What will it do?:
The project is a machine of cymatica, which visualizes the imput that our body emits. Capturing this date, through different spectrum ranges.

Who's done what beforehand?:
I have no account of an equal project, but after the research I have managed to find several examples that resemble it as:

SOLARIS_RUS from Julia Borovaya on Vimeo.

What materials and components will be required?:
1 x 20cm acrylic plate

1 x 15cm acrylic plate

1 Speaker

1 APAM8403 Mini 5V Audio Amplifier Board With Switch Potentiometer

3 biomedical sensor pads

1 AD8232 Single Lead Heart Rate Monitor

1 Fabduino

1 pointer

1 9v battery

1 case CNC MDF 18mm

2 3D printed pieces

10 nuts

5 pins

Where will they come from?
1 acrylic plate 20 x 20cm - From leftovers from Fab Lab

1 acrylic plate 15 x 15cm - From leftovers from Fab Lab

1 Speaker - A classmate from the academy offered it to me

1 APAM8403 Mini 5V Audio Amplifier Board With Switch Potentiometer - Board made ii in Fab + Puncher electronic shop

10 biomedical sensor pads - Electronic Shop

1 AD8232 Single Lead Heart Rate Monitor - Electronic Shop

1 pointer regulator - Board made it in the Fab

1 fabduino - Board made it in the Fab

1 9v Battery - Fab Retreats

1 case CNC - From Fab Lab leftovers

10 nuts and bolts - Hardware

How much will it cost?
biomedical sensor pads - 9,95$ AD8232 Single Lead Heart Rate Monitor - 21,95$ APAM8403 Mini 5V Audio Amplifier Board With Switch Potentiometer - 1,95$ / 10 nuts and bolts - 4$

TOTAL: 38$

What parts and systems will be made?

What processes will be used?
Laser cut

3d Printing

CNC router

Electronic design

Input

Output

What tasks need to be completed?
Make the CNC case, and 3d piece to insert the sensors, and the top machine

What questions need to be answered?
I need to specify that sensors are more stable in order to produce a drawing in the machine. how could I visualize my own sound? would it be possible to see the difference between the body humans?

What is the schedule?
The Case made it with CNC router will be manufacturing in the week of June 5 to 11. The 3D printing pieces for the tripod be manufacturing in the week of June 11 to 16. And the final video will be programate in the last week, at 17 of June.

How will it be evaluated?
Checking the correct application of different digital manufacturing techniques in their global function.