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The Master of Science in Mechanical Engineering offers a Thermofluids specialization. Key research areas within this focus encompass thermodynamics, fluid mechanics, gas kinetic theory, aerosol thermophoresis, micro-scale heat transfer impacts on laser propagation, combustion fundamentals including flame speed measurements and stability assessments, chemical reduction techniques like the rate-controlled equilibrium approach, pollutant formation and mitigation in combustion processes, atmospheric chemistry and pollution control, renewable energy solutions, combustion-driven material synthesis, fire dynamics and suppression methods, non-equilibrium thermodynamic systems, turbine cooling technologies for energy applications, pharmaceutical-related calorimetric research, and thermal management in energy systems. This program integrates research and instruction to equip students with the knowledge to harness thermofluid principles for groundbreaking engineering advancements.