About this course
This qualification focuses on the design and manufacturing of aircraft, as well as the broader aspects of the aerospace industry. It opens up employment opportunities across various sectors of aviation, with numerous companies engaged in specialized fields within the sector. Students are trained in both aeronautics (flight within the atmosphere) and astronautics (flight beyond the atmosphere), gaining a deep understanding of the fundamental scientific and engineering principles underpinning aerospace systems. In addition to technical skills, the program also addresses sustainable aviation, environmental concerns, and space exploration, preparing students to contribute to the future of the aerospace industry.
Key areas of study:
1. Advanced Aerodynamics
2. Aircraft and Spacecraft Design
3. Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD)
4. Flight Dynamics and Control Systems
5. Aerospace Propulsion and Thermodynamics
Program Details
Mode of Study:
All four years at IIAE Dehradun. Students will go for training and internship at various other places for more exposure and hands on experience.
Eligibility:
Students appearing for or who have passed 10+2 with PCM from ICSE/CBSE/IGCSE/IB/State Board. Students with a Diploma in Engineering with at least 50% marks. Students who haven't taken Mathematics in their science stream can also apply, provided they clear Mathematics through NIOS intermediary.
Fee Details:
Academic fee: 2,50,000 Rupees (Includes tuition, library, practical and maintenance).
Hostel fee: 1,25,000 Rupees (Boarding and Mess).
Certification and graduation fee: 2,50,000 Rupees after completion of the course.
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More about Aerospace Engineering.
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It blends mechanical engineering, electrical systems, computer science, materials science, and fluid dynamics—all in one. Innovations in aerospace often ripple into everyday life—GPS, weather satellites, advanced materials, and even memory foam all trace back to the research. It’s a discipline where the laws of physics are your canvas, and the sky is not the limit—it’s just the beginning. Engineers are in demand across aviation, defense, space tech, AI, and robotics. Aerospace is no longer just for government agencies—startups are building rockets, drones, and satellites. It isn’t just a career—it’s a mission to shape the future of humanity.
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Future after completion of this program
Graduates of Aerospace Engineering are well-prepared for:
1. Entry into professional engineering roles in design, analysis, manufacturing, testing, or systems integration
2. Postgraduate study (e.g., MSc in Aerospace Engineering, Aeronautics, or related fields)
3. Graduate training schemes in the aerospace, defense, aviation, and space sectors
After completing this program, graduates can work in Aircraft and spacecraft design, Aerospace systems manufacturing and engineering, Satellite and space mission planning, Research and development in sustainable aviation technologies, Satellite systems and space technology, Research and development in aviation sustainability. Job roles that graduate can assume to get: Spacecraft Systems Engineer, Avionics Engineer, Propulsion Systems Engineer, Aerodynamics Engineer, Systems Integration Engineer, Aerospace R&D Engineer etc. Other opportunities are available across our R&D centers, manufacturing hubs, and entrepreneurial and aviation sector.
