Future work
For development work currently. Describes most tasks for Modularis from most crucial to least (Red being most immediate, 3 being least)
Threat level Red
Power Pi from battery (complete)
Modularis backup part system up and running- controlled by joystick
Pose and image data to linux laptop
Threat level 1
Fix sonar mounts such that the sonar fits correctly
Integrate Sonar such that Raspberry Pi receives sonar data into a node from the LattePanda board
Acquire documentation on all mechanical designs
Have Isabel and Daniel write about their designs after making outline
Threat level 2
Containerizing the existing ROS2 system and testing portability between Jetson Nano and Pi - Senior Design task
Battery merge board for connecting power from both batteries into one
Excel sheet where you can select which items you want
Thruster connector: make a connector that allows for easy connect and disconnect of all thruster wires from the electronics enclosure for easy removal
Make our own 3D printed black board for mounting ESC’s
- Make modifications to enclosure wheels to give space for everything to fit appropriately
USB ports
More space for thruster wires
Main board “bend” issue
Threat level 3
- Test Modularis with larger (8 inch) tube
This is a larger project, but would allow for larger onboard computers
Test Modularis docker container on TI board
Make necessary structural readjustments to account for fitting TI board
Challenges
Battery balance not accessible to power board
Neither is charger header since both connected to battery
Efuse doesn’t work not enough amps
PWM wires are super annoying to plug in through the hole in the main board. Need a simpler way.
Future Work Ideas
What if we made Modularis completely printable? Replacing all the parts from bluerobotics (besides tubes, perhaps?) Other groups are trying to do this, such as Yonder deep at UCSD, Scripps
Senior Design Projects
Tracking Contributions made by senior design students throughout the years.
Fall 2022
Victoria and Camille
Spring 2023
Cale and Ethan
Fall 2023
David and Janica