Each school is structured for global faculty alignment, advanced computational defense research, and long-term academic benchmarking—with deliberately capped student and scholar cohorts to preserve extreme teaching intensity.
01School of Aerospace Engineering & Autonomous Flight Systems
Focus: Aerodynamics, gas turbine propulsion, rocket engineering, orbital mechanics, and satellite bus integration.
Heavy Lab Assets: Subsonic/Supersonic wind tunnel corridors, concrete propulsion hangars, and TVAC space simulation chambers.
UG Cohort Cap: 50 Scholars/Year | PhD Intake Cap: 5 Scholars/Year | Telangana Merit Quota Enabled
02School of Artificial Intelligence & Quantum Computing
Focus: UAV swarm intelligence, computer vision edge navigation, quantum satellite communication links, and anti-hijack defense cryptography.
Heavy Lab Assets: On-premise high-performance supercomputing clusters and XR flight simulation bays.
UG Cohort Cap: 50 Scholars/Year | PhD Intake Cap: 5 Scholars/Year | Telangana Merit Quota Enabled
03School of Semiconductor Materials & Clean Hydrogen
Focus: Radiation-hardened microchips for deep-space avionics, carbon-fiber composite structural synthesis, and liquid green hydrogen storage systems for sustainable aviation.
Heavy Lab Assets: ISO-certified avionics cleanrooms and high-capacity industrial furnace chambers.
UG Cohort Cap: 50 Scholars/Year | PhD Intake Cap: 5 Scholars/Year | Telangana Merit Quota Enabled
04School of Human-Computer Interaction & XR Digital Media
Focus: Next-generation digital cockpits, mixed-reality (XR) heads-up displays (HUDs) for tactical pilots, and spatial data streaming for mission control interfaces.
Heavy Lab Assets: Extended Reality spatial computing labs and physical cockpit telemetry test rigs.
UG Cohort Cap: 50 Scholars/Year | PhD Intake Cap: 5 Scholars/Year | Telangana Merit Quota Enabled