Navrachana University’s BTech Aerospace Engineering program delivers a progressive, industry-aligned curriculum that builds from strong foundational engineering to advanced aerospace specialization. The program is structured across 8 semesters with integrated theory, practical labs, and project-based studios that mirror real aerospace design and development workflows.
Early semesters (Sem 1–2) establish core engineering foundations: Applied Mechanics, Mathematics I & II, Engineering Graphics, Basic Electrical & Electronics, Introduction to Aerospace Engineering, Aircraft Systems & Instruments, and Foundation Studios.
Core aerospace sciences (Sem 3–4) dive into Fluid Mechanics & Lab, Thermodynamics & Heat Transfer, Flight Mechanics I & II, Dynamics of Incompressible & Compressible Airflow, Aircraft Structures I, Propulsion System I (jet engines, electric/hybrid, modern propulsion), Aerospace Materials & Manufacturing, and dedicated Fluids & Flight Dynamics Studio and Aircraft & Propulsion Systems Studio.
Advanced design, analysis & systems (Sem 5–6) cover Aircraft Structures II (composites & advanced materials), Propulsion II (turbine engines), Finite Element Method, Computational Fluid Dynamics & Lab, Avionics & Navigation Systems & Lab, Aircraft Design I & II (concept, sizing, prototyping & testing), Unmanned Aerial Systems & Autonomous Flight, Rocket & Missile Technology, Spaceflight Mechanics & Space Systems, and integrative Integrated Aerospace Systems Studio plus Autonomous Flight & Space Systems Studio.
Capstone phase (Sem 7–8) includes a Major Project, Reliability & Safety Analysis, AI & ML in Aerospace, Health Monitoring of Aerospace Systems, Air Transportation & ATC, Khoj (social immersion), and a full-semester Internship (24 credits) that immerses students in industry or research organizations.
Throughout the program, students gain hands-on experience in state-of-the-art facilities — wind-tunnel testing, CFD simulations, composite manufacturing, avionics labs, and full-scale prototyping — ensuring they graduate industry-ready for careers in ISRO, DRDO, HAL, Boeing, Airbus, space startups, MRO, UAV development, and R&D organizations. The curriculum emphasizes sustainability, digital twins, autonomous systems, and next-generation propulsion, preparing graduates to shape the future of flight and space exploration.