Sr.No.37, Manjari Farm, Pune-Solapur Road, Pune
Monday to sunday
9am to 6pm
Sr.No.37, Manjari Farm, Pune-Solapur Road, Pune
Monday to sunday
9am to 6pm
If your career goal is to design, model, and optimize next-generation flight architectures, a traditional textbook degree isn't enough. The global aerospace industry is shifting rapidly toward digital twins, automated flight decks, and autonomous systems.
The Indira Institute of Aircraft Engineering (IIAE), Pune offers an elite engineering-centric path through our two-year full-time Master of Science (M.Sc.) in Aviation program.
Affiliated with Savitribai Phule Pune University (SPPU) and fully restructured under NEP 2020, this postgraduate curriculum functions as an advanced aerospace engineering specialization.
It bridges the gap between classic core engineering and the complex, data-driven systems required by modern defense, commercial aviation, and space-based platforms.
For students aiming at postgraduate research or design tracks in aeronautical systems, IIAE Pune provides a live, high-fidelity infrastructure that ordinary technical universities rarely match:
Step into heavy computational engineering. The curriculum includes specialized laboratory environments dedicated to the derivation and numerical integration of Six-Degree-of-Freedom (6-DOF) rigid body equations of motion, non-linear aerodynamic coefficients (CL, CD, CM), and International Standard Atmosphere (ISA) modeling.
Move past abstract software layouts. Gain direct, hands-on mechanical exposure working on our on-campus Lear Jet-24B transport aircraft, active gas turbine engine components (inlet, compressor, combustor, turbine), and dedicated airframe, composite, and avionics bench-testing facilities.
Customize your research path with deep-tech modules including Cognitive Avionics & AI-Driven Flight Deck Integration, Digital Twin Asset Architecture, UAV Systems Design, and Active Control/Fly-By-Wire Technology.
Master data integrity, simulation data processing, and scientific reporting aligned with international IEEE formats.
Deep dives into avionics & embedded hardware-software interactions, gas dynamics (shock waves & Brayton cycles), and drone sensor calibrations.
Formulate independent, original engineering solutions to real-world industrial or structural flaws under the mentorship of assigned project guides.
Spend your final phase fully integrated into a premier corporate MRO facility or aerospace organization, handling system-level design and troubleshooting.
By combining structural mechanics with advanced computer-enabled simulation tools, our graduates step directly into high-paying, core technical positions:
Flight Control Laws & Glass Cockpit Integration
Autonomous Drone Routing & Detect-and-Avoid Modeling
Predictive Maintenance Diagnostics & Telemetry Pipelines
Aircraft Structural Health Monitoring
This program is specifically designed as an advanced continuation for ambitious candidates holding a B.E. / B.Tech in Aeronautical, Aerospace, Mechanical, Electrical, Electronics, or Telecommunication Engineering, as well as B.Sc. Aviation / Science graduates looking to pivot into advanced aerospace engineering systems.
Leverage IIAE's extensive legacy network and training tie-ups with commercial giants and major maintenance hubs—including Air India, IndiGo, GMR Aerotech, Star Air, and AAR Indamer—to secure a competitive edge in your career.
Secure your place in a highly specialized, engineering-driven postgraduate program.
Apply online, download the technical curriculum overview, or book a live hangar tour today.