Research in fluid and thermal engineering comprises of everything from the hydraulic pumps to the jet engines. A team of research students and faculty members work collectively to model the fluid dynamics and heat flow problems computationally to translate into real-life situations. The research areas in fluids and thermal includes: Computational methods for Incompressible flows, DNS and LES of Turbulence, Energy management and conservation, High speed aerodynamics, Interfacial heat and mass transport, Metal hydride based thermal machines, Micro and nano-scale thermal/fluid transport, Micro-fuel cells, Thermal aspects of biological systems, Thermal radiation.

Manufacturing engineering has been one of the significant focus research areas of Mechanical Engineering at IITG. Presently, the researchers investigate every aspect of the manufacturing of materials from automotive and aerospace to electronics and medical applications. The manufacturing engineering group at IITG works on diversified research areas like: Bio-MEMS, Casting, CAD/CAM/CIM, Coating, Composites, Computer Application in Metal Forming, Design and Manufacturing, Electromagnetic pulse processing, FEM, Neural Network, Fuzzy Set Application, Genetic Algorithms and Fuzzy logic in manufacturing, Mechatronics, Metal Forming, Unconventional machining processes, Welding of light weight metals, Welding Process Monitoring.

The machine design group in the mechanical engineering department is diverse consisting of experimentalists and computational experts who work on many ground-breaking as well as classical problems, inspired by materials physics, biology and automotive engineering. Some of the key research areas include: Acoustics ,Active Materials, Composites, Dynamics and Vibrations, Finite Element Method and Analysis, Fracture Mechanics and Design, Robotics, Micromechanics, Nanocomposites, Rolling Element Bearings Design and Analysis, Smart Structures, Tribology.