OBC-firmware
I built a website called MCC (mission control centre) to view data sent from a mini satellite as well as dispatch commands to the satellite for a school design team that I am a part of. On this design team, we build a mini satellite with a unique mission and participate in various competitions. I am on the ground station subteam. On the dashboard page of the website, you can see commands that have been dispatched to the satellite and telemetry received from the satellite. On the commands page, you can see more details about recently dispatched commands, as well as dispatch a new command by clicking on the + button. Unfortunately, the website isn't connected to the backend yet because that is still being developed, and all not all of the webpages of the website are complete, but you can still play around with what we've currently implemented on the frontend!! Aside from developing the website itself, I also updated the Dockerfile, setup local testing with vitest, and created a Github actions workflow to run build and test the frontend code before new PRs are merged. This is done to ensure environment consistency and improve code reliability, because this project is worked on by a large team of people. Aside from the MCC, I also worked on a different frontend website for this design team called ARO (Airborne Radio Occultation). Both websites are a part of the submitted github repo. My work on ARO was mainly to setup the framework of the website to improve code consistency when other team members contribute to developing ARO. URL: https://aro-ten.vercel.app (I didn't include this in my #athena-award message because theres only the background and navbar rn) You can check out my contributions here: https://github.com/UWOrbital/OBC-firmware/commits?author=sunray4
OBC-firmware
by @sunray4I built a website called MCC (mission control centre) to view data sent from a mini satellite as well as dispatch commands to the satellite for a school design team that I am a part of. On this design team, we build a mini satellite with a unique mission and participate in various competitions. I am on the ground station subteam. On the dashboard page of the website, you can see commands that have been dispatched to the satellite and telemetry received from the satellite. On the commands page, you can see more details about recently dispatched commands, as well as dispatch a new command by clicking on the + button. Unfortunately, the website isn't connected to the backend yet because that is still being developed, and all not all of the webpages of the website are complete, but you can still play around with what we've currently implemented on the frontend!! Aside from developing the website itself, I also updated the Dockerfile, setup local testing with vitest, and created a Github actions workflow to run build and test the frontend code before new PRs are merged. This is done to ensure environment consistency and improve code reliability, because this project is worked on by a large team of people. Aside from the MCC, I also worked on a different frontend website for this design team called ARO (Airborne Radio Occultation). Both websites are a part of the submitted github repo. My work on ARO was mainly to setup the framework of the website to improve code consistency when other team members contribute to developing ARO. URL: https://aro-ten.vercel.app (I didn't include this in my #athena-award message because theres only the background and navbar rn) You can check out my contributions here: https://github.com/UWOrbital/OBC-firmware/commits?author=sunray4