M.TECH - Computer Science and Engineering

The Master’s program in Computer Science and Engineering aims to equip graduates with the knowhow that would enable them to execute research work or take up responsible research oriented jobs in industry and academia.

The program inculcates conceptual understanding and technical ability to empower research activity in Computer Science and Engineering. The course is structured around some core courses. The student is allowed to choose electives suitable to interests and personal goals.

The curriculum is aimed to foster research outlook in real life problems. To this end ample exposure is provided via case studies, industry visit and interaction with industry experts.

Some of the core subjects encountered are Mathematical foundations, Algorithms, Data structures, Advanced Computer Architecture, Software Engineering, Compiler Design, Advanced Operating System, and Modeling and Simulation.

Some of the electives are Theory of computation, Embedded Systems, Digital Imaging, Mobile computing, Distributed Computing, Multimedia Systems, Data Mining, Software Project Management, XML and Web services, Wireless sensors Networks Pattern recognition and Grid computing.

MTECH - STRUCTURAL ENGINEERING

Structural Engineering is a discipline which studies advanced concepts of mechanics of structures. Generally the domain of structural engineering concerns developing mathematical models, outlining schematics, drawing specifications, calculations and supervision of new projects.

The MTECH program is a blends strong theoretical foundations with practical learning through extensive analytical, computational and execution. The course not only develops industry relevant skills along core competence for academic and research tasks. The course will impart the students a firm grounding in cutting edge design and execution strategies for a spectrum of infrastructure needs.

Structural Dynamics, Theory of elasticity and plasticity, Concrete structures, Soil Structure Interaction, Steel structures, Disaster resistant structures, Aseismic Design, Industrial structures, Maintenance and Rehabilitation, Structural Analysis, Computer Aided Design, Finite Element Analysis and Matrix Computer Methods.

MTECH - THERMAL ENGINEERING 

Thermal engineering explores advanced applications of the science of thermodynamics. Thermal engineering It studies heating and cooling processes, heat transfer in linear, nonlinear, steady state and transient modes, fluid flow, porous media, multiphase flows, open channel flow, fluid structure interactions etc.

Thermal Engineers concern themselves with design of efficient heat removal and cooling design in engineering systems. Such designs are achieved by ideal thermal and pressure load estimation and coupled field analysis. They are also entrusted with the design and maintenance of equipment like gas turbines, steam turbines, heat exchangers, pumps, propellers, compressors, rotor stator interactions, inlet manifolds, flow separators, turbo chargers, volutes and related accessories.

The field studies subjects such as Thermodynamics, Heat Transfer, Thermal Power, Energy Systems Design, Refrigeration, Air Conditioning, I.C. Engines and Hydro- Thermal Turbomachines

The program aims to provide the engineer with cutting edge skills in numerical simulation, flow visualization, particle characterization, combustion diagnostics and thermal research. The course focuses on experimental and simulation techniques and their applications in the context of Thermal Engineering.