*Sunday (2/12):*
11-1: Mechanics meet early to finish mounting intake, and jumpstart work on other modules. 
1-5: Programmers fine-tune launcher PID, and plan out all autonomous configurations. Mechanics finish mount agitator (NOT hopper, just the carousel component). Launcher and intake mechanics get reassigned to spare parts, other modules as needed, and robot cart.

Stretch goal: Completely mount all LIA components on the robot. Have different autonomous modes ready to test in their entirety.
Likely set-back: Agitator may take longer than anticipated to mount, bleeding into Wednesday somewhat.

*Monday (2/13):*
1:35-4: Mount electronics.

Stretch goal: Have a robot (with bumpers) ready to test for programmers at the beginning of Wednesday's meeting.
Likely set-back: Electronics may take longer to completely install, bleeding into Wednesday. With realistic set-backs, programmers won't get the robot until Friday.

*Wednesday (2/15):*
4-8:15: Depending on setbacks, programmers will test the robot with drivers and a few mechanics for fine-tuning and integration of LIA modules (PID for auto driving; launcher angle, RPM, and PID tuning; coordination of the agitator and launcher; possible speed tuning of the intake). Mechanics will be reallocated to finish the hopper, gear system, and climber, as well as the robot cart and spare parts list/manufacturing.

Stretch goal: Teleop driving/shooting/intake/agitation completely functional. A few autos are tested and tuned. Spare parts lists done, and gear system, climbing system, and hopper are ready to mount. Robot cart under way.
Likely set-back: Programming/tuning may take longer as mechanical tweaks crop up, bleeding into Friday. Gear system, climber system, and hopper may continue to require manufacturing/tuning.

*Friday (2/17):*
3-8:15: Continue programming/testing until teleop driving is satisfactory, and highest priority auto's (drive and shoot from a couple of possible locations) are functional. Mechanics continue work on spare parts and robot cart, as well as gear and climber modules. Robot sent back to mechanics to mount cameras, gear system, climber, and lycra for hopper.

Stretch goal: Robot mounted with all modules. Ready for programmers to test on Sunday.
Likely set-back: Mounting and programming will probably bleed into Sunday. Sunday morning can be used by the programmers to catch up, and possibly test whatever modules are mounted.

*Sunday (2/19):*
9-1: Continue programming/testing (with cameras and other systems). 
1-5: Mechanics finish/tweak climber, gear system, and hopper. Work continues on spare parts and robot cart.

Stretch goal: Robot fully functional, with all chosen auto's done, tested, and fine-tuned. 
Likely set-back: It will likely take much longer to mount gear/climber system than anticipated, which eats into programming time. Tweaking and testing will likely bleed into Monday.

*Monday (2/20):*
10-6: Continue tweaking, driving, fine-tuning, mounting, etc. Run through mock-inspection (weigh, measure, etc). If time, mount LED strips to test functionality on robot.

Stretch goal: Robot fully functional, driving, tuned, and ready for inspection. Robot cart effectively done, and tested with robot. Spare parts ready and manufactured.
Likely set-back: The greatest unknowns are still in how the robot will behave with LIA, the gear system, and the climber. These may take longer to build, adjust, mount, and program for.

*Tuesday (2/21):*
1-10: Final driving, testing, tweaking. BAG, ready to compete!

Stretch goal: Time for drivers to practice, with no 30lb hold-back.
Likely set-back: If the climber still isn't up to snuff, we may hold it back to continue adjusting over the following week.