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B.Tech in CSE and AI with Spacetech Engineering

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.

A CSE and AI Degree, Specialised

This is a four-year B.Tech in Computer Science and AI. Every student first becomes a strong software and AI engineer, coding from day one, building full-stack applications, training machine-learning models and working with deep learning and LLMs. That core is then applied to a live specialisation in space systems and satellite technology. Graduates hold a full CSE and AI degree, so they qualify for the same mainstream software, AI and data roles as any top CSE programme, with an applied deeptech edge in India's NewSpace economy

Software and AI Engineer First

The programme is built on one principle: become a software and AI engineer first, then specialise. Years 1 and 2 are a full Computer Science and AI foundation: programming, data structures, algorithms, databases, operating systems, computer networks, machine learning, deep learning and generative AI. Only from Year 3 do students apply this core to space systems. The result is a full-stack software and AI engineer with a hardware specialisation, not a narrow domain technician.

Highlights and What Every Student Gets 

  • A full B.Tech in Computer Science and AI: programming, DSA, DBMS, operating systems and networks, plus machine learning, deep learning and generative AI / LLMs
  • Every student ships software from Year 1: full-stack applications, trained ML models and cloud deployment
  • SpaceTech with AI applied on top: AI for earth observation, telemetry, mission software and autonomy
  • STK and ISRO-aligned certifications, four embedded certifications free with the degree
  • Personal MacBook and personal CubeSat build kit for every student
  • IIT and MAANG faculty (Google, Amazon, Microsoft lineage), ISRO-certified space tutors, AeroIn SpaceTech partner
  • ₹1,50,000 value-added services: Inter-IIT DeepTech, IIT Immersion and International Competitions
  • Six-month live industry deployment in Year 4, and a placement engine of 600+ placed across 250+ companies

Eligibility Requirements

10+2 with Physics, Chemistry and Mathematics (PCM), aggregate 60%.
One-time ₹35,800 registration and fee-confirmation charge.

Duration

4 Years

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Program Fees

1st Year Fees

245000 /-

2nd Year Fees

245000 /-

3rd Year Fees

245000 /-

4th Year Fees

245000 /-

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 CSE and AI with Spacetech Engineering 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.

Program Outcomes

Data Analysis Mastery

Programming Proficiency

Machine Learning Expert

Statistical Analysis Skills

Big Data Technologies

Business Intelligence

Data Ethics & Privacy

Industry Applications