Pomodoro timer

A device designed to restructure productivity

COMPANY

Independent Project

industry

Electronics Design

Timeline

Apr 2025 - May 2025

task

Create a product to improve productivity

Create a product to improve productivity

Create a product to improve productivity

Jobs to be done

  • Speed up workflows

  • Reduce stress levels of prolonged tasking

  • Improve overall work efficiency

Jobs to be done

  • Speed up workflows

  • Reduce stress levels of prolonged tasking

  • Improve overall work efficiency

Constraints

  • Portable pocket-sized design

  • Can’t be distracting

  • Operate on easy interactions

Constraints

  • Portable pocket-sized design

  • Can’t be distracting

  • Operate on easy interactions

Solution

The pomodoro timer

The pomodoro timer

The pomodoro timer

The Pomodoro Technique uses timed intervals to structure deep work. You set a 25‑minute focus sprint (a “pomodoro”), then take a 5‑minute break. After four pomodoros, take a longer break of 15-30 minutes. The timer creates urgency, while breaks prevent mental fatigue and help reset attention.

Process

From code to form

From code to form

From code to form

Coded electronic interaction using Arduino

To make the Pomodoro interaction of 25 minutes of work followed by 5 minutes of break; 5 LED lights represent 5 minutes each make a total of 25 minute for work. Once the last LED is turned off, the lights flash telling the user to flip the timer over for break time. A tilt ball sensor detects that flip and starts the break timer for 5 minutes where each LED represents 1 minute each to make a total of 5 minute for break.

Fabricated form then CAD modeled

Rendered the product

EVALUATION

Here's what I learned

Here's what I learned

Here's what I learned

  • 8 interviews with CarMax associates

  • Competitive analysis

  • Behavioral data on carmax.com using FullStory

  • 10 customer interviews

  • 50 user tests with prototypes using UserTesting

  • Several surveys using Ethnio

Looking back, I learned to balance learning new skills while making progress on designing a product. Throughout this project, I learned to wire and code electronics using Arduino, explored physical human-product interactions, and 3D modeled and rendered the final form. These steps gave me a deeper understanding of both design and technology, and made the creative process much more rewarding.

Thanks for reading