Online Systems Engineering Master’s Degree
Online Systems Engineering Master’s Degree
Start your GCU
journey today.
journey today.
The online Master of Science in Systems Engineering at Grand Canyon University is designed for professionals interested in exploring complex, technology-driven systems. Our systems engineering master’s degree focuses on the design, analysis and management of large-scale systems that integrate hardware, software, people and processes.
Through coursework in systems architecture, risk modeling and analysis and lifecycle management, you will study practical methods for defining system requirements, evaluating tradeoffs and managing uncertainty across a project’s lifecycle. These skills are applied in hands-on assignments and case studies drawn from aerospace, energy, transportation and robotics, helping you understand how systems engineering principles translate directly into real project planning and decision-making.
GCU’s MS in Systems Engineering online format makes it possible to earn your degree while balancing work, life and other commitments. Courses are readily accessible, allowing you to complete coursework on a flexible schedule without compromising academic quality. You’ll engage with faculty and peers through interactive platforms that support collaboration, critical thinking and practical application.
Gain foundational and advanced knowledge through targeted courses that can help you:
The MS in Systems Engineering online program can prepare you with skills in systems-level thinking and leadership. Graduates often find deadline-driven roles in industries like scientific research and development services, some government entities, research laboratories, industrial production plants and manufacturing.1
Systems engineering is applied across a wide range of industries. Fields such as engineering, technology, manufacturing, healthcare and energy often utilize systems engineering principles and roles. Professionals in these roles seek engineering, integration and leadership positions where they can apply their technical knowledge to oversee complex systems and improve efficiency. While the U.S. Bureau of Labor Statistics (BLS) does not track data specifically for systems engineers, it reports that architectural and engineering managers — a related occupation — typically hold master’s degrees and play a key role in guiding technical teams and large-scale projects.2
Potential roles include:
Architectural and engineering manager
Database administrator architect
Industrial engineer
Engineer
Process engineer
Project engineer
Median annual wage for architecture and engineering managers as of May 20243
Average number of new architectural and engineering occupations each year from 2024 to 20344
GCU has been institutionally accredited by the Higher Learning Commission since 1968 and prioritizes academic quality across all our colleges and programs. Our long-standing accreditation reflects our commitment to continuous improvement, rigorous academic standards and delivering meaningful, career-relevant education to all our students.
Browse common questions that others are asking about a master’s degree in systems engineering to help you make an informed decision for your future.
If you’re interested in tackling complex, interdisciplinary challenges and advancing your technical leadership, this degree may be worth it for you. A systems engineering master’s can help build expertise in designing, managing and optimizing large-scale systems across industries. While the degree does not guarantee employment, it can strengthen your qualifications and potentially open up new opportunities. Think about how it aligns with your goals and whether you’re inspired by the kinds of problems this field seeks to solve.
Software engineering focuses on designing and developing software applications. Systems engineering takes a broader view, considering software, hardware, control systems, data management and ergonomics to create safe and effective systems.
You may have an opportunity to work in industries that require coordination and leadership across technical domains — such as aerospace, defense, healthcare and IT — often in roles that involve planning, integration and oversight of large-scale systems. While one of the first steps to becoming a systems engineer is to earn a bachelor’s degree, the BLS notes that some organizations may prefer or require a graduate degree5 — highlighting the added value of advanced education for leadership roles in technical industries.
Take your systems thinking to the next level. Earn your MS online from GCU and engineer what’s next.
Online: $600 per credit [More Info]
Up to 12 credits or 1/3 of the total program requirements in transfer (whichever is less)
Credits: Fill out the Lopes Eval to find out what will transfer
Admission Requirements (Master's)
OR 2.5+ Unweighted GPA and
Admission requirements may differ based on degree level, program and modality, or transfer status. Some programs of study may require a higher GPA and/or other qualifying criteria for admission. Please review full admission and program requirements in the University Policy Handbook.
* Degree must be from an accredited college or program that has been approved by GCU.
** Combined verbal/quantitative, after August 2011 (1,000 combined verbal and quantitative, prior to August 2011).
