fabrication – week 5

two materials assignment

This week we were tasked to work with two different materials. I’ve been venturing myself in the wearable world, so I took the opportunity to learn how to use the sewing machine and understand how to connect wires with conductive thread or fabrics. The goal was to create gloves with LEDs that change their color effects depending on the gesture you make when wearing them.


  • Conductive Fabric;
  • Conductive Thread;
  • Perf board;
  • Silicon wires;
  • Conductive tape;
  • Thread;
  • Reflective Fabric;
  • Stretch Grey Fabric;
  • Neopixels;

Pcomp Final Project

The fire bird light and sound glove

Glove’s palm diagram
Back of the hand diagram and details for the finger’s buttons

storytelling bases for coreography

Movement 1: The fire bird flies to the city.

Movement 2: The fire bird finds a place to die and dies.

Movement 3: The invisible seed that was inside of the belly of the fire bird geminates.

Movement 4: Zoom in the seed and enter it. What is the seed made of?

Movement 5: The seed turns into a tree. How does this tree look like?



  • Arduino Nano 33 IOT;
  • Portable Battery Pack;
  • Battery for Arduino (Lithium?!);
  • Micro USB – USB Cable;
  • Portable speakers with Bluetooth connection;
  • Gloves;
    • Conductive Fabric;
    • Conductive Thread;
    • Reflective Fabric;
  • Silicon wires;
  • Computer with p5.js;

Next Steps

  • Finish Code;
    • Create each LED effect;
      • Initial;
      • Fire;
      • Bird;
      • Tree;
    • Create sound effects in P5js to produce the sounds connected to accelerometer and gyroscope and in different versions for each LED effect;
  • Build the gloves;
    • Draw the gloves in the fabric;
    • Sew Neopixels to the glove;
    • Build an enclosure to wear the arduino nano on my hand;
  • Work on portable version;
    • Create bluetooth connection;
    • Find the best battery to power it;

animation – after effects


Final Result

Meet.me was created by me together with Wen Chen. We started imagining a future when we’ll be able to built ourselves and design body parts in the real world with advanced augmented reality technologies, before going to a casual date. We also talked about how meeting apps change our behavior in society and modify our subjectivity, especially as gay people, who are a big target audience for this industry.



fabrication – week 4

Wearable acrylic enclosure

This week we were tasked to create an enclosure. I made a simple experiment for a wearable using acrylic cut in the laser cutter and standoffs. The idea is to wear the Arduino Nano 33 IOT, which has a built-in accelerometer and gyroscope, to collect movement data from my hands, which are going to be used to create sound and visual effects with a computer.

fabrication – week 3

Laser Cutter hand-eye mask

This week we were tasked to work with the laser cutter. I’m always thinking about the performing arts context, so I designed a mask for the character I’ve been developing this semester: the Fire Bird.

I bought two pieces of acrylic at Canal Plastic orange and teal transparent. The most challenging part of this assignment for me was working with Illustrator for the first time….the laser cutter is a big discovery for myself and I’m pretty happy with the mask design – got amazing feedbacks as well. I want to improve the design – make it more reliable and comfortable for the face and maybe develop a series of masks/glasses.

fabrication – week 2

pyramid puzzle

This week I was tasked to make multiples of a multi-process piece. I wanted to start making puzzles, so after researching for wood puzzles models online, I found one which would be makeable in one week considering my fabrication knowledge level. Then, I found this great instructable guiding the fabrication process, so I basically followed it step-by-step and created five versions of it.

I bought everything I needed at the Home Depot hardware store in Bed-Stuy (a piece of Pinewood, a piece of dowel, and paracord). And I could experience using for the first time all of the machines of the shop introduced during the last class: the milter saw, the drill press, the sander, and the band saw.

The most challenging part was drilling 15 dowels because they are made of bad quality wood and are kind of small for the size of the hole that I needed. After some trials, I found a way of making them stable enough and learned that drilling slowly is better for delicate materials. Then I sanded them to correct some damages to the wood made during this process.

Find below the final result. To solve the puzzle you need to find a way of taking the ring out of the object.

fabrication – week 1

eye rainbow box flashlight

For this assignment, I was tasked to create a flashlight defined as portable, battery-powered, and creates light. My first thought was that I wanted to work with things that I already had in hands and create something that could be used as a wearable. So, the only thing I had to buy for this assignment was a 9V battery.

first sketch


  • 9V battery;
  • Arduino Nano (I had to use an Arduino because the light that I had was an addressable LED, which only works connected to a microcontroller – the good thing about it is that you can change the LED effect whenever you feel like – just need to modify the code).
  • Flora RGB Smart NeoPixel programmed with a rainbow effect;
  • 3D printed box (Base model downloaded from Thingverse, designed by anewsome, and customized by myself using the Tinkercad software);
  • Satin keychain;
  • Wires;
  • Reflective fabric to customize the eyes;
  • Small breadboard;
  • Velcro strip.
3D model


  • 3D printer Ultimaker 2+;
  • Drill (to create a tiny hole in the box to pass wires through);
  • Solder;
  • Scissor;
  • Wirecutter;
  • Hot glue gun.


  • Do not try to use hot glue with wires;
  • It’s always better to have more work building a switch instead of dealing with wires every time you want to turn on your device;
  • Be delicate when working with 3d printed small objects. Always be delicate in dealing with small materials.

My final object turned out to be a potential necklace or a luminary that can be hanged anywhere.

Final result

animation – week 1 – stop motion

The seed

This week I worked with Lizzy Chiappini. We were tasked to create a 30 seconds loop stop motion animation video. As a starting point for the process, we saw each other’s portfolio and tried to find out points of intersections in the subjects of our past artworks. We found out that both of us are interested in somehow deconstructing the binarism between humans and nature. We see nature as a environment where we can create dialogues, rather than explore it in a colonial way, just for our own goods, without thinking about and trying to listen to other vegetables/animal/mineral perspectives and the consequences of its exploration.

Find the result of our work here or watch it below.

Stop Motion animation by Fernando Gregorio and Lizzy Chiappini

Notes about the process of creation

After watching and talking about some references as listed below, we decided to work with silhouette paper cut animation. Our initial concept for the storytelling was an egg or a seed from where a half-human/half-vegetal would grow. This initial image made us think about other compositions and combinations of human, animal and vegetable forms.


Seed growing
  • Andrea Wan;
“Three of a kind” by Andre Wan
  • Kara Walker;
Gone: An Historical Romance of a Civil War as It Occurred b’tween the Dusky Thighs of One Young Negress and Her Heart, 1994, by Kara Walker

The whole process was very fluid and we could develop the concept and change the initial storyboard while we were going deeper with the practice. It was very pleasant to collaborate with Lizzy, who also has an artistic background and is opened for experimental processes.

The shooting was long and slow, but very pleasant. We had to split it in two different days, which can be noticed by the sudden light change in the animation, probably because we didn’t notice that the light table was upside down. The hardest part was fitting some big elements inside of our seed and moving them separately. Sometimes we had to cut them in the middle to be able to do it.


  • Canon 5D Mark III;
  • Lens with Zoom;
  • Power Supply for the camera;
  • Mini USB Cable;
  • Tripod;
  • Software: Dragon Frame;
  • Light Table;
  • Black Paper;
  • Scissors;
  • Pencils to move the papers slowly while animating.
  • Wire to articulate/create the joints of our characters;
  • Tape to glue the joints and our elements to the light table while they shouldn’t move.

Pcomp – midterm project documentation

Finding Words

My midterm project for physical computing is an ongoing project. I’m creating a performative poem about a cyborg bird who died in the middle of the city. Where the bird died, a tree grew, because the bird had an invisible seed inside their belly. What is this seed made of and how does this tree look like?

The first version of the wearable LED strip

To tell this story I will use gestures (Dance), Light (LED), Words and Sound (Voice, and maybe other effects). To do so, I want to create a wearable for my hands with LED’s that change its colors according to the gesture I do with my hands. I’m going to start with two words:gestures: Fire, Bird, Tree, Seed and Death.

The video below shows how far I got by my midterm deadline. Using Arduino, I created a physical interface with two switches and a led strip containing the number of LEDs I’ll have in my hands. Using serial communication, the code is connected to a p5.js interactive interface that I designed.

  • The initial state of the strip is blinking white and on the screen you see random letters floating and vibrating around the canvas.
  • If you press 1 button, the strip turns blue and you can read bird on the screen;
  • if you press another button, the strip turns green and you can read tree on the screen;
  • if you press both switches together, the strip turns red and you can read fire on the screen.
Video showing the switches changing simultaneously the color of the LED strip and the words on the screen

Arduino code

To communicate with the LEDs I started studying the Neopixel library. Some of my fellows advised me to use the FastLED instead, so I may study that option too. Thanks to Max da Silva, who helped me a lot with this code.

##Arduino Code for the project finding words

#include <Adafruit_NeoPixel.h>

// Which pin on the Arduino is connected to the NeoPixels?
#define LED_PIN     6

// How many NeoPixels are attached to the Arduino?`
#define LED_COUNT  8

Adafruit_NeoPixel strip(LED_COUNT, LED_PIN, NEO_GRB + NEO_KHZ800);

const int indexSwitch = 2; //define the normally opened switch activated by the index finger in the PIN 2
const int thumbSwitch = 3; //define the normally opened switch activated by the thumb finger in the PIN 3

void setup() {


  pinMode(indexSwitch, INPUT); //define the PIN as an INPUT
  pinMode(thumbSwitch, INPUT); //define the PIN as an INPUT

  strip.begin(); // Initialize NeoPixel strip object
  strip.setBrightness(10); // Set BRIGHTNESS to about 1/5 (max = 255)
  strip.show(); // Initialize all pixels to 'off'


void loop() {

  if (digitalRead(indexSwitch) == HIGH && digitalRead(thumbSwitch) == HIGH) { //if both switches are pressed

    //fire led effect - color red
    uint32_t red = strip.Color(255, 0, 0);
    colorWipe(red, 0);

    Serial.println(4); //write the number 4 in the serial monitor

  } else if (digitalRead(indexSwitch) == HIGH) { //if the index finger button is pressed
    //tree led effect - color green
    uint32_t green = strip.Color(0, 255, 0);
    colorWipe(green, 0);
    Serial.println(2); //write the number two in the serial monitor

  } else if (digitalRead(thumbSwitch) == HIGH) {
    //bird led effect - color blue
    uint32_t blue = strip.Color(0, 0, 255);
    colorWipe(blue, 0);
    Serial.println(3); //write the number 3 in the serial monitor

  } else {
    blink(); //blink white if none of the buttons are pressed
    Serial.println(0); //write zero in the serial monitor


//define how the blink function works
void blink(){
  uint32_t white = strip.Color(255, 255, 255);
  colorWipe(white, 0);
  uint32_t off = strip.Color(0, 0, 0);
  colorWipe(off, 0);

void colorWipe(uint32_t color, int wait) {
  for(int i=0; i<strip.numPixels(); i++) { // For each pixel in strip...
    strip.setPixelColor(i, color);         //  Set pixel's color (in RAM)
    strip.show();                          //  Update strip to match
    delay(wait);                           //  Pause for a moment

Wearable and other materials research

Materials used during the process

In general, I had a lot of trouble trying to build my wearable. First of all, I chose to work with reflective fabric, which is very complicated to sew because its to thick, although it’s beautiful and connects perfectly with my concept that will try to explore themes around mineral extractivism. Thus, I will continue working with it, but need to find a more sewable version of it.

After not being able to sew the reflective fabric, I used a general fabric that we have in our soft lab at ITP to build the first prototype. By the way, Idith, who is responsible for this space, helped me a lot with advice and lending me some materials such as conductive fabric and thread. The thread that I had bought had a really bad quality – it is important to check its conductivity before using it and sewing every line two times to improve the quality of the current you get.

I chose to work with individual sewable Neopixels by Adafruit to have more freedom to place the LEDs as I wanted, and to have a more flexible and more convenient base for them, comparing to general LED strips. Therefore, I’ll have a more organic and adaptable format for my hands and gestures.

Myself presenting the project in class. Photo by Tianjun Wang s2