Samayam
The "Samayam" clock project emerged from a visionary fusion of art and precision engineering, inspired by the ethereal dance of celestial bodies and the enchanting beauty of refracted light. This project challenged conventional clock design, using transparent acrylic disks and a transparent pedestal to transform the act of checking time into a captivating experience.
Samayam embodies a core philosophy of appreciating the dynamic nature of time, encouraging individuals to embrace change and find the unique beauty in every fleeting moment. It stands as a testament to the harmonious fusion of art and technology, elevating timekeeping to an enchanting and ever-changing masterpiece.
Mechanism
Exploring the "Samayam" clock's mechanism proved to be a formidable challenge. Achieving the harmonious interplay between its transparent acrylic disks and the underlying movement was a complex endeavor, demanding innovative solutions and precise engineering to create a captivating timepiece that redefines traditional clock design.
Prototyping and Working Model
In the process of creating a prototype and working model, we employed advanced techniques such as acrylic laser cutting and transparent vinyl printing to achieve a visually striking design featuring cyan, magenta, and yellow gradients. Laser etching was skillfully utilized to imprint intricate watch dials onto acrylic disks, adding a touch of precision and sophistication. The integration of a stepper motor and Arduino Nano not only brought the project to life but also showcased the seamless fusion of technology and craftsmanship, highlighting the innovative synergy in our approach to prototyping and model making.
"Through collaborative teamwork on this clock design project, our team not only honed technical skills in electronics and programming but also discovered the power of effective communication, adaptability in problem-solving, and the invaluable lessons that come with turning shared ideas into a tangible reality."
- Team Samayam
Our other key learnings
Clock Mechanism and Timekeeping
Programming Microcontrollers
User Interface Design
Enclosure Design and 3D Printing
Troubleshooting and Debugging
Materials Selection
Documentation