2027 Is Arizona State University's Online MSE in Electrical Engineering Worth It? What Students Should Know

Imed Bouchrika, PhD

by Imed Bouchrika, PhD

Co-Founder and Chief Data Scientist

What makes Arizona State University's online MSE in Electrical Engineering program stand out?

The value of Arizona State University's online MSE in Electrical Engineering hinges on its ability to serve distinct student needs through scale and flexibility. Working professionals juggling employment benefit from asynchronous coursework that removes rigid scheduling barriers, allowing integration of study with ongoing job responsibilities. Conversely, students requiring interaction can leverage virtual labs and real-time sessions, combining autonomy with engagement opportunities often absent from typical online programs.

ASU's large enrollment and faculty resources enable sustained academic support and access to industry-relevant research, which can be crucial for students targeting technically demanding roles. However, the 68% graduation rate suggests that despite available support, program rigor and self-discipline are significant factors influencing completion. This blend of scale, resource access, and flexible pacing uniquely positions the program as a pragmatic choice for students who need both professional development and academic depth without geographic constraints.

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Is it difficult to get admitted to Arizona State University's online MSE in Electrical Engineering program?

Master of science in electrical engineering programs generally maintain competitive admissions due to strong industry demand and advancing technology that require specialized skill sets. Applicants often face rigorous evaluation, including academic records, test scores, and professional experience, which filters candidates in a high-stakes environment. This competitive backdrop sets a high bar for entry, particularly at institutions known for research intensity or strong industry connections.

Arizona State University's online MSE in Electrical Engineering diverges from this model by exhibiting a notably high acceptance rate of 90%, with 62,084 of 68,840 applicants admitted annually. The lack of SAT or ACT requirements further reduces entry barriers, positioning the program toward moderate admission difficulty. While this accessibility benefits candidates balancing work or geographic constraints, it may also reflect a strategic openness rather than stringent selectivity, which some employers might weigh in their hiring preferences depending on the candidate pool and specific technical skills.

This balance impacts applicants' decision-making: choosing ASU's program can provide viable access to graduate engineering education without the typical admissions gatekeeping but may require students to proactively demonstrate competence through their projects and work experience to distinguish themselves in the job market.

One graduate recalled hesitating before applying because they underestimated the importance of early application timing and struggled to organize recommendation letters while working full time. They noted feeling relief once admitted given the program's welcoming acceptance, yet quickly realized that the competitive field demands consistent self-driven skill growth despite smooth entry, illustrating that admission ease doesn't guarantee effortless career progression.

Aligning an online MSE in Electrical Engineering curriculum with rapidly evolving industry demands requires ongoing integration of both foundational theory and practical, hands-on experiences. Arizona State University's program addresses this by embedding advanced topics that reflect current employer expectations across electrical engineering sectors. Employers in fields such as embedded systems, power systems, and machine learning increasingly prioritize graduates who demonstrate proficiency in these areas alongside adaptive problem-solving skills. Below are three critical factors that enable ASU's electrical engineering program to remain relevant and aligned with industry standards:

  • Curriculum Integration: The curriculum emphasizes emerging technologies alongside core electrical engineering theories. This dual approach ensures that students acquire both a solid theoretical base and expertise in domains like signal processing and machine learning, which are essential in today's technical roles.
  • Applied Learning Opportunities: Project-based assignments and real-world data applications prepare students for the practical challenges they will face in collaborative engineering environments. This experiential learning bridges the gap between academic concepts and workplace expectations, enhancing employability.
  • Industry Engagement: Continuous content updates, driven by faculty research and industry partnerships, reflect shifts in technology and market needs. Specialization options in areas such as communications and control systems correspond to diverse employer requirements, particularly in sectors showing positive job outlooks like renewable energy and telecommunications.

The emphasis on current technology integration in Arizona State University electrical engineering program content enables graduates to enter the workforce equipped with relevant, in-demand skills. This alignment is particularly notable compared to programs that may lag in updating course material, risking a disconnect between graduates' competencies and employer needs. Students weighing online MSE pathways should also consider how such curriculum responsiveness affects long-term career adaptability.

For those balancing work and study, ASU's approach offers a viable means of maintaining competitiveness without sacrificing breadth or depth. Given these factors, exploring complementary credentials or pathways, such as best 1 year PhD programs online, could further enhance specialized expertise in electrical engineering fields aligned with evolving industry standards.

What Graduates Say About Arizona State University's Online MSE in Electrical Engineering Program

  • Aria: "Completing my MSE in Electrical Engineering at Arizona State University gave me the technical foundation I needed, but I quickly realized that in industry, the emphasis often lies on hands-on experience and effective project portfolios rather than just academic credentials. The program's flexibility allowed me to keep working while studying, which was crucial as I built a portfolio that eventually helped me land a role focused on embedded systems development. I've found that having that real-world experience paired with the degree opened more doors than licensure would have at this stage."
  • Bailey: "Arizona State University's MSE in Electrical Engineering program was challenging but rewarding, especially because it pushed me to specialize in power systems, a field where I wanted to make my mark. However, after graduation, I encountered the reality that career advancement in this niche often requires a Professional Engineer license, which wasn't covered extensively in the curriculum. While the degree advanced my knowledge and facilitated several remote work opportunities, I am now weighing whether pursuing licensure will be worth the time amidst my growing responsibilities."
  • Kennedy: "Studying at Arizona State University for my MSE in Electrical Engineering was a strategic move during a career pivot from software to hardware engineering. The curriculum's focus on practical applications helped me quickly adapt to industry demands, but I noticed hiring managers place significant value on internships and certifications alongside my degree. It took some persistence, but leveraging the program's network and finishing with a solid capstone project helped me break into a highly competitive field, even though salary growth has been somewhat gradual without licensure."

Other Things You Should Know About Degrees

How flexible is Arizona State University's online MSE in Electrical Engineering program for professionals balancing work commitments?

Arizona State University's online MSE in Electrical Engineering offers flexible scheduling options designed for working professionals. Courses are asynchronous, allowing students to engage with materials and complete assignments at their own pace, helping to balance work and study efficiently.

What admission materials are required for Arizona State University's online MSE in Electrical Engineering?

Applicants typically submit an online graduate application, official transcripts, a statement of purpose, a resume, and letters of recommendation. For 2027 admission, ASU also expects an ABET-accredited or equivalent engineering background and may request proof of English proficiency for international applicants.

Are there any specific technical prerequisites that could challenge students without a strong electrical engineering undergraduate background?

Students without a solid foundation in core electrical engineering topics may struggle with the program's quantitative rigor, particularly in courses on signal processing, electronics, and electromagnetics. Arizona State University does not provide preparatory courses within the program, so individuals lacking this background should consider supplemental coursework before or during their studies to keep pace. Prioritizing foundational knowledge upfront reduces the risk of falling behind and improves overall success and confidence.

Should students prioritize electives focused on emerging fields or traditional subfields within Arizona State University's MSE in Electrical Engineering?

Choosing electives should align with long-term career goals rather than current trends alone. While emerging fields like machine learning and renewable energy have growth potential, traditional areas such as power systems and communications remain foundational and in demand. A balanced approach-combining solid expertise in a core discipline with select emerging topics-often results in stronger professional versatility and marketability over time.