The mechanical engineering master’s program builds advanced expertise in the analysis, design and fabrication of machines, engines and advanced technologies-emphasizing multidisciplinary problem-solving that reflects real-world engineering practice.
You’ll learn in a dynamic, research-rich environment with close faculty mentorship. Located on Florida’s Space Coast-surrounded by major aerospace, defense and high-tech companies-Florida Tech offers opportunities for industry collaboration and access to internships and career pathways. The program is flexible, with both thesis and nonthesis tracks and full-time or part-time options-ideal for working professionals. Full-time students can complete the degree in as little as two years. Mechanical engineering research at Florida Tech is both wide-ranging and deeply interdisciplinary, addressing real-world challenges through innovation at the intersections of engineering, science and technology.
Faculty collaborate across disciplines in areas such as sustainable energy systems, intelligent robotics, biomedical engineering, advanced manufacturing and nanotechnology. Research topics include micro- and nanoscale sensors, nonlinear dynamics, propulsion and combustion, control systems for aerospace applications, laser-assisted materials processing and AI-driven design methodologies. These efforts integrate expertise across multiple areas of science and engineering, enabling solutions that are technically robust and socially relevant.
*Price shown is for indicative purposes, please check with institution
May 2027
Melbourne
150 W. University Blvd,
Melbourne,
Florida,
32901, South, United States
*Price shown is for indicative purposes, please check with institution
01/11/2026
Start date
January 2027
Melbourne
150 W. University Blvd,
Melbourne,
Florida,
32901, South, United States
*There may be different IELTS requirements depending on your chosen course.
Florida Tech is a leading provider of science and engineering programs across Florida and the South, delivering excellent graduate outcomes.