1. Josh Miranda Physics Teacher Revere High School

2.  3 levels of physics: AP, Honors, and College Prep  Projects and activities for most units ◦ Start unit with in-class activity ◦ Follow up with take-home project at end of unit  Paper describing EDP and blueprint along with project

3.  In-class activity using straws and tape ◦ One class period to design, build and test ◦ Groups of 5 or 6 (classroom limitation)  Unit project to build bridges out of toothpicks ◦ Students were given approximately two weeks

5.  In-class activity: launch a ping pong ball by building a catapult out of craft sticks (distance competition)  Unit project: launch a ping pong ball across the room, over a wall, into a bucket ◦ Unlimited materials/supplies

7.  In-class activity: build a device with a minimum of 3 steps to accomplish a simple task using materials in the classroom  Unit project: at least 5 steps to pass a golf ball around the room from machine to machine ◦ Receive the golf ball from a height of 2 inches ◦ Deliver the golf ball to the next machine at a height of 6 inches

10.  In-class activity: create a device to safely catch a dropped egg ◦ 4 pieces of paper ◦ 5 straws ◦ 1m of tape  Skipped unit project

12.  Mousetrap cars ◦ All classes ◦ Strict design requirements ◦ EDP more important ◦ Covered multiple topics ◦ Initial Design and paper ◦ Redesign, paper and presentation

13.  Honors ◦ Initially science fair projects ◦ Design/redesign ongoing through the end of the year  Independent study students ◦ Two groups:  Reduce energy lost through showerheads  Design an RFID system for use in the school

14. Josh Miranda Physics Teacher Revere High School

15. Student Response to using CAD My Experiences Mastering CAD vs using CAD Expectations CAD can be an effective tool for high school students in the engineering design process when introduced carefully, and given realistic expectations.

16. Students often find CAD intimidating Learning curve can be very steep for first-time users Can be viewed as the boring or tedious part of the design process Good engineering can sometimes be lost in getting the CAD details right

17. My experience – mostly students involved with the NU FIRST robotics team o Students from Boston, Brookline, and Revere o Range from freshman through seniors o Mix of “veteran” team members and “rookies” “when can we stop CAD-ing and get to the fun stuff?” First time CAD users – sometimes a (strong) push is needed Design details skipped to perfect aesthetics of design

19. Planning stage

20. CAD work begins

21. Design Review

22. Manufacture

23. Assembly

24. Final Product

26. Mastering CAD vs Using CAD Students do not have to be experts to effectively use CAD in design For a Capstone project or course, CAD should be used as a tool – or method to solve a problem Students can start with only basic proficiency and then learn more as necessary for their designs

27. Students will not become CAD experts in anything other than a CAD class Students should recognize when CAD can be used as a tool to solve a problem and what CAD is capable of Even just effectively using the 2D sketch features to adjust designs is a great start Most designs can be made using simple 2D sketches to create 3D models and assemblies