MSc in Mechanical Engineering (Non-thesis) - Thermo fluid Sciences in Boston United States | Boston University

Our Master of Science in Mechanical Engineering program provides advanced training in specialized mechanical engineering fields, preparing students for careers in research or industry.

The College of Engineering enables students to personalize their education through flexible master's programs featuring interdisciplinary concentrations and practical experiences. Program length varies based on individual academic goals, with part-time enrollment options available.

Perfect for students aiming to earn their MS degree in 11.5 years and leverage it for careers in industrial R&D, design engineering, testing, consulting, management, or technical sales.

The course structure mirrors the thesis track, with students substituting two 500-700 level Mechanical Engineering graduate courses for research requirements.

Full-time students can complete the program in one year by taking four courses per semester.

Thermofluid sciences explore heat transfer, thermodynamics, fluid mechanics, and mass transfer in complex engineering systems, with significant applications in sustainable energy development. Our department conducts diverse research projects spanning high-temperature fuel cells, nanoscale thermal phenomena in energy materials, and interfacial physics in multiphase systems.

Research Topics
Fundamental and Applied Thermofluid Sciences investigates core physical principles in complex systems. Studies range from large-scale fluid dynamics (atmospheric turbulence, propulsion systems, multiphase flows) to micro/nanofluidic device development. Additional research examines thermal transport in plasma applications, computational modeling of reactive porous media, and experimental analysis of energy transfer mechanisms.
Green Technologies research encompasses both conventional energy systems (fossil fuel plants) and renewable solutions (fuel cells, wind turbines). Department projects include electrochemical device simulation, battery technology development, wind turbine impact studies, and innovative wave energy converter design.