Biomedical Engineering
This incorporates the latest developments of science and technology to understand the complexity of biological systems and to diagnose the physiological and pathological disorders along with the design and development of diagnostic and rehabilitative techniques. A number of courses designed to serve the above mentioned purpose are offered and the students can undertake project work in medical instrumentations, biomechanics, applications of image signal processing, physiological fluid dynamics, laser and ultra-sound applications in medicine, haptics etc.
Fluid Mechanics
This specialization covers the major areas of mechanics of fluids such as turbulence, hydrodynamic instability, convection, fluid-structure interaction, bio-fluid mechanics, waves, micro scale flows and environmental flows. Students can choose analytical, computational and experimental approaches for their project work. The project can be in either fundamental or applied areas of fluid mechanics.
Solid Mechanics
This specialization encompasses broad areas such as continuum theory, theory of plates and shells, plasticity, fracture mechanics, modeling of materials, dynamics of structures, computational methods, finite and boundary element methods, experimental stress analysis, digital photo mechanics and high temperature structural design. The project can be in either fundamental or applied areas of solid mechanics.
Programme Codes:
- AM1Y -> M.Tech. in Applied Mechanics with HTTA
- AM1N -> M.Tech.in Applied Mechanics without HTTA
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