Chandigarh University integrates groundbreaking research and inclusive education to shape professionals driving innovation, sustainability, and social impact.
Chandigarh University offers B.E. Aerospace Engineering program, which provides in-depth knowledge across aerodynamics, propulsion, flight mechanics, and space technology, supported by a strong emphasis on experiential learning, innovation, and research.
The globally recognised program offers students hands-on exposure through advanced infrastructure, including a Cessna 172D Aircraft, MIG-21 Aircraft Engine, Subsonic Wind Tunnel, High-Speed Jet Facility, Aircraft Simulator, and ANSYS-powered advanced simulation centre, along with the Kalpana Chawla Centre for Research in Space Science and Technology (KCCRSST). This ecosystem enables students to design, build, test, and prototype complete aerospace systems and subsystems, preparing them for the global aerospace and defence sectors.
Chandigarh University is one of the best Aerospace Engineering colleges in Punjab. The Department of Aerospace Engineering at Chandigarh University is not only equipped with the finest infrastructure but also highly qualified teaching faculties from NIT(s) and IIT(s) who are respectively experienced in different fields like Aerodynamics, Structure, Design, and many more.
Explore Detailed Syllabus & Subjects VIEW COURSE CURRICULUM PDF
Aerodynamics deals with the study of how atmospheric gases interact with moving bodies.
01Aircraft Structures deals with the fundamentals of elasticity and aircraft structural analysis.
02Aerodynamics apprises how atmospheric gases interact with moving bodies while Fluid Mechanics is the study of fluids and their forces.
03Avionics are electronic systems used on aircraft, from basic searchlights to intricate tactical systems
04The airworthiness of an aircraft or its parts is ensured by proper maintenance and operations.
05This specialisation develops an understanding of aerospace systems, unmanned aerial vehicle technology, and aircraft production processes.
06The focus of structural dynamics is on dynamic response, modal representation, and vibration.
07For safety, aerospace materials must have high performance, strength, heat resistance, and longevity.
08Emerging sectors such as hypersonic flight, autonomous systems, and AI-powered aerospace technology are poised to alter the industry. Aerospace experts will take the lead in developing hypersonic vehicles and AI-powered flying systems, which will transform air travel and space missions around the world.
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Kalpana Chawla Centre for Research in Space Science and Technology is paving the way for advancement in space technology with discovery, research, and education. The Centre is providing satellite design training to students from 21 nations and communicating with 28 countries that are part of the Satellite Networked Open Ground Station (SatNOGS). Hon’ble Defence Minister of India, Shri Rajnath Singh inaugurated the KCCRSST at Chandigarh University.
With the rapid increase of air travel and the expanding space exploration business, there is a greater demand for improved infrastructure, innovative designs, and cost-effective maintenance solutions. The aerospace sector is rapidly expanding, and the demand for highly skilled Aerospace Engineers is likely to skyrocket in the future years.
Globally Benchmarked & Industry-Aligned Curriculum: The curriculum is globally benchmarked and covers industry-aligned topics, including aerodynamics, propulsion, avionics, spacecraft technology, aerospace structures, fluid mechanics, and drone systems.
Professional Specialisations: Advanced specialisations include Aerospace Propulsion, Aerodynamics and Fluid Mechanics, Avionics, and many more, making students ready for diverse careers in the aerospace sector.
Strong Industry Immersion: The program has two compulsory summer training sessions on-site, a six-month internship, and international research exposure, along with the opportunities to attend international conferences and pathways to employment within the defence, aviation and core aerospace sectors.
Top-tier Mentorship: Globally aligned education delivered by distinguished faculty from 10+ countries, including the USA, UK, and Russia; the world’s top 2% scientists (Stanford Global List 2025); experienced mentors from IITs and NITs; along with experts from ISRO and leading aerospace organisations.
The Aerospace Engineering program at Best BE Aerospace Engineering College in Punjab, India provides a comprehensive, industry-focused curriculum that gives students a solid foundation in aircraft engineering principles. The curriculum, which combines advanced theoretical coursework, comprehensive practical training, and hands-on projects, guarantees that students are equipped for a wide range of aeronautical employment prospects. With a highly experienced faculty providing customized mentorship and guidance, students receive unrivaled support to thrive academically and professionally, preparing them for success in the quickly changing aerospace sector.
The Kalpana Chawla Centre for Space Science (KCC) pioneers space defence research, offering students access to cutting-edge technologies and real-world space exploration projects.
Our Centre for Advanced Simulation using ANSYS and Flight Simulator Lab provide immersive simulations, enabling students to master complex aerodynamics, propulsion, and flight dynamics.
Curriculum aligned with top 10 international Universities offering Aerospace Engineering Course. Covering in-demand industry skillset for students as Value Added Courses and Academic Projects.
Through ISRO Outreach Programs sponsored by Indian Institute of Remote Sensing (IIRS) and international collaborations, we provide global career opportunities, including Semester Abroad Programs and Global Internships with top aerospace organizations.
Students work in high-tech labs like the Aerodynamics Lab, Propulsion Lab, and Aeromodelling Lab, Aircraft Structures Lab where they design, test, and refine aerospace systems using industry-standard technologies.
With continuous industry exposure and strong partnerships, our program boasts 100% placement in the defence and aerospace sectors, preparing students for leadership roles in the global aerospace industry.
To create conducive environment for academic, research & development focusing on entrepreneurship and innovations in the field of Aerospace Engineering blended with values and ethics producing graduates adaptive to changing technologies.
The Mission of the Department of Aerospace Engineering, Chandigarh University is to:
The program covers aerodynamics, propulsion, avionics, flight mechanics, aerospace structures, spacecraft technology, materials, AI in aerospace, drone technology, and computational fluid dynamics to build strong expertise in aircraft and space systems.
Students learn in advanced facilities such as the Aerospace Hangar with a Cessna aircraft, Flight Simulator Lab, Propulsion Lab with Ramjet Test Bed, Aerodynamics Lab, Drone Centre, Stargazing Observatory, and the Kalpana Chawla Space Technology Centre.
Yes, students engage with satellite systems, UAV design, propulsion research, AI-based aerospace projects, ISRO outreach programs, and research initiatives through the Kalpana Chawla Centre for Space Science and Technology.
The curriculum integrates UAV design, avionics, ANSYS simulation training, AI and machine learning, high-performance computing, and drone piloting workshops through industry collaborations and advanced labs.
Graduates pursue careers in aviation, defence, space research, UAV development, satellite technology, aircraft design, and global aerospace companies like Boeing, Pratt & Whitney, IATA, and Tata Advanced Systems.