
Smart Tea Maker
An energy-efficient smart tea maker designed for Indian households, combining traditional brewing with innovative technology.
Project Overview
This project aims to create a novel food preparation product tailored to the needs of home cooks in India, focusing on energy efficiency and convenience. Through research, including interviews with my grandmother and others, I discovered that everyday tasks like preparing tea and curry consume a significant amount of time and energy, with tea being made multiple times daily and curries taking hours to prepare. Additionally, inconsistent electricity availability poses challenges for many Indian households. The design integrates piezoelectric energy harvesting technology with smart features to create an efficient and sustainable solution. The two-part design separates milk heating and tea brewing processes, while incorporating innovative energy storage and temperature control systems. The top part heats milk as needed, with a yellow spring allowing rotation for easy mixing with pre-made black tea, while the bottom part is dedicated to brewing the black tea itself. The project documentation includes detailed sketches, CAD models, and prototypes showing the evolution of the design from initial concepts to final implementation. The image series in tea 1, tea 2, and tea 3 folders demonstrate the progression of the design thinking and refinement process.
Project Details
- Duration
- 6 months
- Role
- Product Designer & Engineer
- Tools Used
- CADElectronics PrototypingEnergy Simulation3D Printing
Design Process
A - User Research
Conducted user research to understand needs.





B - Concept Development
Developed concepts based on user feedback.




C - Final Design
Finalized the design for the smart tea maker.

D - Final Model
Created a final model for the smart tea maker.






E - Project Gallery
Displayed the smart tea maker in a gallery format.

Impact & Results
Challenges
- Addressing inconsistent electricity supply
- Maintaining traditional tea brewing quality
- Creating an energy-efficient solution
- Integrating smart features with traditional methods
Solutions
- Piezoelectric energy harvesting system
- Two-part design for separate processes
- Smart temperature control and monitoring
- Mobile app integration for notifications