Meghan spent most of her time on documentation and project management. She averaged at around 11.4 hours per week spent on this project.

Dean spent most of his time building, constructing, and testing the robot, totaling at 96.5 hours. He averaged 10.7 hours spent per week on the robot project. Dean also did the majority of building and construction compared to other team members.

Shyon put most of his time into documentation and testing, totaling at 77.5 hours overall. He spent an average of 8.6 hours per week on this project.

Tom mostly worked on testing the robot as well as the code, totaling at 144.5 hours spent. He put in an average of about 16 hours per week into the creation of this project. Tom also did all of the CAD for this project.

//Steps a-d achieve the task of hitting the necessary buttons on the control panel.

1. Wait for light to turn on. If it does not turn on after ten seconds, just start.
2. Move forward then turn left, move forward until CdScell is on the light, read the light.
3. Turn right 90 degrees, then
4. If blue, turn left 45 degrees, turn right 45 degrees, and drive forward into button.
5. If red, call turn right 45 degrees and then turn left 45 degrees and then call forward function for 3 inches

//Steps e-g focus on moving the switch up.

1. Move backwards away from the control panel
2. Turn right, then move forwards towards the car jack.
3. Move servo motor down, then turn left and move forward. Move servo up, hitting the car jack up, move backwards, and then move the servo motor up completely.

//Steps h-j focus on grabbing the wrench

1. Turn right towards the wrench
2. Move forwards, until hitting the wrench holder
3. Move backwards a little bit, lower the servo arm 90 degrees; this will attach to the wrench magnetically, then move servo arm back up, taking the wrench with it.

//Steps k-n focus on disposing of the wrench.

1. Move backwards a bit, turn 180 degrees, and move forward until bump switches hit on the front side (side with servo and wrench) hit the wall.
2. Move backwards a bit, then turn left and drive straight up the ramp.
3. Turn left 45 degrees, and move forwards to the garage.
4. Lower the servo arm 90 degrees, then move backwards so the wrench catches on the lip of the garage and is hence detached from the magnetic arm.

//Steps o-p focus on turning the wheel

1. Move backwards, then turn left towards the fuel crank.
2. Move backwards into the fuel crank, then turn it the appropriate direction using a rotating two-pronged rod connected to a microservo

//Steps q-u focus on pressing the finish light.

1. Move backwards after turning the fuel crank.
2. Turn left 90 degrees.
3. Drive forwards, then turn left into a wall, squaring up against it.
4. Move backwards a bit, turn right, then drive down the ramp.
5. Turn right, move forwards a bit, then turn right again and drive forward into the finishing button.

Purpose of Test: Wanted robot to complete performance test 4 (the new mechanism to turn crank was implemented)

1st Run: Succeeded first try

The course letter was C and the time was 4:00 PM

Changed: Changed nothing, completed performance test

This is the first post for our website!

#SaveTheCrewBot