The academic programs at Puran Murti Campus are structured to provide a comprehensive "vertical" progression—from foundational technical skills to advanced research and dual certifications. Each program is designed to meet specific industry needs, whether it's high-level aircraft design or critical line maintenance.
This is the flagship undergraduate degree focused on the design, construction, and science of aircraft.
Curriculum Focus: The eight semesters cover core engineering pillars including Aerodynamics, Propulsion, Aircraft Structures, and Flight Mechanics.
Outcome: Graduates are trained for "Design and Development" roles. They work in R&D centers (like DRDO or Boeing) focusing on how to make aircraft faster, safer, and more fuel-efficient.
Skillset: Proficiency in CATIA for 3D modeling and ANSYS for structural and fluid simulations.
A polytechnic program designed for students who want to enter the technical workforce early, often right after the 10th standard.
Curriculum Focus: This program is more "Hands-on" compared to the B.Tech. It emphasizes Workshop Technology, Aircraft Maintenance Practices, and Basic Avionics.
Outcome: Prepares students for "Technician and Supervisory" roles. Diploma holders are the backbone of the MRO (Maintenance, Repair, and Overhaul) industry, ensuring that aircraft are physically airworthy and safe for flight.
Lateral Entry: A key advantage is that diploma holders can join the 2nd year of B.Tech later if they wish to upgrade their qualifications.
This is a high-value, dual-qualification track that runs parallel to the standard B.Tech degree. It is specifically designed for those who want to be both Engineers and Licensed Certifiers.
The Dual Edge: While the B.Tech provides a degree from a university, the AME (Aircraft Maintenance Engineering) component prepares you for the DGCA (Directorate General of Civil Aviation) license exams.
Operational Authority: An ordinary engineer can design a wing, but only a Licensed AME has the legal authority to sign the "Flight Release" certificate that allows an airplane to take off.
Practical Training: Students spend significant time in "Live Maintenance" workshops, working on actual engines and airframes to meet the mandatory practical hours required by the DGCA.
A postgraduate program for those looking to specialize in niche high-tech sectors like Satellite Technology or Missile Systems.
Specializations: Students can choose electives in Space Dynamics, Advanced Propulsion, or Computational Fluid Dynamics (CFD).
Research Focus: A significant portion of the second year is dedicated to a Dissertation/Thesis, where students often collaborate on projects with organizations like ISRO or NAL.
Outcome: Ideal for those aiming for "Senior Scientist" positions, specialized design roles in MNCs, or academic careers in engineering universities.
| Program | Duration | Entry Criteria | Primary Focus | Top Goal |
| Diploma | 3 Years | 10th Pass | Practical Maintenance | MRO Technician |
| B.Tech | 4 Years | 12th (PCM) | Design & Analysis | Design Engineer |
| Integrated | 4-5 Years | 12th (PCM) | Design + Licensing | Licensed AME |
| M.Tech | 2 Years | B.Tech/GATE | Advanced Research | Research Scientist |