B.Tech in Aeronautical Engineering
Program Overview
The B.Tech in Aeronautical Engineering is a four-year specialised Undergraduate Program that focuses on the Design, Development, Operation, and Manufacturing of Aircraft and related systems. The program aims to build strong Technical and Analytical Expertise in the field of Aviation Technology and Engineering, preparing students for dynamic careers in the Aerospace and Aviation Industries.
The curriculum offers a balanced blend of Theoretical Learning and Practical Training, enabling students to understand the complete working of Aeronautical Systems.
Core subjects include Aerodynamics, Flight Mechanics, Propulsion, Aircraft Structures, Materials, and Design Engineering. Students learn to Plan, Design, Analyse, and Test various aircraft components, developing the Skills, Creativity, and Innovation Mindset required to become successful Aeronautical Engineers.
Duration: 4 Years (Full Time)
This program is ideal for students who wish to work in cutting-edge fields such as:
- Advanced Aerodynamics and Fluid Mechanics
- Aircraft Structures and Materials Engineering
- Propulsion and Power Systems
- Flight Dynamics and Control Systems
- Avionics and Embedded Systems
- Computational Design and Simulation Tools (Training on advanced CAD, CATIA, and MATLAB software for design, structural analysis, and performance prediction of aerospace components.)
- Aircraft Manufacturing, Research and Innovation Orientation
Practical Training
Laboratory Work
Hands-on Experience in Aerodynamics Labs, Propulsion Systems, and Material Testing.
Workshops
Exposure to Aircraft Assembly, Repair, and Maintenance.
Industrial Training
Collaborations with Organisations such as HAL, DRDO, and Leading Aviation Firms.
Capstone Projects
Students work on Real-World Projects in Aircraft Design and Aeronautical Simulations.
Why Choose B.Tech Aeronautical Engineering Program?
Choosing the B.Tech in Aeronautical Engineering at AERO comes with distinct advantages:
Comprehensive Curriculum
Covers all key aspects of aeronautical engineering, from design and structure to propulsion and system integration.
Practical Learning
Includes hands-on exposure to real-world problem-solving, industrial training, and advanced laboratory work.
Experienced Faculty
Learn from experts with years of academic and industry experience.
State-of-the-Art Facilities
Access cutting-edge labs for aerodynamics, propulsion, and computer simulation.
Career Opportunities
AERO collaborates with leading aviation companies and defense organizations to ensure graduates are industry-ready.
Application Process
