Fall 2017 Goals/Schedule
Overall
- Power train should be complete before November for rolling chassis
- Required items:
- Motor interface
- Hardware
- Currently we have a schematic and PCB layout, but the layout is yet to be optimized
- Software (Fidel Musa (Deactivated))
- Should be done by November, 2017
- Hardware
- Power distribution
- Hardware (Taiping Li)
- Rev 2.1 has been brought up, further testing has to be done on resistance losses
- Testing should be done by beginning of September, 2017
- Software (Calder Kitagawa)
- In progress, everything other than CAN/relays are complete.
- Complete by end of September, 2017
- Hardware (Taiping Li)
- BMS AFE
- Hardware (Kevin Chen (Unlicensed))
- A few issues have to be fixed with rev 2
- Should be done by end of September if possible
- Hardware (Kevin Chen (Unlicensed))
- BMS Carrier
- Hardware (Taiping Li, Kevin Chen (Unlicensed))
- Boards will be brought up before September and tested
- Software (Karl Ding)
- Most external drivers are complete, application layer is incomplete
- Hardware (Taiping Li, Kevin Chen (Unlicensed))
- Driver Controls
- Hardware (Taiping Li)
- Boards will be brought up before September and tested
- Steering wheel board should be defined by end of September.
- Software (Fidel Musa (Deactivated))
- I2C slaves have to be integrated, CAN has to be programmed
- Basic functionality should be tested before September
- Hardware (Taiping Li)
- Telemetry
- Hardware (New Member)
- Connect SD card, XBee, GPS, Controller Board together (No PCB required for testing)
- Done by October/November
- Software (Karl Ding for SD card and GPS, Calder Kitagawa/New Member for the rest)
- Done by October/November
- Hardware (New Member)
- Kill Switch
- No specific hardware or software required.
- Motor interface
Boards to do
- Lights
- Hardware (New Member)
- Order all the lights and characterize them for power consumption
- Find appropriate LED drivers and design a PCB
- Done by end of November, 2017
- Software (New Member)
- Done by end of November, 2017
- Hardware (New Member)
- Driver display
- Hardware (New Member)
- Powers the Raspberry Pi (+5V), and Display (+12V)
- Passes signals from the Controller board to the Pi
- Controls display settings by using the button IOs
- Done by end of November, 2017
- Software (New Member, Calder Kitagawa)
- Same code as Telemetry/Motor interface
- Done by end of January/February 2017
- Hardware (New Member)
- Telemetry
- See above
- Aux BMS
- Hardware (New Member)
- Actively protects the Aux battery from OV/UV conditions
- Hardware (New Member)
- DCDC Board
- Hardware (Taiping Li, New Member)
- Ideally complete before November, if not then we will have to use a lead acid battery for rolling chassis
- Hardware (Taiping Li, New Member)
- Solar Master
- Hardware (Taiping Li, New Member)
- Talks to the solar salves via I2C
- Controls solar relay
- Complete by end of the term
- Software (New Member)
- Complete by end of term
- Hardware (Taiping Li, New Member)
- Solar Slave
- Hardware
- Collects voltage, current, temperature from the MPPT
- Sends data over I2C
- Complete by end of term
- Hardware
- MPPT if possible
- Sensor board
- Hardware (New Member)
- IMU
- Temperature
- Other sensors as required by mech
- Complete by end of term
- Software (New Member)
- Complete by end of term
- Hardware (New Member)
Recruitment
- Open houses/Club days, talk to first years about hardware/software
- Outreach to CS people