The Diploma in Aeronautical Engineering College in Delhi, particularly at institutions like Puran Murti Campus, offers a wide range of specialized laboratories that play a vital role in shaping a student’s practical understanding of aircraft systems and aeronautical science. These labs are designed to simulate real-world scenarios, allowing students to apply theoretical knowledge to hands-on experiments and operations, a necessity in the aviation sector.
One of the key facilities is the Aerodynamics Lab, where students study how air moves around aircraft surfaces. This lab helps in understanding crucial concepts such as lift, drag, and thrust. Students conduct experiments with wind tunnels and airflow measurement tools to analyze how different shapes and angles affect flight performance. These exercises are critical to understanding how an aircraft achieves and maintains flight.
Another important facility is the Propulsion Systems Lab, where the focus is on engines and the science behind what makes an aircraft move. This includes studying various propulsion methods such as jet engines, piston engines, turboprops, and even more modern hybrid technologies. In this lab, students might get to dismantle engine components, observe combustion systems, and learn the principles of fuel efficiency and thrust production.
The Aircraft Structures Lab is also central to the program. In this lab, students explore the physical construction of aircraft—fuselage, wings, landing gear, and control surfaces. They get hands-on practice with materials like aluminum alloys, composite fibers, and carbon-based components. Activities may include stress testing, fatigue analysis, and studying the behavior of aircraft parts under different forces.
Perhaps one of the most exciting components is the Aircraft Simulation Lab. This lab uses software and mock cockpits to simulate real aircraft behavior during takeoff, landing, navigation, and in-flight emergencies. It’s a highly interactive environment where students learn how different systems in an aircraft respond to commands and external factors. These simulators not only improve understanding of aircraft operation but also build confidence in handling equipment that mirrors those used by professionals.
In addition, students also work in Avionics Labs, where they learn about the electronic systems used in modern aircraft. This includes navigation, radar, GPS, and communication systems. Understanding avionics is especially important as aircraft today are highly reliant on electronic automation and computer systems for safety and efficiency.
Other labs like Aircraft Maintenance Workshops, CAD (Computer-Aided Design) Labs, and Material Science Labs further support the program by enabling students to learn about designing aircraft parts, assembling and maintaining components, and understanding the physical properties of aviation materials.