January 30th – February 4th, 2017
PR:
To begin the fourth of week of build season, PR finally began polishing the essays for the awards and adding pictures to the essays. More work was put into the weekly video as footage was being taken and edited. PR also began work on looking through all of our photos to find the best ones for the yearbooks for all three of our schools. PR also finished price checking all of our apparel items and making sure we had pictures for everything as well as making sure everything was accurate. By the end of the week Coach Randolph had nearly all of the arrangements for the trip ready, we completed the Team T-shirt and have a solid idea for what it will look like, finished up the weekly video, and got close to finishing the essays for awards.
Build and Design:
To start off the week, B/D redesigned the chute for the gear pick up and made it out of more reliable materials and attached it to the practice bot. After many test runs found that the previously angle needed to be straight, so support pieces were added to help keep it straight and updated the CAD to the new model. Together everyone in the B/D team came together and made a list of every part needed to build and complete the actual competition robot. Continuing through the week, much work was done on properly mounting everything to the robot in order to prevent things from potentially coming loose and falling off during a match, as well as beginning to build the official versions of everything on the practice bot to be placed on the competition bot.
Control:
This week Control continued to work on getting all the computers to work together smoothly. Control also worked to get the infrared sensor to detect plexiglass in front of the robot so it can stop before running into it, and tried to get the robot to drive straight whereas before it wobbled back and forth. Continued work was done to the scouting app and a guide was created to make it easier to recreate in future years. Through the week Control also worked on hooking up ultrasonic sensors to the robot allowing it to be able to see with sound as well as with the infrared sensor. Another attempted project was to create a processor to allow the robot to be able to detect the gear peg, but it required too much data to run effectively.