FE Electrical and Computer Tutors

FE Electrical and Computer is a discipline in the Fundamentals of Engineering exam that tests knowledge of electrical circuits, electromagnetics, electronics and basic computing principles. FE stands for Fundamentals of Engineering. It bridges theory and practice with problems on power systems, signal analysis and simple programming.

Popular alternative names include Electrical and Computer subdiscipline, Electrical FE exam, or simply FE Electrical.

Major topics cover circuit analysis (DC/AC networks, Thevenin’s theorem), electromagnetics, digital logic and CPU (Central Processing Unit) architecture, control systems, power electronics like solar‐inverter designs, signal processing methods used in smartphones, audio gear and medical imaging, and microcontrollers where students learn how to used Arduino boards for real‐life prototyping.

Late 19th century saw Edison’s DC networks and Tesla’s AC system battles. In 1904 the vacuum tube amplifier enabled long‐distance radio. Mid‑1920s introduced public electric grids, driving mass adoption of lights and motors. The transistor’s invention in 1947 at Bell Labs revolutionized electronics, shrinking circuits drastically. Integrated circuits emerged in the late 1950s, found in Apollo spacecraft. Microprocessors arrived in the 1970s, giving birth to personal computers. From 1990 onward, advances in VLSI and IoT devices cemented Electrical and Computer engineering as a cornerstone of modern technology.

If you want to learn FE Electrical and Computer, MEB has a private 1:1 online tutor just for you. We help students in school, college, or university with homework, lab reports, tests, projects, and essays any time of day or night. We like to chat on WhatsApp, but you can also email us at meb@myengineeringbuddy.com

Our students come from all over the world, but most live in the USA, Canada, the UK, Gulf countries, Europe, and Australia.

Students ask for help because some topics are hard, there is too much homework, they missed classes, they work part time, or they have health or personal issues.

If you are a parent and your student is finding this subject hard, contact us today and help your ward do well on exams and homework. They will thank you!

MEB also offers tutoring in over 1,000 other subjects. A private tutor can make learning easier and less stressful.

FE Electrical and Computer stands out by blending electrical theory with computing skills. Students learn circuits, power systems, control theory, digital logic, and basic programming. This mix gives a wide view of how hardware and software meet in real devices. It is broader than many FE tracks, tapping both electronics and code to solve modern problems.

Compared to other FE subjects, FE Electrical and Computer offers strong job prospects in power, robotics, and IT but comes with heavy math and abstract theory. Advantages include versatile skills, hands-on labs, and a clear path into tech industries. Disadvantages can be dense electrical jargon, tough circuit analysis, and programming challenges. Students should prep thoroughly for broad topic coverage.

Graduate study in Electrical and Computer Engineering often follows the FE exam. Many students pursue a master’s degree in areas like power systems, control theory, or embedded systems. Others join PhD programs focused on renewable energy, robotics, or artificial intelligence. Professional certifications, such as becoming a licensed Professional Engineer (PE), also add value.

Graduates can work as electrical engineers designing circuits for renewable power or as computer engineers building embedded systems in smart devices. Popular roles include power systems engineer, control systems engineer, embedded firmware developer, and network architect. Daily tasks range from drawing schematics and writing code to testing prototypes and maintaining communication networks.

Preparing for the FE Electrical and Computer exam helps solidify core engineering concepts in electronics, signals, and circuits. It builds problem‑solving skills and ensures you meet the requirements for a professional engineering license. Passing it is often a stepping stone to more advanced roles in industry or research.

Knowledge from FE prep applies directly to designing smart grids, developing IoT devices, and creating control algorithms in drones or robots. It also boosts employability and salary potential, while giving you the credibility to tackle complex engineering challenges.

Start by downloading the FE Electrical and Computer exam specifications from NCEES.org. Break down each topic (circuits, electronics, control systems, power systems, communications) and set a weekly study plan. Use the NCEES formula sheet to learn key equations and units. Read a good review manual for theory, then watch short video lessons to clarify ideas. Solve 10–15 practice problems daily, timing yourself. Review mistakes and revise weak areas each week, and take full-length timed practice exams before test day.

FE Electrical and Computer can feel tough because it covers many subjects in one exam. Still, it’s manageable if you stick to a steady study plan, focus on understanding core concepts, and practice plenty of problems under timed conditions. Confidence grows with each practice test you complete and review.

You can prepare on your own if you’re self-motivated, organized, and comfortable asking questions in forums or study groups. A tutor becomes useful when you hit tricky topics or need help with time management, problem‑solving strategies, and personalized feedback. Tutors can point out weak areas and keep you accountable.

Our tutors at MEB offer online 1:1 FE Electrical and Computer coaching, 24/7. We cover all exam topics, provide custom study plans, share solved examples, guide you through practice tests, and help with assignments. You get clear explanations, progress tracking, and the flexibility to study when it suits you—all at an affordable fee.

Most students spend about 3–4 months preparing, studying 10–15 hours per week. That adds up to roughly 120–180 hours of focused review, practice, and mock exams. If you have more free time, you may finish sooner; if you’re balancing work or other classes, give yourself 4–6 months.

Try YouTube channels like NCEES’s official FE exam playlist, PrepFE, and TutorNJ. Visit websites such as NCEES.org for specs and sample questions, Engineer In Training (EIT) Portal, and FEExamReview’s online quizzes. Core books include Michael R. Lindeburg’s FE Electrical and Computer Review Manual, ABC Exam Prep’s FE Electrical Practice Problems, and Electrical and Computer Engineering Reference Manual by Rae and King. Use NCEES practice exams and formula sheets. These resources cover theory, worked examples, and timed tests to build confidence.

College students, parents, tutors from USA, Canada, UK, Gulf etc are our audience—if you need a helping hand, be it online 1:1 24/7 tutoring or assignments, our tutors at MEB can help at an affordable fee.