Industry Partners
About the Program
The B.Tech in SpaceTech Engineering with Artificial Intelligence is a four-year, full-time, residential programme that equips students to design, build, integrate and operate small satellites, propulsion subsystems, ground stations and AI-driven mission software for India’s rapidly expanding NewSpace economy. The curriculum integrates aerospace fundamentals, embedded avionics, AI/ML for autonomy and earth-observation, and live build-and-test cycles delivered through the on-campus satellite & ground-station laboratory. Students graduate with a UGC-recognised B.Tech degree, a portfolio of flight-grade payloads and CubeSat subsystems, and a DGCA Remote Pilot Certificate, ready to join India’s space industry, defence labs, or pursue advanced research in aerospace, autonomy and AI.
Key Highlights
- AI-Integrated Curriculum:
- Six Real Builds per Year:
- Satellite & Ground-Station Lab on Campus:
- Industry Capstone with MAS:
- IN-SPACe & ISRO-Aligned:
- DGCA Remote Pilot Certificate:
- Defence & Civil Space Career Track:
Eligibility Requirements
10+2 with Physics, Chemistry and Mathematics (PCM); aggregate ≥ 60%.
Duration
4 Years
Apply NowProgram Fees
1st Year Fees
275000/-
2nd Year Fees
289000/-
3rd Year Fees
289000/-
4th Year Fees
289000/-
Industry-Focused Learning
Latest Data Science Tools
Hands-on Experience
Labs & Assignments
Small Batch Sizes
Personalized Attention
Career-Driven Approach
Professional Success
Networking Opportunities
Industry Connections
Start-up Incubation
New-Gen IEDC Support
Top Placements
Up to 55 LPA Package
Holistic Development
Well-Rounded Growth
Why B.Tech in SpaceTech Engineering with AI is the Right Choice?
India’s space economy is projected to reach US$ 44 billion by 2033, driven by IN-SPACe reforms, the Indian Space Policy 2023 and a fast-growing private-sector launch and satellite ecosystem. The opening of the sector to private capital, the emergence of more than 200 NewSpace start-ups, and a structural pipeline of CubeSat, earth- observation and propulsion programmes have created a sharp shortage of engineers who can do, not merely understand, space-grade work. No traditional B.Tech in Aerospace, Mechanical or ECE addresses this gap end-to- end. This programme is purpose-built to fill it. Students do not study satellites in theory; they design, fabricate, integrate and operate them every semester, supported by an industry partner with live deployments and faculty trained in defence, aerospace and AI systems.
