Program Overview

The B.Tech + M.Tech in Aerospace Engineering is an integrated dual-degree program that combines two key domains — Aeronautical Engineering and Space Technology.These areas provide students with a strong foundation in Aerodynamics, Propulsion, Structures, Materials, Control Systems, and Space Mechanics, offering complete knowledge of how machines fly within the atmosphere and beyond it.

Aeronautical Engineering focuses on the Design, Development, Analysis, and Testing of Aircraft Systems such as Airplanes, Helicopters, and Unmanned Aerial Vehicles (UAVs).

 Students study subjects like Aerodynamics, Flight Mechanics, Aircraft Structures, Propulsion Systems, and Avionics. The curriculum also emphasizes Safety Engineering, Fuel Efficiency, and Sustainable Aviation Technologies to meet modern aerospace standards.

Space Technology delves into the engineering of Spacecraft, Satellites, Launch Vehicles, and Rockets. Students learn about Orbital Mechanics, Space Propulsion, Satellite Communication, Remote Sensing, and Mission Design. This branch equips them with the technical knowledge to contribute To Space Exploration, Satellite Deployment, and Space Research Programs.

By integrating both Aeronautical and Space Technology disciplines, the program provides a comprehensive understanding of flight technology — from the Earth’s atmosphere to outer space. Students gain both theoretical expertise and hands-on experience through Advanced Laboratory Experiments, Computational Simulations, Design Projects, and Industry Internships, preparing them for high-technology careers in Aviation, Defence, and Space Sectors.

Duration : 5 Years (Full Time)

Key areas of focus include:

• Emphasis on the Design, Analysis, and Fabrication of aircraft and spacecraft systems using Advanced Computational Tools (CAD/CAM), composite materials, and modern manufacturing techniques.
• Addressing complex Aerospace Engineering Challenges through Experimental Analysis, Computational Simulations, and Prototype Development. Students engage in projects related to Aerodynamics Optimization, Propulsion Efficiency, Flight Dynamics, Control Systems, and Aerospace Material Innovations, fostering a strong foundation in Applied Research Methodologies.