then pass the fundamentals of engineering exam.
  • An engineer must complete four years of progressive engineering experience under a professional engineer.
  • An engineer must pass the principles and practice of engineering exam.

Once individuals meet all four criteria, they will be eligible for a professional engineer license through NSPE.

Which Sectors Can Electrical Engineers Find Jobs?

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Health Care

Electrical engineers help design, build, test, and maintain electrical systems for health care applications, such as specialized equipment like heart monitors and pulse oximeters. They play an essential role in ensuring these critical medical devices function correctly and reliably, contributing to patients’ overall well-being in healthcare settings.


Electrical engineers design and build primary systems and accessories for airplanes, helicopters, and shuttles in aeronautics. Examples include internal computers, control panels, and sensors. These engineers contribute to the safety and efficiency of aircraft by developing innovative solutions and technologies that enhance performance and reliability in these high-stakes environments.

Commercial or Residential Engineering

Electrical engineers can work in a commercial or residential setting, designing fuse boxes, wiring, and alarm systems. Within these sectors, engineers play a critical role in ensuring the safety and functionality of electrical systems in buildings, contributing to occupants’ overall comfort and security. Their expertise is essential for maintaining the integrity and performance of these systems.

Industrial Settings

Engineers also design and build electrical systems for industrial applications, such as machinery control panels, sensors, and Internet of Things (IoT) devices. These devices require electricity and connect directly to the internet, transforming traditional industrial processes and enabling advanced automation and data collection. Electrical engineers in this sector drive innovation and efficiency in industrial operations.


Electrical engineers play a vital role in telecommunications by designing, building, and maintaining phone lines and other communication systems. In this fast-paced field, engineers contribute to developing cutting-edge technologies that facilitate global connectivity and seamless communication across various platforms. Their work helps to shape the future of communication and connectivity in our increasingly interconnected world.

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Land Your Dream Electrical Engineering Job With Ease With the Help of Our FE Electrical Exam Prep Review Course

StudyForFE is an online exam preparation platform founded by a licensed Professional Engineer with over 15 years of industry experience. The platform offers comprehensive review courses like the FE electrical exam prep review course and PE power exam preparation course to help students pass the exam, such as:

  • Fundamentals of Engineering (FE)
  • Professional Engineering (PE). 

Interactive Lectures and Practice Problems

StudyForFE’s courses feature interactive lectures and practice problems reinforcing the fundamental concepts required to excel in the exams. With guidance, students can delve into a vibrant world of knowledge and application, guaranteeing an engaging learning experience.

Personalized Mentorship

One of StudyForFE’s standout features is the personalized mentorship offered by Wasim Asghar himself. This aspect is arguably the most vital as it allows students to ask questions, seek clarification, and receive guidance tailored to their needs. This mentorship is a testament to the dedication and personal touch that StudyForFE brings to each student’s learning journey. 

Highly Acclaimed Textbooks and Study Guides

Wasim Asghar has authored several highly acclaimed textbooks and study guides that have become invaluable resources for exam takers. Books like the FE Electrical and Computer Review Manual and PE Power Reference Manual provide comprehensive coverage of the topics and concepts tested in the exams. 

Success Stories

StudyForFE has a proven track record of guiding numerous students, from recent graduates to experienced professionals, in obtaining their engineering licenses and advancing their careers. Many students have shared their success stories, crediting the courses and mentorship at StudyForFE for helping them pass the exams and achieve their professional goals. 

If you want to start your journey to becoming a licensed electrical engineer, StudyForFE can be an instrumental partner in your success.


Licensed Professional Engineer in Texas (PE), Florida (PE) and Ontario (P. Eng) with consulting experience in design, commissioning and plant engineering for clients in Energy, Mining and Infrastructure.