An interdisciplinary systems engineering degree can be applied to science, business, and many areas in between. System engineers work in many different fields, including energy development, information technology, and software management. As a Florida Tech graduate in this rapidly growing discipline, students possess the skills and knowledge in demand by employers that involve the mechanical, electrical, and other operational control systems.
A recognized leader in engineering education, Florida Tech’s systems engineering degree has proven attractive to high-tech employers for more than a decade. A master’s systems engineering degree enhances student decision-making and problem-solving abilities through a curriculum that incorporates up-to-date tools and techniques, which can be put into practice immediately in the workplace.
The program draws on the expertise and experience of a renowned faculty who prepare graduates in key advanced subjects, including systems engineering principles, system modeling and analysis, decision and risk analysis, design of experiments, and system requirements analysis.
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You have two graduate study opportunities:
You have three graduate study opportunities:
You have two graduate study opportunities:
For more than ten years, high-tech employers have looked to Florida Tech for systems engineering graduates. A leader in engineering education, Florida Tech combines a rigorous, complex curriculum with innovative, real-world experience to prepare graduates for their future career or advancement with their existing employer.
Our professors bring years of industry experience to the classroom, providing students with a real-world understanding of systems engineering and the type of projects and processes they will face in their careers. Unlike systems engineering programs around the country, Florida Tech offers a small student-to-teacher ratio, resulting in a closer and more personal connection between students, peers, and professors. This close-knit academic atmosphere leads to a more personalized learning experience and true mentorship. Convenient evening classes and flexible course offerings make balancing professional and academic obligations easier.
Systems engineering programs are by nature a field of study that supports individual creativity, innovation, and exploration. Students support each other working in project teams, consisting of domestic and international students coming from diverse engineering backgrounds. Not only does this culture allow team members to learn important business practices and cultural sensitivities, but it sparks deeper discussion, understanding, and analysis that sets up students for success.
Our status as a national research university ensures that when you graduate, you’ll have hands-on experience in creating, analyzing and refining complex and interdisciplinary systems. Our location on the Space Coast, in the middle of Florida’s high-tech corridor, surrounds you with internship opportunities with some of the most respected names in technology, including NASA, Northrop Grumman, General Electric, Boeing, Leonardo DRS, and Harris Corp. Through their research, professors publish several journal and conference papers each year on topics such as reliability modeling and statistical analysis of optics.
The university’s interest in and dedication to important research topics involves students, putting them side-by-side peers, professors, and industry leaders to create, observe, and analyze complex challenges and scenarios in their chosen field. Florida Tech is truly one of the most advanced systems engineering programs in the country.
Part of making systems engineering programs effective is collaboration of interdisciplinary experts in research. At Florida Tech, team assignments are an essential part of the program allowing students to tackle problems, explore decision-making and problem-solving techniques and create solutions that can be put into practice immediately in the workplace.
Florida Tech’s research university status ensures that students have the tools and facilities they need to conduct research in their preferred area. The best systems engineering programs have the best facilities, and Florida Tech’s advanced research centers, institutes, and labs are home to essential systems engineering equipment and software in nanotechnology, energy, information characterization, and more.
From microscopic nanochips to the colossal Hadron collider, complex systems are everywhere. Even basic industrial products and processes have comprehensive life cycles that require engineering experts to ensure a smooth transition from concept to reality. Systems engineers design and refine systems to tackle technical, cost, and scheduling requirements while minimizing potential defects and risks.
Part of Florida Tech’s comprehensive curriculum is hands-on. Systems engineering internships and research opportunities combined with mentorship from professors (who are experienced engineers and leaders themselves), insight from business leaders, assistantships and team learning prepares students for the workplace and to be successful leaders.
Research is completed through in-class projects, the Capstone Design Project, master’s theses, doctoral dissertations, and special independent study topics. This combination of learning activities, in addition to lectures and systems engineering internships, sets up an environment for students to advance their technical expertise, develop leadership skills, expand their business acumen, and interact in a global community. Research includes such example topics as:
While completing systems engineering internships and assistantships, students discover potential career paths and develop professional relationships that could lead to employment. Because Florida Tech is located amid one of the nation’s largest high-tech work forces, experiences such as these are a valuable tool for learning and career advancement.
In addition to systems engineering internships, Florida Tech engineering students participate in a capstone design project. This project provides students a chance to display their skills as both an engineer and a researcher, solving real-world problems in the industry today. Top-rated capstone projects go on display at showcases attended by representatives of both local and national companies, giving students the opportunity to network with potential employers.
Team assignments are an effective format to explore practical industry projects and problems, providing the type of systems engineering training that translates to the work graduates will do in their career. The curriculum gives students a chance to tackle engineering projects beyond the theoretical and show their unique insights and perspective.
What could my career look like with a degree in Systems Engineering, M.S.?
System engineers are in demand in the defense, aerospace, transportation, pharmaceutical, medical device, software industries and many other industries that develop complex engineered products—which is why over 90% of Florida Tech’s systems engineering graduates get a job within three months after graduation. Many Florida Tech alumni become CEOs or top management of large international corporations, and one is even an astronaut!
In addition to new jobs in the marketplace, many Florida Tech students who are already working professionals find systems engineering jobs through career advancement within their current organization. Armed with a foundation centered on problem solving, risk analysis and technical system requirements, graduates are attractive to organizations looking for creative thinkers who tackle challenges using an interdisciplinary approach.
The Occupational Outlook Handbook, published by the US Department of Labor’s Bureau of Labor Statistics (BLS), provides detailed information about hundreds of occupations, including, desired education, overall working environment, and employment prospects. According the handbook, engineering disciplines in a variety of areas are projected to grow from 2012–2022 including electromechanical engineers (4%), computer hardware experts (7%), industrial engineers (5%), and health and safety specialists (11%), to name a few.