SIMNET for Academic and Research Institutions
SIMNET is a comprehensive online platform designed to enhance UAS education and research activities at academic institutions. It serves as an invaluable educational tool in teaching UAS-related courses, effectively preparing students for careers in the rapidly evolving UAS industry. The SIMNET Simulator product offers simulated experience in operating UAS systems, eliminating the risks and costs associated with physical equipment. Meanwhile, the SIMNET Designer product allows students to learn basic to advanced topics in aerospace engineering and design methods.
The platform is user-friendly, offering a low learning curve and encouraging learning through experimentation. It supports versatile instructional methods, including traditional classroom settings, self-paced learning, remote learning accessible from personal computers, and virtual reality experiences. SIMNET collaborates closely with institutions to tailor exercises and projects to specific curricular needs.
SIMNET is also an invaluable asset for research and development, offering a realistic, safe environment for testing and experimenting with UAS technologies. This aids researchers in exploring new concepts, algorithms, and applications in UAS. The platform is ideal for studying UAV airframe performance across various models like multicopters, fixed-wing aircraft, and VTOLs, as well as for developing UAS flight control systems. Powered by the Typhon multidisciplinary physics engine, SIMNET delivers real-time results and predictions, facilitating rapid and innovative exploration of the design space.