Week #2 #
Team #
Team Members #
| Team Member | Telegram Alias | Email Address | Track | Responsibilities |
|---|---|---|---|---|
| Dmitriy Vizitei (Lead) | @otkisaev | d.vizitei@innopolis.university | Low level (embedded) + Electric circuit engineer | Project coordination, task delegation, programming and testing prototypes |
| Senea Belykh | @SenyaZenya | s.belykh@innopolis.university | Low level (embedded) + Electric circuit engineer | Programming and testing prototypes |
| Dmitry Ryabov | @theDioxider | d.ryabov@innopolis.university | Low level (embedded) | Programming |
| Anas Hamrouni | @reachnasta | a.hamrouni@innopolis.university | Design engineer | Designing 3D models |
| Andrew Pavlov | @chaleshka_0 | and.pavlov@innopolis.university | Tech writer | Document the work and write reports |
Detailed Requirements Elaboration #
Prioritized backlog #
More about that check here (Individual contribution of each participant)
Project specific progress #
Embeded programming #
Managed to read measurements from the new prototype of sensor based on stm and reed configuration.
Links: #
Electric circuit engineering #
Build the prototype based on reed switch
Links: #
Design engineer #
1. Define functional and user requirements of the rod: #
- Simple & 3d printable geometry
- Respect shape dimensions to fit the tank
- Ease of installation
- Safety and efficiency of use
2. Sketching the model: #
- Ensure to provide 3d printable geometry
- Design robust shape despite small dimension
- Added screw threading to fix small shape easily without special tools
- Built a safe and efficient solution by avoiding changing shape of the tank and requiring simple drilling to place the rod with keeping the tank sealed.
Links: #
Testing #
Testing prototypes
Links: #
Manager #
Clarification from the customer: He prefers that we do not go into the mathematical model of the drone to solve this problem.
Weekly commitments #
Individual contribution of each participant #
| Member | Contribution |
|---|---|
| Dmitriy Vizitei | Planning the work, testing one of the prototypes: video, schema, commit. |
| Senea Belykh | Build the prototype based on reed switch: schema, builded scheme. |
| Dmitry Ryabov | Managed to read measurements from the new prototype of sensor based on stm and reed configuration: video, commit 1, commit 2. Geometric implementation of first prototype. |
| Anas Hamrouni | Sensor installation design: Screenshot 1, Screenshot 2, file 1, file 2. |
| Andrew Pavlov | 2nd week report. |
Plan for Next Week #
- Design a board with a double sequence of reed sensors
- Finalize the prototype of the rod sensor
- Print a prototype of the sensor rod
- Build the entire circuit, isolating the electronics from the liquid, and move the controller to the outside of the tank
- Сheck the functionality of the product
Confirmation of the code’s operability #
We confirm that the code in the main branch:
- In working condition.
- Run via docker-compose (or another alternative described in the
README.md).