We’re thrilled to introduce VSTRAP-GIT as an education-focused package designed for students and educators alike! Already used in the industry, VSTRAP-GIT now brings advanced Gridded Ion Thruster (GIT) simulation capabilities to the classroom, providing an unparalleled learning experience in two key educational tracks commonly part of Aerospace Engineering & Space Science curricula:
- Plasma Physics: VSTRAP-GIT leverages the Gridded Ion Thruster as a compelling real-world application, enabling students to connect theoretical plasma physics concepts with practical, dynamic systems in advanced propulsion.
- Electric Propulsion (EP): Students dive deep into GIT modelling, system design, and optimization, gaining hands-on experience in system behavior, modelling techniques, and the engineering challenges behind sustainable space propulsion.
Why VSTRAP-GIT?
Seamless Curriculum Integration: The educational concepts behind VSTRAP-GIT are modular and adaptable – perfect for integration into existing courses or for alignment with new upcoming courses. Each module can be tailored to the requirements of the academic institute, ensuring that the unique goals of each program are reached.
Easy Curriculum Integration: VSTRAP-GIT enhances theoretical understanding and practical skills, making it ideal for students eager to explore EP in depth. With advanced hybrid and kinetic modelling, VSTRAP-GIT offers students a professional-grade EP experience that mirrors real-world industry applications.
Whether you’re an educator seeking to increase learning outcomes or a student looking to deepen your expertise in Plasma Physics and Electric Propulsion, VSTRAP-GIT delivers unique educational value that bridges the gap between academic theory and industry application.
Ready to learn more? Contact us to explore how VSTRAP-GIT can enhance your educational journey and prepare you for the future of sustainable aerospace, or learn more about VSTRAP-GIT.
