GTT Design Process 1 9 Communica te Results Design Proces s 2 Brainstorm 3 4 Research Develop Ideas 6 7 Model or Prototyp e Test and Evaluate 8 Improve Design 1 Define the Problem 5 Choose Best Idea

Supporting Math, Science and English Relating Science process to design Process Applied Physics Energy Transfer Measurement Applied Geometry Problem solving Career Education Research Writing to communicate ideas and results

Community Involvement Active Advisory committee made up of engineers from our community. Guest speakers in classroom. Organizing field trips and providing internship opportunities for students.

Furniture Project Gateway to Technology Cavelero Mid High Mr. Lynass Class

Playground Project

Automation and Robotics

Forklift Advanced GTT Period 1 Chase Reid

Labeled Picture I1 controls lift M2 moves car I4 controls car M1 moves lift I3 stops lift I2 stops lift Rotary linear

Video of Lift

Tx Controller Me Motors Gear box Reciprocating movement Rotary movement Catapult Linear movement

Magnetic transport By David James

The machine The machine can be changed in scale or length. The lead screw was constrained for me because of how many of the “worm 1.5” and “locking worms” I had at my disposal. Crown and pinion Lead screw Small gear box with worm and wheel and simple gear and idler

The Machine in Action This machine is engineered to, as the name implies, transport metallic or magnetic objects.

Twin Engine Helicopter Twin Engine Helicopter By: Kyle Whitham

Picture of TEH (Twin Engine Helicopter)

Gear labels for TEH Bevel Gear Universal Gear

Electronic connections for TEH Motor M1 Switch I1 Motor M3 Light M2

Gear motions for TEH Rotary motion Rotary Motion

Movie of TEH