The M.Tech. in Aerospace Engineering is designed for engineers seeking advanced expertise in the analysis, design, and development of aerospace systems. The programme combines advanced aerodynamics, propulsion, aerospace structures, flight dynamics, orbital mechanics, and computational engineering with research-driven learning and industry engagement.
Students may pursue specialized pathways in Fluid Mechanics & Aerodynamics, Thermodynamics & Propulsion, Aerospace Structures & Materials, and Dynamics & Control, enabling deeper exploration of aircraft, spacecraft, launch vehicles, and autonomous aerospace systems. Through simulation-intensive coursework, experimental investigations, and thesis-based research, graduates develop the technical depth required for careers in aerospace, defence, space technology, advanced manufacturing, and research organizations.
Eligibility Criteria
- B.Tech./B.E. degree in Mechanical /Aeronautical / Aerospace / allied branches or B.Sc. (Hons.) in Aerospace with an aggregate of 60%.
- Valid score in GATE, PGCET or any other state entrance exam.
Chanakya Edge / Highlights
- Advanced curriculum covering aerodynamics, propulsion, flight mechanics, aerospace structures, orbital mechanics, and computational aerospace engineering.
- Specialized pathways in Fluid Mechanics & Aerodynamics, Thermodynamics & Propulsion, Aerospace Structures & Materials, and Dynamics & Control.
- Extensive use of industry-standard engineering tools including Ansys, MATLAB, and 3DEXPERIENCE for simulation, analysis, optimization, and system design.
- Limited memory-based assessments, with evaluation focused on engineering analysis, simulation studies, research investigations, design projects, and thesis work.
- Hands-on learning through wind tunnel experimentation, computational fluid dynamics, structural analysis, propulsion studies, and multidisciplinary aerospace projects.
- Opportunities to contribute to space and aerospace initiatives including ChanakyaSAT, Earth Observation systems, UAV technologies, and advanced aerospace research projects.
- Access to modern infrastructure including the Wind Tunnel & Dynamics Lab, Ground Station, Manufacturing Lab, High Performance Computing facility, and advanced simulation environments.
- Strong interdisciplinary integration with Artificial Intelligence, Robotics, Advanced Manufacturing, Geoinformatics, and Space Systems Engineering.
Credit Structure
Code | Course Type | Phased across Semesters | No. of Courses | Credits |
PC | Professional Core | I & II | 9 | 30 |
PE | Professional Elective | I, II, III & IV | 5 | 18 |
PW | Project Work and/or Internship | III & IV | – | 32 |
TOTAL | 14 or 15 | 80 | ||
Collaborations & Partnerships
IN-SPACe
- Professional workshops
- Deployment of Earth Observation payload
GalaxEye
- Radar Research Lab
- Earth observation and advanced sensing technologies
EDS Technologies
- Training and usage of 3DEXPERIENCE design and simulation platform
Cadmaxx Solutions
- CAD, engineering design, and simulation solutions
Simple Energy
- Battery technology and sustainable mobility research
Bullwork Mobility
- Autonomous electric vehicle development
These collaborations provide opportunities for research projects, technical workshops, industry mentorship, and exposure to real-world challenges in aerospace systems, advanced simulation, space technologies, intelligent sensing, and engineering design.