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MobiNet A Pedagogic Platform for Computer Science, Maths and Physics

MobiNet is an innovative educational platform designed to enhance the understanding of computer science, math, and physics among high school students. Created as part of the Engineering Week at INPG, MobiNet utilizes interactive simulation software to help students experience theoretical concepts in practice. Through engaging tutorials, students collaborate in teams to solve engineering problems, develop intuition, and visualize complex scientific principles. With a focus on accessibility and ease of use, MobiNet aims to cultivate a new generation of skilled professionals and foster interest in STEM fields.

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MobiNet A Pedagogic Platform for Computer Science, Maths and Physics

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  1. MobiNet A Pedagogic Platform for Computer Science, Maths and Physics Sylvain Lefebvre, Fabrice Neyret, Samuel Hornus, Joëlle Thollot GRAVIR / IMAG-INRIA

  2. History (since 2002) • Bi-annual ‘Engineering Week’ of INPG • Less students choose science • Public : highschool students (~15 years old) • Goal : discover research and engineering • How : 1 week of tutorials • MobiNet Tutorials • GRAVIR / IMAG-INRIA

  3. Mobinet: Interactive simulation software • Put theory into practice • develop intuition • introduce scientific, engineering approach • Try, understand and learn • accessible, easy to use • no fear of making mistakes • Develop team work • networked simulation space

  4. MobiNet approach • Experience notions, visually !

  5. MobiNet approach • Model of real world • Object’s state variables (x)  mathematical model • Object’s motion (x : x+1)  physical model of behavior • Nothing magic ! x : x+1 x

  6. MobiNet

  7. Network Computer 1 Master Computer 2

  8. Network Computer 1 Master (visualize 1) Computer 2

  9. Network Computer 1 Master (visualize 1 + 2) Computer 2

  10. Network Computer 1 Master (visualize 1 + 2) Computer 2 (export hand)

  11. Network Computer 1 Master (visualize 1 + 2) Computer 2 (visualize 1)

  12. MobiNet tutorials Video games development • Students like video games ! • Simple games : highschool math & physics • Game world = simple model of real world • Engineering problem: split in simple tasks

  13. MobiNet tutorials

  14. MobiNet tutorials • 3 hours tutorial • 1h30: learn MobiNet, simple notions • Create a mobile • Simple trajectories • Bouncing ball • Interacting mobiles • 1h30: team work • Pong game • Presented as an engineering problem

  15. MobiNet tutorials

  16. Evaluation • Since 2002 • 4 INPG Egineering weeks • 16 groups • 250 students • Evaluation done in 2002 • 2 highschools • 3 groups • 77 students

  17. Evaluation Have you been interested by the tutorial ? + - 77 students

  18. Evaluation Have you find using MobiNet easy ? + - 77 students

  19. Evaluation Do you think this tutorial was useful for you ? + - 77 students

  20. Evaluation Did MobiNet change your idea of math and physics ? + - 77 students

  21. The future • MobiNet tutorials • ‘Engineering Week’ of INPG • Distribution • Free, open source • http://mobinet.imag.fr • MobiNet into highschool and universities

  22. Pedagogic use • Personal use • Stand-alone tutorials • Visualization of course concepts • Exercises • from scratch • from framework given by teacher • Clubs • …

  23. Demo

  24. Acknowledgments • Students and teachers of involved highschools • All the teaching assistants • Patrick Kocelniak for technical support • INPG for administrative and financial support

  25. Questions ? • Demo: • during coffee break • after lunch 13h30 / 14h00 MobiNet http://mobinet.imag.fr mobinet@imag.fr

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