Doctoral Program - AERONAUTICAL ENGINEERING

The Centre for Aerospace Research, now proudly affiliated with Visvesvaraya Technological University (VTU), Karnataka, is dedicated to advancing academic research in the field of aerospace. This prestigious affiliation is designed to foster an environment where innovation and scholarly excellence thrive.

At the Centre, we welcome researchers from diverse academic backgrounds. Our research programs cater to both full-time and part-time scholars, encompassing faculty members from various relevant disciplines, as well as postgraduate students eager to contribute to cutting-edge research.

Our department is staffed with highly proficient faculty members who bring a wealth of knowledge and experience from both academic and industrial spheres. These distinguished professionals serve as research supervisors, providing invaluable guidance and mentorship to our scholars. Their dual exposure to theoretical frameworks and practical applications ensures that our research is both rigorous and relevant, addressing contemporary challenges in the aerospace industry.

By combining academic rigor with industrial insights, the Centre for Aerospace Research at VTU is committed to producing impactful research that contributes to the advancement of aerospace technology and innovation. Our goal is to cultivate a robust research community that not only excels in scholarly pursuits but also drives technological progress and industrial development.

Research Supervisors:

Name	Research Areas	University
Dr. Srikanth H V	Biofuels, Thermal Engineering	VTU
Dr. Vinayaka N	Structural Analysis of Aero engine components	VTU
Dr. Venugopal M M	Industrial Aerodynamics, Composite Materials	VTU

Facilities:

The Aeronautical Engineering Department is equipped with state-of-the-art laboratories and advanced computing facilities, meticulously designed to meet the specific demands of aeronautical engineering research. These laboratories are structured to align with the curriculum and reflect the latest advancements in aerospace technology.

Our research facilities cover a comprehensive range of specialized areas, including:

• Aircraft Structures: Dedicated to the study and analysis of the integrity and durability of aircraft frameworks.
• Aerodynamics: Equipped for both low and high-speed calculations, enabling detailed aerodynamic analyses and simulations.
• Aircraft Propulsion: Focused on the development and testing of propulsion systems, crucial for advancing engine technologies.
• Flight Control & Avionics: Specialized in the intricate control systems that ensure the safe and efficient operation of aircraft.
• Composite Materials: Dedicated to the research and development of innovative materials that enhance the performance and efficiency of aircraft.
• Aircraft Systems: Encompassing the study of various integrated systems within an aircraft, ensuring seamless operation and safety.
• Composite Materials: Dedicated to the research and development of innovative materials that enhance the performance and efficiency of aircraft.
• Advanced Computational and Design Lab: Equipped with cutting-edge computational tools and software for advanced design and analysis.

In addition to these established laboratories, we are actively developing new facilities, such as the Aircraft Repair and Avionics labs. These forthcoming labs will further enhance our research capabilities, providing scholars with the tools needed to pioneer advancements in aircraft maintenance and avionics technology.

Our commitment to maintaining and expanding these state-of-the-art research facilities ensures that our scholars have access to the best possible resources, fostering an environment where groundbreaking aerospace research can flourish.