17. : Applications and Implications, Project Development
Applications and Implications:
For productivity Timer Named MINUTES
This is a sample teaser video that i made using canva . I used a vox style edit . I was inspired by those kinda edits and always did wanted to try one out . when our instructed told about the edit i thought to try something very quickly .
I refered The video below in making .
What will it do?
This productivity timer application will help users manage their time effectively by implementing the Pomodoro Technique. It will feature customizable work and break intervals, task tracking capabilities, and visual/audio notifications. The application will run on multiple platforms and integrate with existing task management systems.
What sources will you use?
Who's done what beforehand?
Several productivity timer applications exist in the market, with popular ones like Forest, Focus@Will, and Be Focused implementing various approaches to time management. Most of these applications follow the standard Pomodoro technique but lack comprehensive integration with task management systems. There's an opportunity to improve upon existing solutions by creating a more versatile and interconnected productivity tool.
What will you design?
Currently, I am designing two products. The first is a display module that works as an extension to the Minutes Pomodoro timer. This module shows the user's work status (such as "busy" or "do not disturb") to others, eliminating the need to repeatedly explain what you're doing.The second one is Minutes pomodoro Module .
What materials and components will be used?
| Component | Purpose | Alternative Options | Priority |
|---|---|---|---|
| ESP Wroom 32 E / Xiao ESP32C6 | Main microcontroller | Essential | |
| E-ink Display | Status display, low power consumption | Essential | |
| OLED Display | Timer display | ||
| Neopixel LED | Visual status indicator | Essential | |
| Buzzer | Sound alerts | Speaker module | Essential |
| MP3 Module | Custom sound alerts | Optional | |
| 3D Printed Case | Housing | Laser-cut acrylic | Essential |
| Wooden Base | Stable platform | 3D printed base, acrylic base | Essential |
| Rotary Encoder | Timer adjustment, menu navigation | Push buttons | Essential |
| Battery Module | Portable power source | USB power only | Optional |
| RTC Module | Accurate time keeping | Internal MCU timer | Recommended |
Where will come from?
The components will be sourced from multiple reliable suppliers including Robu and other local suppliers .
How much will they cost?
| Product | Cost (Rs) |
|---|---|
| Xiao ESP32 C6 | 555 |
| ESP32 Wroom | 250 |
| Rotary Encoder | 39 |
| Buzzer | 18 |
| E-ink Display | 1,599 |
| OLED Display | 224 |
| LiPo Battery | 409 |
| MP3 Module | 112 |
| Total | 3,206 |
What processes will be used?
The development process will involve several key stages:
- PCB Design and Manufacturing - Creating custom circuit boards using KiCad for both the main timer and display modules
- 3D Modeling and Printing - Designing and fabricating the enclosure using Fusion 360 and FDM printing
- Firmware Development - Programming the ESP32 using Arduino IDE/Platform IO with custom libraries for display and connectivity
What questions need to be answered?
What is the most effective way to integrate the timer with existing task management systems?
How will it be evaluated?
- How well does the Pomodoro Timer function?
- Whether tasks display correctly on the display module
- How effectively the app performs
THE MANUFACTURED CASING .
The fit is perfect. However, I need to make some adjustments to the magnet placement and the outer NeoPixel positioning. The answers to the questions in the checklist will allow you to create your BOM (Bill Of Materials).
Project Development Complete your final project tracking your progress.