A Deep Dive into Online Electrical Engineering Degrees

Thinking about pursuing an electrical engineering degree online? It’s a valid question to wonder if a complex, hands-on field like this can truly be taught through a screen. This guide provides a clear and detailed look at how online electrical engineering programs are structured, what you can expect to learn, and how they deliver a comprehensive education.

How Online Programs Provide Structured Knowledge

A common concern about online education is whether it can match the rigorous structure of a traditional campus program. Reputable online electrical engineering degrees are designed to be just as demanding and organized as their on-campus counterparts. They achieve this through a sophisticated blend of technology and curriculum design.

The core curriculum you study online is typically identical to the one offered on campus. You will take the same foundational courses in calculus, physics, chemistry, and differential equations. The core engineering subjects remain the same as well, covering topics like:

  • Circuit Analysis: The fundamental principles of electrical circuits.
  • Digital Logic Design: The building blocks of computers and digital systems.
  • Electromagnetics: The physics of electric and magnetic fields.
  • Signals and Systems: The mathematical analysis of signals and the systems that process them.

This content is delivered through a Learning Management System (LMS), such as Canvas, Blackboard, or Moodle. This online portal is your central hub for everything: accessing lectures, submitting assignments, taking exams, and interacting with professors and classmates.

Learning formats usually include:

  • Asynchronous Learning: This is the most flexible component. You can watch pre-recorded lectures, read assigned materials, and complete assignments on your own schedule within given deadlines. This is ideal for students balancing work or other commitments.
  • Synchronous Learning: Many programs include mandatory live sessions. These can be real-time lectures, interactive discussion groups, or virtual office hours with professors held via video conferencing tools like Zoom. This format ensures you stay engaged and can ask questions in real-time.

The Hands-On Component: Virtual and At-Home Labs

The biggest question for prospective online engineering students is about the labs. How can you possibly get hands-on experience from your home? Universities have developed clever and effective solutions to this challenge.

At-Home Lab Kits

Most high-quality online programs will mail you comprehensive lab kits. These are not simple toy sets; they are boxes filled with professional-grade components that allow you to build and test real circuits. A typical kit might include:

  • A breadboard for prototyping circuits without soldering.
  • A digital multimeter to measure voltage, current, and resistance.
  • A portable oscilloscope, like the Analog Discovery 2, to visualize electrical signals.
  • Microcontrollers like an Arduino or Raspberry Pi.
  • A wide assortment of resistors, capacitors, inductors, transistors, and integrated circuits.

You follow guided lab manuals, build the circuits at your desk, take measurements, and submit a detailed lab report, often including photos or videos of your working circuit.

Powerful Simulation Software

For experiments that are too complex, expensive, or dangerous to perform at home, students use industry-standard simulation software. Programs like NI Multisim, LTspice, and MATLAB/Simulink allow you to design, simulate, and analyze highly complex circuits and systems on your computer. This software is so powerful that it is used by professional engineers every day. Learning to use it is a valuable skill in itself.

Remote Access Labs

Some universities have also invested in remote labs. In this setup, you log in to a system that gives you control over real, physical lab equipment located on the university campus. You can set parameters, run tests, and see real-time data and video feeds from the equipment, all from your own home.

Expected Learning Outcomes and Accreditation

When you graduate from an accredited online electrical engineering program, your learning outcomes should be indistinguishable from those of an on-campus graduate. You will have a deep understanding of electrical theory and the practical skills to apply it.

The most important factor to look for is ABET accreditation. ABET (Accreditation Board for Engineering and Technology) is the gold standard for engineering programs in the United States. Graduation from an ABET-accredited program is often a requirement for professional licensure and for many jobs in the engineering field. Many excellent universities now offer fully online, ABET-accredited Bachelor of Science in Electrical Engineering (BSEE) programs.

Some examples of respected universities offering these programs include:

  • Arizona State University
  • University of North Dakota
  • Stony Brook University
  • Florida International University

These programs ensure that upon graduation, you are equipped to design and develop electrical equipment, solve complex problems, and work effectively in a professional engineering environment.

Frequently Asked Questions

Are online electrical engineering degrees respected by employers? Yes. As long as the degree is from a reputable, ABET-accredited university, employers view it as equivalent to a traditional on-campus degree. The name of the university and its accreditation matter far more than the delivery format of the program.

What kind of computer do I need? You will need a modern computer with a reliable, high-speed internet connection. The specific requirements can be demanding, as engineering simulation software can be resource-intensive. Most programs will list their specific hardware and software requirements on their admissions page.

Is an online program more difficult than an on-campus one? The academic content is just as rigorous. Online learning requires a high degree of self-discipline, time management, and motivation. For some students, this independence can be more challenging, while for others, the flexibility is a major advantage.