B.E. Aerospace Engineering (AS)

The Department of Aerospace Engineering curriculum at MVJCE is carefully designed in line with NEP guidelines, ensuring a multidisciplinary approach and flexibility through the choice-based credit system framework. It blends professional core courses such as Aerodynamics, Aerospace Propulsion, Aerospace Structures, Avionics and Aerospace Vehicle Technologies with advanced electives, fostering both technical expertise and holistic learning. This structure not only supports career growth in aerospace industries, defence, and space exploration but also equips students with the adaptability needed to thrive in multidisciplinary research and innovation.

Year-Wise Academic Progression

• First Year (Foundations & Emerging Tech): Focuses on core mathematical, physical, and chemical sciences combined with fundamental engineering
  principles. Students are introduced to Elements of Aerospace technology alongside crucial computational skills in Python programming and Artificial
  Intelligence (AI).
• Second Year (Core Engineering & Holistic Growth): Emphasizes core technical subjects such as Mechanics of Materials, Thermodynamics, and Incompressible Aerodynamics, supported by hands-on experience in practical labs like the aerodynamics Lab and CAAD Lab. It includes foundational courses like Transforms and Complex Variables and Optimization techniques, alongside interdisciplinary learning through Social Connect, and Biology for Engineers. This phase blends academic excellence with holistic growth through activities like NSS, sports, and yoga.
• Third Year (Advanced Aerospace Systems): Focuses on advanced topics like Aviation Management, Compressible Aerodynamics, Aerospace Propulsion, and Aerospace Structural Analysis, coupled with practical skills through electives, Projects, and labs. Students also engage in research, interdisciplinary studies, and activities for personal growth and societal impact.
• Final Year (Specialization & Industry Transition): Emphasises specialised and advanced topics, including Space Flight Mechanics, Computational Fluid Dynamics, and Aerospace Vehicle Design, while providing flexibility through electives and online courses. Practical experience is a core focus, with the Major Project and a 14–20-week internship preparing students for industry or research careers.
• Beyond the core curriculum, students can pursue specialized paths, including earning Honors or Minor degrees in specific areas through additional credits, aligning with the educational vision of offering flexible and specialized pathways as envisioned by the National Education Policy (NEP).
• Elective Courses offer students the flexibility to explore diverse interests such as Heat and mass transfer, Guidance and Navigation Systems, Reusable Launch Vehicles, Aerospace Systems and Avionics, Mechanics of Composite Structures, Industrial Aerodynamics, unmanned aerial vehicles (UAVs), advanced propulsion systems.
• Moreover, Specialized Electives, including Online Certification Courses, enable students to delve deeper into niche areas like High speed aerodynamics, boundary layer theory, Integration of AI and ML in UAV’s.
• Professional Development courses focus on crucial skills like engineering ethics, project management, and communication, while Internship or Co-op
  Experience provides practical exposure to the aerospace industry.
• Throughout the program, Laboratory Work facilitates hands-on learning experiences with aerospace systems, experiments, and simulations.
• Aerospace capstone projects are meant to showcase everything students have learned in Aerospace Engineering — design, analysis, testing, and systems integration with AL & ML approach.