Week 19 - Invention, Intellectual property and Income

What tasks have been completed?

3D modeling and scripting in Grasshopper.

Generation of CNC files for milling.

Fabrication of the physical table structure.

Implementation of capacitive touch reading functionality.

Finishing the capacitive touch sensors.

Adding RGB lights and integrating a speaker with the SAMD11 microcontroller.

Arranging and securing cables and boards within the table.

Potentially performing additional CNC milling for carpentry finishes.

Preparing the final video and presentation.

Worked:

The table itself is resistant and well shaped.

Neopixel LED strips.

Capacitive touch sensor pads

SAMD21 main development pcb board

Stopped working:

I2C connection with second SAMD21 microcontroller board

3D printed case for electronics broke

Could improve:

Slots for touch pads are too big

System integration in general

How to optimally integrate and secure the additional electronic components without compromising the table's aesthetics and functionality?

What finishing techniques should be applied to the table to enhance its durability and appearance?

How to achieve seamless interaction between the capacitive touch sensors, RGB lights, and speaker?

May 8th: Focus on finalizing table finishes.

May 15th: Complete the integration of electronics 1 & 2.

May 22nd: Finish electronics 3 and decide on the final finishing touches.

May 29th: Detail the project and prepare the final presentation.

June 5th, 7th, 10th, 12th: Final presentations of the project.

The importance of precise 3D modeling and scripting for accurate CNC milling.

Effective integration of electronic components in a wooden structure requires careful planning and testing.

Iterative testing and user feedback are crucial for refining interactive features like touch sensors and lighting.

Balancing aesthetics, functionality, and durability is key in designing interactive furniture.