All the hostels are equipped with Chess, Carrom and Table Tennis and these are accessible 24X7
The students amenities center (SAC ) has the following facilities
Recreation hall
Chess, Carrom, Billiards and Table Tennis
Gymnasium equipped with Various facilities like treadmill, elliptic trainer, multigym and ab machine.
Badminton courts
Squash court
Department of Aerospace Engineering was established in 2007 and offers undergraduate (B.Tech) programme in Aerospace Engineering, Masters (M.Tech) Programmes in (a) Aerodynamics and Flight Mechanics (b) Thermal and Propulsion and (c) Structures and Design. (d) Manufacturing Technology and PhD in specialized areas of Aerospace engineering. Our students have access to state of the art academic and research labs in the above areas.
The B. Tech programme in Aerospace Engineering at IIST is oriented towards the needs of Space Technology, and has significant overlap with Mechanical Engineering. In addition to the traditional courses in Aerospace Engineering, it includes courses in Mechanical Design, Manufacturing Science, and Space flight mechanics A B.Tech degree in Aerospace Engineering enables student to specialize in Flight Mechanics, Aerodynamics, Thermal and Propulsion, Structure and Design, and Manufacturing Science.
The SAC houses multiple facilities that cater to the needs of the IIST student community. The following facilities are currently operational in the SAC.
Indoor sports and fitness facilities
Kitchen and mess hall with seating capacity of 450
Amphitheatre with seating capacity of 820
Multipurpose hall with seating capacity of 450
Yearly swimming training classes are arranged at Pirappancode international aquatic complex
IIST students are grouped into five houses and regular inter-house tournaments are organised for various events, culminating in the annual sports meet.IIST has teams for Cricket, Basketball, Volleyball, Chess, Football and Badminton which participate regularly in inter-collegiate events
Students also have access to the following outdoor facilities
Basketball court
Volleyball court
Outdoor gym
Cricket net pitch area
Cricket/Football ground
A healthy, physically active student is more likely to be academically motivated, alert, and successful. It also helps in building self-discipline and confidence of the student and promotes teamwork and sportsman spirit. To ensure an overall healthy development, IIST encourages the students to actively participate in various sports activities. At IIST, we have a regular program for students to train in various sports and fitness activities by well qualified physical education instructors.
Prof. Dipankar Banerjee,has taken charge as Director, IIST on 14 October 2024. He is an astrophysicist with a bachelor’s degree in physics (St. Xavier’s college) and master’s degree in Theoretical Physics from University of Kolkata. He has obtained his PhD from Indian Institute of Astrophysics and completed two postdoctoral tenures in reputed institutions in Europe. He served as Director, Aryabhatta Research Institute of Observational Sciences (ARIES), Nainital from 2019-2024. He is also a senior professor at the Indian Institute of Astrophysics.
ARIS (Advanced Retarding Potential Analyser for Ionospheric Studies) is an ionospheric plasma and electrostatic instrument developed by IIST for the structural and compositional studies of the ionosphere. Solar activity which is the main driver of the ionosphere can be studied in real-time by performing ion and electron density measurements in the ionosphere. Such measurements provide us with the warning of hazardous radiation effects on space assets, possible radiation exposure to aircraft crew and possible power grid disruptions.
Hard coatings for improving the lifetime of ballbearings in ISRO Spacecrafts: Under MoU with ISRO Inertail Systems Unit (IISU) for developing surface engineering techniques for improving the life and performance of ball-bearing systems in ISRO Spacecraft mechanisms. This mainly involves the studies on appropriate hard-coatings on ball-bearing systems in spacecrafts, and to study the surface energy modification techniques for improving the wettability of steel ball-bearing systems.
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