Is a master’s in electrical engineering worth it?
In an era where technological advancements are pivotal, pursuing a master's in electrical engineering can be a worthwhile investment. According to the U.S. Bureau of Labor Statistics employment for electrical and electronics engineers is projected to grow 5% from 2022 to 2032, surpassing the average for all occupations.
The value of a graduate-level engineering degree is especially great for computer and electrical engineers, where there is strong industry demand for well-trained professionals with knowledge of both traditional and emerging topics in the field. Master’s degrees allow engineers to dive deeper into a technical specialty, while also broadening their knowledge in the field. In a profession that prides itself on high performance, computer and electrical engineering employers are looking for candidates with a potent combination of technical, problem-solving, and communication skills.
In this post, we’ll focus specifically on opportunities unlocked through pursuing a master’s degree in electrical and computer engineering.
Benefits of a master’s degree
An electrical engineering master’s degree unlocks in-depth learning and specialization. Graduates can delve deeper into areas such as power systems, signal processing, or telecommunications, equipping them with cutting-edge knowledge that sets them apart in the job market. Additionally, a master's degree often translates to improved job prospects and a potential for higher earnings. Many employers value the advanced skills and comprehensive understanding that come with a graduate degree, considering it a mark of a candidate’s commitment to the field.
Explore online options
According to a recent report, while overall enrollment numbers have seen a general decline, enrollment has risen significantly in fully online programs , recording a 37% increase that outpaces hybrid and on-campus programs.
Discover related fields
Master's degrees in fields related to electrical engineering with a focus on computer engineering offer a specialized educational pathway at the intersection of hardware and software design. These programs delve into areas such as embedded systems, computer architecture, network security, and digital signal processing. Emphasizing the integration of electrical engineering principles with computer science, these degrees prepare students for the complexities of modern computing systems. Coursework often includes advanced topics in microprocessor design, VLSI (Very-Large-Scale Integration) systems, robotics, and artificial intelligence. By blending theoretical knowledge with practical application, these programs aim to produce graduates who can innovate and lead in the rapidly evolving landscape of computer technology and digital systems design.
Computer and electrical engineers considering whether to earn a master of science need to have a bachelor’s degree and are likely to have an educational background focused in math or engineering. Some prospective students may have just started their careers and want to develop a specialty, which can range from aerospace to electronics and photonics; from signal processing to computer science and computer systems.
Other professionals pursuing a master’s in computer and electrical engineering may be more seasoned veterans of the electrical engineering or mechanical engineering fields. Some are experts in their industries looking to broaden their expertise or refresh their skills. Others are looking to make a change or transition from their existing skill set.
The value and impact of a master’s degree in electrical engineering
The pursuit of a master's shows a commitment to your professional future. It helps you gain advanced technical skills and enhances your future job prospects, but it also offers personal growth and positions you as an expert in a rapidly evolving field. A master’s degree is a compelling choice for those who want to develop a competitive edge in the job market or expand their knowledge in this field.
Last updated: January 2024