Online Master’s Degree in
Electrical Engineering

Source – Integrated Post Secondary Education Data System & University Data
*Tuition rates are for in-state and per year. Program specific rates may apply.
**NA – data not available

Source – Integrated Post Secondary Education Data System & University Data
*Tuition rates are for in-state and per year. Program specific rates may apply.
**NA – data not available

A Master’s in Electrical Engineering equips individuals with a thorough understanding of designing electrical systems, working with advanced technologies, and solving complex engineering problems. The program includes courses in electrical data science, systems engineering, neuro-engineering, and power systems. Enrollment in these courses, grounded in mathematics, physics, and computer science, enhances proficiency in electrical engineering. Various universities employ diverse approaches to impart this knowledge, ensuring a consistent foundation. A Master’s in Electrical Engineering empowers individuals to plan, supervise, and execute multifaceted tasks across various sectors through interdisciplinary collaboration.

Curriculum for an Online Master of Electrical Engineering Program

Electrical engineering requires a solid understanding of physical science and mathematics, a wide range of engineering skills, and an awareness of the connection between technology and society. The curriculum for a master’s degree in electrical engineering is designed to provide a comprehensive education and extensive training to prepare individuals for leadership roles in the profession.

• Random Signal Analysis: This course outlines accounting for random signals and other phenomena in electrical readings. Topics will often include how to predict random signals, how to understand random processes, and how to calculate the maximum likelihood of random signal interference.
• Electrical Circuit Theory: Students in this course will expand the fundamental understanding of electronic circuits they likely developed in their undergraduate careers. Topics covered will include AC analysis, frequency domain analysis, and network theorems.
• Renewable Energy Systems: This course provides students with a close understanding of electrical energy as a renewable resource, often utilized for transportation and domestic purposes.
• Power Electronics: This course teaches students about solid-state electronics to control and convert electric power. Students go through an extensive learning experience in various conversions such as AC to DC, DC to AC, etc. After this course, students will be ready to apply power electronics in batteries, motor drives, inverters, etc.
• Control and Communications: Students learn about digital communications, including wireless networks. This course will prepare students to work in the areas of high-speed data communications, wireless channels, etc.

While pursuing the electrical engineering program, apart from abundant knowledge, students gain skills like:

• Knowledge of electrical theory and concepts
• Proficiency in circuit design and analysis
• Proficiency in using electrical and electronic testing instruments. 
• Analyzing and manipulating signals for applications in communication and control.
• Designing and implementing control mechanisms for various applications.
• Incorporating sustainable energy sources into power systems.
• Designing and optimizing communication systems for data transmission.
• Planning, executing, and overseeing electrical engineering projects.
• Tackling complex engineering challenges through analytical thinking and creativity.
• Conducting independent research and contributing to technological advancements in the field.

Types of Master’s Degrees Electrical  Engineering Students Can Obtain

The primary master’s degree for Electrical Engineering students is the Master of Science (MSc) in Electrical Engineering. 

Common Specializations for an Online Master’s in Electrical Engineering

Students interested in a master’s degree in Electrical Engineering often have a specific focus or area of work they plan on pursuing. When considering a program like this, researching the differences between these emphases helps find the one that best aligns with personal and career goals. Below are a few common emphases for online master’s degrees in Electrical Engineering:

Online Master’s in Electrical Engineering Program Length

Online Master’s in Electrical Engineering programs typically require around 1.5 to 2 years for completion. The flexible nature of online learning allows students to balance academic commitments with personal and professional responsibilities, offering a convenient pathway for working professionals to advance their expertise in electrical engineering without the constraints of a traditional on-campus schedule.

Accelerated Electrical Engineering Programs

Accelerated Programs shorten the traditional timeline for obtaining a master’s degree, providing students a faster route to advanced qualifications. These programs, completed in a shorter duration, enable students to enter the workforce earlier and reduce tuition expenses, recognizing prior academic accomplishments and experience. Here are examples of colleges that offer accelerated master’s in electrical engineering online programs:

Purdue University¹

Michigan Technological University²

University of Cincinnati³

Applying to a graduate program can be a process that requires one to meet a few baseline requirements first. Below are a few common application requirements for online master’s degrees in Electrical Engineering:

• Pre-Admission Testing: Some graduate-level programs require students to complete one or more tests before being admitted to the program. The most common test that Electrical Engineering students may encounter is the Graduate Record Examination (GRE).
• Letters of Recommendation: When applying, applicants may be required to provide letters of recommendation from one or more individuals. Most often, applicants will be asked to provide letters from former professors or employers in a related field.
• Corresponding Bachelor’s Degree: Although this is not always the case, many students will find that the program they are interested in requires them to hold a bachelor’s degree in a related field. Students who do not meet this requirement can usually speak with a pre-graduate-study advisor to discuss whether there is an alternative route to being able to apply.
• Bachelor’s degree in Electrical Engineering: Admission requirements at Online Master of Electrical Engineering programs typically require completing a baccalaureate in any major with a minimum 3.0 GPA. Some require a baccalaureate, specifically in a civil engineering ABET-accredited institution.
• Prerequisites: Students who have not completed an undergraduate engineering degree may have to complete the prerequisites of specialty leveling courses after being admitted to the program. They may include Analytic Geometry and Calculus, Fluid Mechanics, Mechanics of Materials, Multidimensional Calculus, and Statistics.
• Recommendation letters: Online MS Electrical Engineering programs may require one to two letters of recommendation from professors, employers, or mentors. They should include research aptitude, job performance, professional ethics, and collegiality.
• Personal Statement or Statement of Purpose

Many online master’s degree programs in electrical engineering do not require applicant’s scores from the Graduate Record Examination (GRE) or the Graduate Management Admission Test (GMAT). Explore the following schools that offer online master’s degrees in electrical engineering not requiring the GRE:

• Johns Hopkins University ⁴
• Iowa State University ⁵

Accreditation is crucial for Electrical Engineering Graduate Programs, ensuring they meet quality standards. Accredited programs guarantee a high-quality education recognized by employers and licensing bodies. Students must research universities to ensure their chosen program is accredited, safeguarding their investment and future career prospects by securing a reputable and recognized qualification in the field of Electrical Engineering. Electrical engineering programs are usually accredited by the ABET- Accreditation Board for Engineering & Technology ⁶. ABET’s Engineering Accreditation Commission ensures that electrical engineering programs meet the professional standards set by the industry.

Here are the six primary regional accreditation bodies in the United States:

• New England Commission of Higher Education (NECHE) 
• Middle States Commission on Higher Education (MSCHE) 
• Higher Learning Commission (HLC) 
• Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) 
• Northwest Commission on Colleges and Universities (NWCCU) 
• Western Association of Schools and Colleges (WASC) Senior College and University Commission (WSCUC) 

Find out more about accreditation in the Accreditation Guide.

Free or low-cost Master’s in Electrical Engineering Programs provide accessible learning opportunities for students seeking affordable education. These courses allow individuals to enhance their skills without a significant financial burden. However, it’s crucial to note that these programs may lack accreditation, so while they offer valuable knowledge, graduates should be aware that certain institutions or employers might not recognize their qualifications. Explore the following programs:

• MIT OpenCourseWare: Quantum Optical Communication¹²
  This course covers various topics, including Quantum Optics, Single-Mode and Two-Mode Quantum Systems, Multi-Mode Quantum Systems, Nonlinear Optics, and Quantum System Theory. Students will gain a deep understanding of these concepts and their applications in the field of optical communication.
• MIT OpenCourseWare: Cognitive Robotics ¹³
  In this class, a progressive approach is taken to introduce new reasoning techniques and ideas. Starting with the existing programming paradigm, the course evolves over the semester by gradually incorporating additional features and reasoning capabilities, ultimately culminating in the development of a robust and intelligent system. Topics covered include algorithms for self-monitoring, task scheduling, generating innovative plans to achieve goals, handling the complexities of the continuous world, collaborating with other autonomous agents, managing risk, and more.
• MIT OpenCourseWare: Electric Machines ¹⁴
  In this course, students will learn the fundamental principles and analysis methods of electromechanical systems. They will acquire analytical techniques to predict the characteristics of device and system interactions and gain the ability to design various types of electric machines. The course incorporates problem-solving exercises that enhance understanding of electromechanical phenomena and interactions, including real-world examples from current research.
• Stanford Online – Introduction to Haptics ¹⁵
  In this course, students will acquire the knowledge and skills to construct, program, and manipulate haptic devices, which are mechatronic systems enabling users to experience virtual or remote environments through touch. Throughout the course, students will develop an understanding of the potential and constraints of human touch, establish a connection between mathematical equations describing physical interactions and their tactile perception, and cultivate interdisciplinary engineering expertise encompassing robotics, mechanical engineering, electrical engineering, bioengineering, and computer science.
• TuDlft via Coursera – Electric Cars: Introduction ¹⁶
  This program covers EV technology, charging infrastructure, profitable business models, and effective governmental policies. Students can learn from industry and academic experts through video lectures, presentations, and case studies featuring models like the Chevrolet Volt & Bolt EV and Lightyear One EV. 

The expenses for an online Electrical Engineering Master’s program can vary in the United States. Costs depend on factors like geographic location, program format (thesis or non-thesis), travel, and essential resources. These financial considerations may influence students’ decisions to pursue the program, warranting careful evaluation and strategic financial planning. Here are some examples of how students can fund their Electrical engineering master’s degree:

Private Student Loans

Private student loans are financial products non-governmental lenders provide to cover education expenses. These loans often come with variable interest rates and must be paid back with interest.

Scholarships 

Scholarships are financial awards institutions, organizations, or individuals offer to support students in pursuing their education. They do not require repayment and are typically awarded based on merit, need, or specific criteria.

Grants

Grants are financial awards governments, institutions, or organizations provide to support students’ education. Unlike loans, grants do not require repayment and are typically awarded based on financial need or specific criteria.

FAFSA 

The Free Application for Federal Student Aid (FAFSA) is crucial for students seeking financial aid. It determines eligibility for federal grants, loans, and work-study programs, aiding in funding higher education. To learn more about FAFSA, read the FAFSA guide.

Read the Financial Aid Guide for more information on funding higher education.

Scholarships for Online Master’s in Electrical Engineering Students

Online programs provide an excellent opportunity to enhance skills or pursue a degree while working. These programs offer flexibility and affordability, and scholarships alleviate financial burdens, enabling students to pursue education, foster excellence, and achieve career goals. Below is a compilation of scholarships electrical engineering students can use to support their education:

• Brown and Caldwell Scholarships for Women¹⁷
  Brown and Caldwell value equality in the workplace and support organizations like the Society of Women Engineers. They administer a scholarship for female students who are pursuing a degree in environmental professions such as Electrical engineering and other subjects. Eligibility for this scholarship includes- Students pursuing a graduate program at an accredited university, a cumulative GPA of 3.0, and women who demonstrate leadership within the community.
  Award Amount: $5,000 
  Deadline: Varies
• PixelPlex Bi-Annual STEM Scholarship ¹⁸
  PixelPlex provides businesses custom software development services and solutions. They also encourage students to get into STEM education and administer a Bi-Annual scholarship program. The scholarship was established to support and inspire students to pursue further education in the fields of Science, Technology, Engineering, and Math, which includes electrical engineering. 
  Award Amount: $2,000 
  Deadline: June, annually
• The Charles LeGeyt Fortescue Scholarship ¹⁹
  The Institute of Electrical and Electronics Engineers (IEEE) is the world’s largest technical professional organization dedicated to advancing technology for the benefit of humanity. IEEE has been administering the Charles LeGeyt Fortescue Scholarship since 1939 in memory of Charles LeGeyt, an electrical engineer. The scholarship is awarded to students pursuing a graduate degree in electrical engineering at a recognized school. 
  Award Amount: $24,000 
  Deadline: May, annually

Electrical Engineering encompasses various disciplines, providing a dynamic and expansive professional landscape. The field offers diverse career paths, with various fields, job titles, and salary ranges, allowing specialization and growth opportunities within this dynamic study area. Below are examples of career titles and corresponding salaries for individuals who have completed an online master’s degree in electrical engineering:

Certification and licensing, though not mandatory in the US for electrical engineers, offer significant advantages. They validate expertise, enhance professional credibility, and open doors to advanced career opportunities. Acquiring such credentials demonstrates a commitment to excellence and can be advantageous in competitive job markets and specialized roles. However, a Professional Engineer (PE)²⁴ license is highly recommended, especially for roles with public safety impact or consulting. State-specific regulations should be checked as they vary.

There are many resources to help students enhance their academic journey. Accessing coursework materials and engaging with relevant organizations in the field can enhance the learning experience. Exploring these supplementary avenues enables students to stay informed, establish connections with professionals, and delve deeper into electrical engineering. Here are a few additional resources that master’s in electrical engineering students  can tap into:

• American Association of Engineering Societies²⁵
  The AAES allows engineers from various industries and areas of focus to network with one another and cultivate an environment of industry learning and development.
• Engineering.com²⁶
  Engineering.com offers webinars on engineering best practices, white papers, eBooks, a job board, and industry news. There are also trade-specific tools and resources, so there is quality, industry-specific information for all engineering professionals.
• National Society of Professional Engineers (NSPE)²⁷
  NSPE provides a comprehensive range of resources for engineering students, including free courses, career advice, job boards, and licensing procedures. The NSPE also hosts industry-specific conferences and puts on National Engineering Week.
• Society of Women Engineers (SWE)²⁸
  SWE’s goal is to give women in engineering a place to meet like-minded professionals in their field and give them a platform so they have a voice in the industry. SWE hosts numerous networking events to promote professional networking and advancement amongst women engineers.