The mission of the Department of Aeronautical is to prepare engineers for success and leadership in the conception, design, implementation, and operation of aerospace and related engineering systems. This is achieved through a commitment to educational excellence; to the creation, development, and application of the technologies critical to aerospace vehicle and information engineering; and to the architecture and engineering of complex high-performance systems.

Aerospace engineering centers on the design of extremely sophisticated machines ranging from vertical take-off aircraft and jet transports to rockets and spacecraft. Internal to these vehicles are modern software, information, and navigation systems. The vehicles themselves are part of larger transportation and communication systems. Critical disciplines and technologies in this field include the mechanics and physics of fluids; solid mechanics & fluid mechanics, structures and materials; propulsion and energy conversion; strength of materials, information, communication, control, and estimation; Thermodynamics, humans, automation, and autonomy; and avionics. An increasingly important feature of the field is the ability to architect and engineer the complex engineering systems built upon these disciplines and technologies. Central objectives of the educational program are to teach students how to learn, how to use basic principles to solve engineering problems, and how to foresee the consequences of their solutions and designs.

LABORATORY FACILITIES

Aerodynamics Lab
Dynamics and Control Lab
Integrated modeling and Simulation Lab
Structures Lab
Propulsion Lab
Aero modeling Lab
Electrical Sciences Lab
Design and drafting Lab
Air craft Design Lab
Wind Tunnel Practice Lab

ACHIEVEMENTS

We are conducting training for HAL engineers in our campus
We are planned to start the flying club with four multiengine aircrafts in our campus with in the next academic year.

CAREER SCOPE

Graduate s with an aerospace engineering degree will find career opportunities in commercial and military aircraft and spacecraft engineering, space exploration, the air transportation and space-based telecommunication industries, teaching, research, military service, and many related technology-intensive fields such as transportation information, and the environment. A demanding technical education with a strong emphasis on understanding complex systems has also proved to be excellent preparation for careers in business, law, medicine and public service.