Image courtesy ST Engineering Antycip
 
Until the spring 2025 semester, aerospace engineering students have utilised the Merlin MP521’s advanced capabilities to produce several conference papers and research projects, with several projects being recognised at major events, highlighting Khalifa University’s growing impact in aerospace education and research. Many aerospace engineering students are currently using the simulator.

 
The flight simulator’s Excalibur III software, a real-time, non-linear simulation environment with six degrees of freedom, has enabled Khalifa University students to model and test a wide range of air vehicles, from gliders and rockets to fixed-wing, fixed-wing VTOL (vertical take-off and landing), multirotor rotary wing and tilt rotor vehicles.
 
MP521 Flight Simulator uses Merlin’s S-function driver interface, which provides a link to the Khalifa University’s linear Matlab/Simulink software. This capability has helped students and researchers develop control systems to interact with the Merlin real-time Excalibur III non-linear flight application.
 
Dr Rafic M. Ajaj, associate professor, aerospace engineering, at Khalifa University, said: “The Merlin MP521 Flight Simulator has significantly enriched our aerospace curriculum, providing students with an advanced platform to apply their knowledge in flight dynamics, stability and control. It supports both undergraduate and postgraduate courses, offering an interactive approach to learning that enhances understanding beyond traditional methods. Additionally, it has proven to be an invaluable tool for student research projects, such as the AIAA Design, Build and Fly competition, and has generated great enthusiasm during open day events.”
 
Amir Khosh, commercial solutions manager at Antycip, said: “We are thrilled that the Merlin MP521, installed in October 2023 at Khalifa University, continues to empower students with the tools they need to excel in aerospace engineering and prepare them for real-world challenges. By allowing students to apply theoretical knowledge in a dynamic, hands-on environment, the simulator bridges the gap between classroom learning and practical experience. We look forward to seeing the positive impact it will have on the next generation of aerospace engineers.”
 
The integration of the state-of-the-art Merlin MP521 simulator into its curriculum reinforces Khalifa University’s position as a leader in aerospace education, help to equip students with industry-relevant skills and hands-on experience that will shape the future of aviation and aeronautical engineering.