The document discusses using LEGO Mindstorms NXT robotics in education. It describes a project-based learning approach using the Engineering Method which involves challenge definition, research, concept development, component validation, assembly, and testing. Students work through various programming and building challenges to develop skills in structured programming, technical writing, and CAD drawings while learning basic mechanical and engineering concepts. Assessment includes a portfolio with work descriptions, programs, and drawings. Resources for the curriculum include books on NXT robotics and programming as well as online design software.

1. Wired Magazine, 02/06

2. LEGO ® Robotics: The NXT Step Wired Magazine, 02/06

3. 1

5. Popular Mechanics

11. Challenge

12. Challenge Research

13. Research Concepts Challenge

14. Research Concepts Individual Component Validation Challenge

15. Research Concepts Individual Component Validation Component Assembly Challenge

16. Research Concepts Testing...Testing.... Individual Component Validation Component Assembly Challenge

17. Research Concepts Testing...Testing.... Final Product Individual Component Validation Component Assembly Challenge

18. Research Concepts Testing...Testing.... Final Product Individual Component Validation Component Assembly Challenge

19. Research Concepts Testing...Testing.... Final Product Individual Component Validation Component Assembly

21. Building Robots with LEGO ® Mindstorms NXT by Dave Astolfo LEGO ® Mindstorms NXT-G Programming Guide by James Floyd Kelly

28. LEGO ® Digital Designer http://ldd.lego.com/

37. of the LOST PART LOST PART LEGO ®

38. www.hanoverhigh.us/departments/science/capps/Roboresources.html

39. Kevin Lavigne Hanover High School 41 Lebanon Street Hanover, NH 03755 [email_address] [email_address] Wired Magazine, 02/06