Where can I get a PG hostel nearby IIT Bhubaneswar permanent campus?
Are there any PG's at Jatani or Khurda town?

Software Details:

Climate Science and Technology:

This program offers the student the opportunity to learn about atmospheric and ocean dynamics and their interaction, dynamic and synoptic meteorology, quality control, processing and assimilation of oceanic and atmospheric data sets, modelling of oceanic and atmospheric processes and their prediction, data Remote sensing Climate variability and global warming, global and regional climate models, the impact of climate change, climate risk and vulnerability assessment, instrumentation and observation systems, marine pollution and coastal zone management, Glaciology and paleoclimatum, etc. Also, a bridge course allows the student to understand about the earth and its interior.

Structural engineering:

This master's program aims to create high quality professionals with a strong research capacity. Through this program students will be exposed to cutting edge research in the areas of structural mechanics, structural analysis, structural dynamics, concrete technology, soil-structure interaction, etc. The program also offers students to learn about earthquake engineering and seismic design of structures. This program has a set of elective courses, which are relevant to the part of structural engineering education and research. Students may also take interdisciplinary subjects of their choice from a broad spectrum of electives offered by other departments of IIT Bhubaneswar.

Transport Engineering:

The program will provide training on cutting-edge research and development to address a number of urgent issues and challenges. The transportation engineering division will focus primarily on the production of highly skilled human resources, which can cater to the country's steepest needs to handle various complex problems related to sustainable transport solutions. The division will focus on issues and problems related to urban transport planning, land use and interactive modelling transport, traffic flow theory and modelling, traffic engineering, road materials, engineering and management of Pavements, rural / road safety, public transport system, transport economics, environmental impact assessment of transport facilities, intelligent transport system, etc. In addition, it will also address issues related to transport-related policies and behaviour of all its stakeholders.

Electronic Engineering and Communication:

The program focuses on teaching and research to provide students with state-of-the-art penetration in the major areas of Electronics, Communications and Signal Processing, Microelectronics and Semiconductor Devices and Computer Systems and Techniques.

Engineering of energy systems:

The program focuses on teaching and research in the areas of power system analysis, operation, control and optimisation, power system protection, wide area monitoring and power system automation, flexible AC and HVDC transmission systems , Restructuring of electrical and electronic systems. Energy system, energy quality, renewable and distributed energy systems, micro-grid systems and smart grid.

Science and Engineering of Materials:

This program focuses on the beneficiation and processing of minerals, metal smelting and heat treatment, steel alloys, important Al, Mg and Ti alloys, super alloys, nano-materials, precious metals and precious stones, ceramic materials, refractory materials, composite materials , Bio-materials, rare earth elements: production and applications, granular materials, material structure, optical and magnetic thermal mechanical properties of materials, correlation of properties of structures of materials, modelling and simulation of materials, etc.

Science and Thermal Engineering:

The Master of Science in Thermoelectric and Engineering Sciences program aims to create motivated and capable graduates who can serve both as design engineers and technicians and applied researchers in the core and R & D industry. Fluid Mechanics, Thermodynamics and Heat Transfer, the program offers an opportunity to broadly specialise in areas such as Energy and Energy, Heat Transfer, Materials Processing, Turbulence, CFD and Modelling, High Precision and High Performance Computing, Combustion and Flow Geophysicists through broad electives. 

Science and Thermal Engineering:

The Master of Science in Thermoelectric and Engineering Sciences program aims to create motivated and capable graduates who can serve both as design engineers and technicians and applied researchers in the core and R & D industry. Fluid Mechanics, Thermodynamics and Heat Transfer, the program offers an opportunity to broadly specialise in areas such as Energy and Energy, Heat Transfer, Materials Processing, Turbulence, CFD and Modelling, High Precision and High Performance Computing, Combustion and Flow Geophysicists through broad electives. The program has also built on advanced computational, modelling as well as experimental laboratories to make the graduate, industry ready. Graduates are individually moulded in their second year to build successful careers in academic research as well as R & D industry through seminars and projects.

Design of mechanical systems:

The Mechanical Systems Design Program offers courses focused on various aspects of mechanical design. Students must undergo four basic courses, six elective courses and three laboratories spread over two semesters. Basic courses, such as Vibrations, Advanced Solid Mechanics, Control Theory and Applied Elasticity, and laboratories aim to build a solid foundation in the field of systems design. Elective courses and thesis work provide the flexibility to delve into computational mechanics, composites, intelligent structures, robotics, vibrations, condition monitoring and acoustics. The provision of the "Research Review Document" in the course curriculum aims to broaden student research skills.