Get a Master of Science Degree in Systems Engineering

In today's rapidly evolving work environment, earning a Master of Science in systems engineering (MSSE) offers numerous benefits that can propel your career to new heights. With the increasing complexity of systems and the growing importance of digital transformation, an MSSE equips you with the advanced skills and knowledge to tackle complex engineering challenges and lead multidisciplinary teams effectively.

This highly sought-after degree not only enhances your problem-solving and critical thinking abilities, but also expands your understanding of the entire system life cycle, from design and development to testing and maintenance. By obtaining an MSSE, you position yourself as a valuable asset in diverse industries, ranging from aerospace and defense to health care and information technology, opening the door to lucrative job opportunities, increased earning potential and a rewarding career in shaping the future of technology and innovation.

Interdisciplinary, Flexible Curriculum

A recognized leader in engineering education, Florida Tech offers a systems engineering degree that has proven attractive to high-tech employers for more than a decade. An MSSE 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 in the workplace immediately.

The program draws on the expertise and experience of a renowned faculty who prepare graduates in key advanced subjects, including model-based systems engineering, simulation modeling for system analysis, decision and risk analysis, design of experiments, system requirements analysis, agile project management and various digital technologies that are in high demand in today’s industry environments.

Pursuing an MSSE at Florida Tech provides an unparalleled opportunity to develop your expertise in a thriving, innovative academic environment. Located on the Space Coast, Florida Tech boasts strong relationships with industry leaders, such as L3Harris Technologies Inc., Northrop Grumman Corp. and NASA, which contribute to its cutting-edge research and industry-focused curriculum. By studying at Florida Tech, you benefit from experienced faculty, state-of-the-art facilities and a collaborative learning atmosphere, enhancing your knowledge of digital transformation, systems thinking, agile project management and overall systems integration. Furthermore, Florida Tech's deep connections with major industry partners and the university's commitment to fostering practical, hands-on experience ensure that you graduate with a competitive edge, ready to excel in a variety of fields and contribute to the advancement of complex engineering systems.

Distinguished, Experienced Faculty

At Florida Tech, our exceptional faculty boast not only a wealth of hands-on industry experience, but also active involvement in cutting-edge research within the realm of systems engineering. This unique combination equips students with invaluable insights into the dynamic world of systems engineering, as our esteemed professors bring their knowledge of emerging trends and innovations directly into the classroom. With a deep understanding of the real-world challenges and projects awaiting future professionals, our faculty delivers unparalleled mentorship in an intimate learning environment.

Our 14:1 student-to-faculty ratio fosters meaningful connections between students, peers and educators, paving the way for individualized instruction and genuine mentorship. We pride ourselves on offering convenient evening classes and adaptable course schedules, empowering students to effortlessly balance their academic pursuits and professional responsibilities.

A Culture that Develops Leaders

Systems engineering programs, by nature, support 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 set up students for success.

Hands-on Research

At Florida Tech, our prestigious status as a national research university guarantees that upon graduation, you will have gained hands-on experience in designing, analyzing and optimizing complex, interdisciplinary systems. Our prime location at the heart of Florida's high-tech corridor—the Space Coast—offers unparalleled internship opportunities with revered names in technology, such as NASA, Northrop Grumman Corp., General Electric Co., Boeing Co., Leonardo DRS, Embraer and L3Harris Technologies Inc.

Our esteemed professors actively engage in research, incorporating the latest digital technologies and aligning with the ever-growing digital transformation demands from the industry. This cutting-edge focus contributes to numerous journal and conference publications each year. Florida Tech's unwavering commitment to significant research topics involves students, placing them alongside peers, professors and industry leaders to investigate, observe and analyze intricate challenges and scenarios within their chosen fields.

A critical aspect of effective systems engineering programs is the collaboration among interdisciplinary experts in research. At Florida Tech, teamwork is an integral component of our curriculum, empowering students to address complex problems, explore decision making and problem-solving techniques and devise practical solutions that can be immediately implemented in the workplace. Our program is designed to not only ignite your passion for innovation, but to prepare you for a successful career in the ever-evolving world of systems engineering, equipped with the digital skills necessary to excel in today's technology-driven landscape.

High-Tech Research Facilities

At Florida Tech, our distinguished research university status guarantees that students have access to cutting-edge tools and facilities, enabling them to dive deep into research within their chosen areas. The most exceptional systems engineering programs are built on the foundation of state-of-the-art facilities, and at Florida Tech, we take pride in our advanced research centers, institutes and labs that house essential systems engineering equipment and software in areas such as Model-Based Systems Engineering (MBSE), simulation, data analytics, machine learning and artificial intelligence.

Our high-tech research facilities encompass various computer labs that provide an immersive and collaborative environment for students to learn and implement concepts related to digital technologies. We place particular emphasis on our distinguished research centers, such as the Center for Advanced Data Analytics and Systems (CADAS) and the Center for Advanced Manufacturing and Innovative Design (CAMID). These centers not only foster innovation but also facilitate the development of ground-breaking solutions within the rapidly evolving field of systems engineering, directly contributing to the digital transformation in the industry.

At Florida Tech, we are committed to empowering students with the resources, support and opportunities they need to excel in their chosen disciplines. By providing access to these cutting-edge facilities, we ensure that our students are well prepared to tackle real-world challenges, embrace digital technologies and thrive in the fast-paced landscape of systems engineering, driving the digital transformation in their future careers.

At Florida Tech, systems engineering students can expect a diverse array of research opportunities led by our accomplished faculty, who are actively engaged in various research endeavors. Our faculty's research efforts focus on modernizing the field of systems engineering, with special attention given to digital transformation and its implications on both industry and academia.

Some of the research areas conducted by our systems engineering faculty at Florida Tech include:

1. Model-Based Systems Engineering (MBSE): Advancing the use of digital models and simulations to enhance systems design, integration and validation processes. Our faculty members are experts in implementing MBSE approaches to improve efficiency and effectiveness in complex systems engineering projects.
   
   
2. Unmanned Aerial Systems (UAS) and Robotics: Investigating autonomous and semiautonomous systems, including drones and robotic applications for various industries. Our faculty are dedicated to exploring innovative solutions to enhance the capabilities of such systems and address challenges in their deployment.
   
   
3. Data Analytics, Machine Learning and Artificial Intelligence: Exploring techniques to extract insights from large datasets and optimize complex systems. Our faculty are at the forefront of integrating AI and machine learning algorithms to improve decision making, automation and system performance.
   
   
4. Remote Sensing and Optical Systems: Developing advanced methodologies for designing, analyzing and optimizing optical systems for remote sensing applications. Our faculty members have extensive experience in the application of statistical and computational techniques for the analysis of optical systems data.
   
   
5. Discrete-Event Simulation for Systems Analysis: Our faculty are proficient in utilizing discrete-event simulation techniques to model and analyze complex systems, enabling more informed decision making and optimization of system performance.

As a student at Florida Tech, you will have the opportunity to delve into these research areas or explore other topics of interest within the context of digital transformation and systems engineering. Our faculty members are committed to providing mentorship and support, allowing you to develop your expertise and contribute to the ongoing advancements in the field.

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 workforces, experiences such as these are a valuable tool for learning and career advancement. By participating in research at Florida Tech, you will not only gain invaluable hands-on experience but also acquire the skills necessary to drive digital transformation in your future career, making a lasting impact on the ever-evolving landscape of systems engineering.

Capstone Design Project

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

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 careers. The curriculum gives students a chance to tackle engineering projects beyond the theoretical and show their unique insights and perspectives.

Systems engineers are in demand in the defense, aerospace, transportation, pharmaceutical, medical device and software industries, as well as 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!

Career Outlook

The ever-evolving landscape of technology and industry demands skilled systems engineers more than ever, making a career in systems engineering both promising and rewarding. Florida Tech students are well-positioned to excel in this competitive field, whether they are seeking new opportunities or aiming for career advancement within their current organization.

Our program is grounded in essential principles, such as problem-solving, digital technologies driving digital transformation, risk analysis, and technical system requirements. Graduates from Florida Tech's systems engineering program are highly attractive to organizations seeking creative thinkers who can tackle complex challenges using an interdisciplinary approach.

The increasing demand for systems engineers across various sectors, including aerospace, defense, health care, telecommunications and energy, demonstrates the growing significance of the discipline in today's world. As industries continue to embrace digital transformation and seek innovative solutions, the need for skilled systems engineers who can navigate these changes will only continue to rise.

At Florida Tech, we equip our students with the knowledge, skills and experiences necessary to excel in this dynamic field. By providing a solid foundation in systems engineering principles and offering ample opportunities for hands-on research and internships, our graduates are prepared to meet the increasing demand for systems engineers in the industry, driving innovation and shaping the future of technology.