Research

Satellite Technology & Orbital Launch

• Design, assembly, testing, and integration of CubeSats, NanoSats, and small satellites.
• Payload development (remote sensing, communication, scientific instruments).
• Ground station operations, tracking, telemetry & command (TT&C).
• Orbital mechanics, launch vehicle integration, and actual high-altitude balloon or sub-orbital launches.
• Cleanroom practices and environmental testing (vibration, thermal vacuum).

Outcome: Students will launch their own student-built satellites into orbit through partnerships.

Rocket Propulsion & Launch Systems

• Fundamentals of rocketry: solid, liquid, and hybrid propulsion systems.
• Rocket design, aerodynamics, structural analysis, and avionics.
• Launch operations, mission planning, safety protocols, and countdown procedures.
• Reusable rocket concepts and recovery systems.
• Model rocket building and static fire tests on campus launch pads.

Outcome: Hands-on experience from concept to successful vertical launch.

Space Station Systems & Human Spaceflight

• Design and simulation of orbital habitats (inspired by ISS and future Indian space station).
• Life Support Systems (ECLSS): air revitalization, water recycling, waste management.
• Microgravity simulation, radiation protection, and thermal control.
• Crew training modules, EVA (spacewalk) procedures, and long-duration mission psychology.
• Docking systems and robotic arm operations.

Outcome: Students experience living and working in a full-scale space station mock-up.

Planetary Journey & Deep Space Exploration

• Mission design for Moon, Mars, and beyond (trajectory planning, landing systems).
• Rover and lander technology, in-situ resource utilization (ISRU).
• Planetary science, astrobiology, and terraforming concepts.
• Virtual reality & haptic simulators for Martian and lunar surfaces.
• Interplanetary communication delays and autonomous systems.

Outcome: Preparation for future Indian human missions and private planetary exploration projects.

Supporting & Interdisciplinary Categories

• Space Systems Engineering & Mission Management — End-to-end mission lifecycle, project management, and systems integration.
• Space Data Analytics & AI — Satellite imagery processing, orbital data analysis, machine learning for space applications.
• Aerospace Materials & Manufacturing — Lightweight composites, 3D printing for space, and advanced materials testing.
• Space Policy, Law & Entrepreneurship — Indian space policy, international treaties, startup incubation for space tech.
• Astronautics & Ground Support — Astronomy, telescope operations, launch site infrastructure, and range safety.