A M.S. degree program in systems engineering typically takes about two years to complete. While systems engineering master's program typically incorporate multiple fields of study, students might be able to specialize in areas of interest. Applicants to a Master of Science in System Engineering degree program commonly need a bachelor's degree in a related area, such as engineering, computer science, chemistry, physics or mathematics. Some schools offer courses online.
Master of Science in System Engineering
Students in these programs typically complete core coursework in systems architecture, engineering and management. A school might expect a student to choose a concentration, such as mechatronics, aerospace development, logistics or infrastructure. Therefore, these programs are usually between 30 and 38 semester credits long. Course topics may include:
- Systems operations
- System architecture
- Project management
- Modeling and simulation
- Decision and risk analysis
- Probability and statistics
Popular Career Options
Graduates of a M.S. degree program in systems engineering are qualified for a variety of engineering-related opportunities. Some possible career titles could include:
- Senior systems engineer
- Systems data analyst
- Software systems director
- Engineering systems: electronics specialist
According to the U.S. Bureau of Labor Statistics (BLS), job opportunities for computer and information systems managers are projected to increase by 11% during the 2018-2028 decade. Computer systems analysts should expect a 9% increase during the same time period. In May 2018, the BLS reported that the average yearly salary of systems managers was $152,860. Systems analysts earned an average income of $93,610 in May 2018.
Upon completion of this degree program, students can attend advanced post-graduate certificate programs in topics such as technical management, information systems engineering and environmental engineering. Depending on the type of real-world experience a graduate earns following degree completion, he or she can apply for admission into a Ph.D. program in disciplines of engineering such as bioengineering, mechanical engineering or chemical engineering.
Systems engineering can apply to a variety of different areas in aerospace, logistics, infrastructure, etc., so a master's degree program in this field can cover many different types of applications. Students in this program will be able to choose specific areas of emphasis in which to focus their studies, depending upon their specific interests and career goals.