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Arduino

Introducción al diseño de prototipos de ingeniería y programación usando Tinkercad Circuítos y Arduino Uno

April 10, 2021 by isabel

Descripción del Programa

– En este taller, aprenderá como desarrollan los ingenieros sus prototipos, comenzando con el diseño digital o virtual, el cuál es elaborado en el programa CAD (Diseño Asistido por Ordenador), donde ellos también pueden hacer pruebas de sus prototipos mediante simuladores para posteriormente construir y programar el prototipo físico.

– Obten tu certificado

– Construirá nueve (9) prototipos utilizando el programa Tinkercad Circuitos, aprenderá a programarlos, hacer pruebas, y como una extensión opcional podrá construir el prototipo físico con Arduino. Aprenderá también la programación básica en lenguaje C/C++, variables, bloques de sentencias, asignaciones y comparaciones, circuitos eléctricos, diseño digital, electricidad y física, como calibrar y usar sensores usados en diferentes áreas de ciencias, e innovación en programación para un mejor uso de sensores y componentes conectados a microcontroladores.

Lista de los nueve (9) proyectos incluidos en el programa:
1) Diódo emisor de luz (LED)
2) Zumbadores
3) Diódo emisor de luz tres colores, rojo, azul y verde. (RGB)
4) Pantalla de Cristal Líquido (LCD)
5) Servos
6) Sensor de Temperatura
7) Fotoresistor (LDR)
8) Sensor de Gas
9) Sensor de Distancia

Cada clase comienza con la apertura de una cuenta en Tinkercad, posteriormente se continúa con el diseño digita del prototipo. Si el alumno cuenta con los componentes necesarios para construir el proyecto físico, puede permanecer en el curso después del diseño digital para una extensión en su aprendizaje, donde será guiado por los maestros de Gearbox Labs para construir el prototipo físico.

El alumno debe tener acceso a una computadora con internet para crear la cuenta en tinkercad.com

Para programar el prototipo físico, se requiere descargar el programa Arduino IDE y tener los componentes físicos para la construcción del prototipo.

Tagged With: Arduino, Education, Internet of Things, Science, Technology

Playing with Data

January 26, 2021 by Nancy Otero

Explore ways to create music and art using data. No math or programming experience required! During these two sessions, we’ll train the computer to play some tunes using machine learning, we’ll create interactive visualizations of data, and investigate why everyone is making such a big deal about data.

This class will show you how data is used to make beautiful fun things. We’ll use weakinator to create music using machine learning, we’ll explore p5 to make interactive visualization of data, and we’ll use codap to investigate some data sets.

Tagged With: Arduino, Digital Fabrication, Music, Science, Technology

Introduction to Engineering Design and Coding Using Tinkercad Circuits and Arduino Uno

January 9, 2021 by isabel

In this workshop, you will learn how engineers prototype projects starting in a CAD (Computer-Aided Design) program, test their project, and then (as an optional add-on) build and code the prototype.

You will build nine (9) prototypes in Tinkercad Circuits, code them, test them, and then as an optional extension build and code the actual prototype. You will learn the basics of coding in C/C++, electrical circuits, digital design, the physics of electricity, coding conditional statements, calibrating and using scientific sensors, and innovation.

The nine (9) projects are as follows
1) LEDs
2) Buzzers
3) RGB LEDs
4) LCD Displays
5) Servos
6) Temperature Sensor
7) Photoresistor
8) Gas Sensor
9) Distance Sensor

Each class will start with building the project in Tinkercad. If the students have the parts necessary they can stay on for the extended learning opportunity and build the actual project.

The student should have access to a computer with an internet connection to create an account on and access tinkercad.com.

The extended learning opportunity requires the Arduino IDE and the parts.

Tagged With: Arduino, Education, Internet of Things, Science, Technology

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