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Con esta frase, Paulo Freire, nos muestra la importancia de darle un vuelco al aula tradicional y empezar a replantear la enseñanza.

Las necesidades educativas del alumnado están sufriendo modificaciones promovidas por los cambios que la sociedad actual está experimentando. La escuela del siglo pasado basaba sus metodologías en la memorización de contenidos. Esto, a día de hoy, se considera insuficiente, ya que los niños y las niñas tienen que saber utilizar esos contenidos aprendidos para poder resolver problemas que surjan en su vida cotidiana.

Hoy en día ha cambiado la forma que el alumnado tiene de llegar a la información. El profesor, antes, era quien poseía toda la información en el aula y éste era el encargado de transmitirla. Esto se ha visto modificado. La información está en todas partes: la televisión, Internet, libros, radio, compañeros, teléfonos móviles... El acceso se ha generalizado y democratizado, ya no es el docente el único poseedor de esta información, pero sí es el responsable de organizarla, de transmitir al alumnado cuáles son las fuentes y de promover una búsqueda activa y efectiva entre sus estudiantes.

Las metodologías de aprendizaje activo buscan que el niño sea el centro del proceso de enseñanza-aprendizaje, por lo tanto las estrategias de enseñanza tienen que orientarse a fomentar que los discentes abandonen un papel pasivo (escuchar únicamente al profesor/a) y adquiera un papel protagonista (crear proyectos, investigar, producir...).

Una buena propuesta es la generación de situaciones de aprendizaje en las que se fomente la búsqueda y la indagación guiada. Si lo combinamos con la el uso de las TIC y los beneficios que Internet aporta a la educación encontramos una buena herramienta pedagógica con la WebQuest.

Una WebQuest permitirá que los aprendizajes sean más duraderos y tendrá mayor calidad, ya que se pasa de una aprendizaje pasivo a uno totalmente activo, que pone al alumnado en el centro del proceso de enseñanza-aprendizaje. Esto modificará el rol del profesor, ya que se pasará de un estilo de enseñanza tradicional y directivo a un estilo de enseñanza basado en la orientación y guía del alumnado, respetando en sentido estricto el origen etimológico de la palabra educar (educare y ducere: sacar hacia fuera, extraer, guíar).

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Con esta frase, Paulo Freire, nos muestra la importancia de darle un vuelco al aula tradicional y empezar a replantear la enseñanza. Las necesidades educativas del alumnado están sufriendo modificaciones promovidas por los cambios que la sociedad actual está experimentando.

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The Education Team And Mission

Arduino is on a mission to make technology accessible to everyone, and into the hands of every student and educator. To make this possible, we have created Arduino Education: a dedicated global team formed by education experts, content developers, engineers, and interaction designers.

Arduino Education is focused on creating the next generation of STEAM programs - integrating Science, Technology, Engineering, Arts and Math - while supporting the needs of teachers and students throughout the educational journey.

Source: Intel IQ

Current Use Cases

Educational institutions use Arduino as a resource to assist in educating their students on a wide variety of topics, using several methods.

Develop: Arduino is widely adopted at post-secondary education (e.g., universities, colleges, research institutes) in the fields of engineering, Internet of Things, robotics, art, and design.

Teach and Learn: Many secondary schools use Arduino in innovative programs for cross-curriculum studies.

Play: Primary schools use toys embedded with Arduino technology to introduce physical learning, logic, building skills, and problem solving.

Arduino Education offers solutions for the classroom, kits, bundles, and boards with learning paths for individual and collaborative educational approaches. Learners explore Arduino in a hands-on, constructive way as they work through the kits and explore the creative capabilities of each board. Whether you're a teacher new to electronics and want to introduce physical computing and computational thinking to your lesson plan, a university professor skilled in electronics, or a postgraduate researcher, we have an Arduino kit or board perfect for you. Take a look at our catalogue and choose what best suits your needs.

Solutions for the Classroom

Source: Intel IQ

Back in 2012, I was given the challenge of bringing project-based learning to my first group of upper secondary schools in Spain. I realised at the time that almost no one was addressing the needs of educators when introducing curriculum. Therefore, I decided that we had to put educators at the center of our concept and help them find creative ways to use technology in the classroom. Arduino Education is not just about making interesting projects with students, it is also about getting acquainted with developing technologies and new methods of teaching.
- David Cuartielles, Arduino Co-founder

Starter Kit Classroom Pack

The ideal package for a class that introduces programming and electronics through fun and engaging interactive projects.

The Arduino Starter Kit Classroom Pack is a bundled solution, containing six of the popular Arduino Starter Kits.

This Classroom 6-Pack is for a classroom of at least twelve students - the recommended ratio is two students per kit - and intended for use starting from middle school teachers onwards, looking for an extensive educational solution for learning how to use the Arduino platform.

Each kit contains an Arduino Uno Rev 3 board, a collection of sensors and actuators, and - most important - a guide book which will help students and teachers to take their first steps into the world of electronics, with interactive and sensing objects.

A 30-day trial access to the Chromebook Education app is also included.

For more info visit:
store.arduino.cc/classroom-pack

The first official Arduino kit designed for scientific exploration for middle school students aged 11 to 14.

Developed in partnership with Google, the Arduino Science Kit Physics Lab is an Arduino-based physics lab, fully compatible with Google Science Journal available on Android

Have Fun and Learn at the Arduino Science Fairground!

Experiment with forces, motion, magnetism, and conductivity. Students will make their own hypothesis like real scientists, then check their assumptions, and log data thanks to Google's Science Journal - a digital notebook for conducting and documenting science experiments in real-time using the smart capabilities of mobile devices.

No coding experience required! Enjoy this new series of plug & play projects.

Recommended for 2 students to work together, the Arduino Science Kit includes materials to run 9 exciting physics experiments based on the following subject areas and topics:

- Electromagnetism and Thermodynamics

- Kinetics and Kinematics

For more info visit:
store.arduino.cc/physics-lab

CTC GO! is an educational program consisting of several modules that can be combined to teach different STEAM (Science, Technology, Engineering, Arts, and Mathematics) subjects. These modules provide educators with a complete cross-curricular program, where students will initially learn how to use technology as a tool, before applying that knowledge to specific STEAM subjects and topics.

Core Module

With the Core Module you will go through the foundations of CTC and build 8 exciting projects based on teamwork and learning by doing activities.

For more info visit:

store.arduino.cc/ctc-go-core

Creative Technologies in the Classroom 101 is the flagship Arduino educational program for schools.

Arduino CTC 101 is a modular STEAM program consisting of a toolbox with 26 projects and easy-to-assemble experiments, an online platform, and guided training/support for educators.

The program, tailored for ages 13 to 17, has 5 themed modules and introduces students to the foundations of programming and basic coding, Arduino boards and digital signals, analog signals and serial communication, robotics, power systems, motors, wireless communication via Bluetooth and advanced sensors.

Testimonials

CTC is one of our best educational activities and makes us especially proud on account of its potential for teacher training, student motivation, and transformation of the society in which we live.
- Javier Hidalgo, Head of Exhibitions and Programmes, la Caixa Foundation

It was new, interesting and educational. The students appreciated Arduino, and the interest is wide among students and teachers alike.
- Teacher, CTC Kreatech, Skåne Sweden

CTC It's a great way to get started with programming, electronics, and automation - this program is so entertaining and fun that it does not seem like you're taking a class - all classes should be as interactive and constructive just like these!
- Joel Borja Tomàs, Student, Institut de Tecnificació, Amposta, Spain

For more info visit:
store.arduino.cc/arduino-ctc-101-program

To login to the CTC 101 Platform visit:
create.arduino.cc/ctc/101

Featuring state of the art hands-on incorporation of Arduino technology in an educational setting, students will learn fundamental engineering concepts, key aspects of mechatronics, and MATLAB and Simulink programming.

Teach your students about system modeling, controls, robotics, mechatronics, and other important engineering concepts with the new Arduino Engineering Kit. The kit - based on MATLAB and Simulink - includes an Arduino MKR1000, custom designed shields, and all the other components necessary for building projects that are sure to engage your students: a self-balancing motorcycle, mobile rover, and drawing robot.

For more info visit:
store.arduino.cc/arduino-engineering-kit

To login to the AEK Platform visit:
create.arduino.cc/edu/courses

Arduino Certification Program

Arduino has a proven track record of developing successful educational products: The Starter Kit Classroom Pack , the Science Kit Physics Lab , CTC Go! , Creative Technologies in the Classroom (CTC 101) , and the Arduino Engineering Kit (AEK) , have all received positive feedback from individuals and educational organizations implementing them in their curricula. Arduino Education takes great pride in applying pedagogical values to the technology developed under our brand, to meet the demands of an innovative industry.

The Arduino Certification Program (ACP) is an Arduino initiative to officially certify Arduino users, and confirm their expertise in key areas, it has been developed in response from request by the Arduino community. Many users highlighted the need to possess a document confirming their level of knowledge on Arduino, that could, for example, be referred to in a resume for academic or professional purposes.

The Arduino Certification program is hosted online and involves proficiency exams on the Arduino environment. There are three tiers of certification available as follows:

Enthusiasts (Fundamentals Certification)

Educators (coming soon)

Professionals (coming soon)

Arduino Fundamentals Certification

For enthusiasts, the Arduino Fundamentals Certification is the first tier in the Arduino Certification Program. It validates your skills and improves your personal profile by showcasing your knowledge in the field of programming and electronics, relating to Arduino.

Developed in consultation with interaction designers and electronic engineering professionals as well as in regards to leading technology curriculum, the Arduino Fundamentals Certification exam assesses skills based upon exercises comprised of practical tasks from the Arduino Starter Kit

GET THE BUNDLE GET THE CERTIFICATE

Arduino Create

Arduino Create is an integrated online platform that enables developers to write code, access content, configure boards and share projects. Go from an idea to a finished IoT project quicker than ever before with an IDE, remote device management and other cloud services - all accessible within an environment that's easy for beginners, and productive for professional developers.

For more info, please visit:
create.arduino.cc

Arduino Create Getting Started will guide you to configure your cloud-enabled devices for the first time.

Arduino Project Hub

Arduino Create Project Hub is a community dedicated to discovering how fun and rewarding tinkering with electronics and software can be. Any project made with Arduino boards is welcome! Arduino Project Hub is also a great place to keep your projects and easily share them with your friends, students, and the community!

For more info, please visit:
create.arduino.cc/projecthub

Arduino Online Editor

Arduino Create Web Editor allows you to write code and upload sketches to an Arduino board after installing a simple plug-in. Your Sketchbook will be stored in the cloud and accessible from any device. You can even import your Sketchbook via a .zip file. Sharing Arduino code is now as easy as sharing a link! We will also be launching new features to let teachers manage a whole classroom of students, accessing their sketches, to allow a new collaborative way of working online.

Resources

Do you want to get started with Arduino?
Click here

Looking for free resources for your classroom?
Browse the official Arduino Project Hub

Ready to buy an Arduino Education product for your classroom?
Shop now

Do you want to get in touch with the Arduino Educators Community?
Visit Arduino Forum

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The Education Team And Mission Arduino is on a mission to make technology accessible to everyone, and into the hands of every student and educator. To make this possible, we have created Arduino Education: a dedicated global team formed by education experts, content developers, engineers, and interaction designers.

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Estos videos tienen como objetivo que el curso de Física Básica llegue a todos los interesados sin ningún interés de lucro. Si por algún motivo otras persona...

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8 canales de YouTube para aprender Física

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8 canales de YouTube para aprender Física

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¿Quieres ampliar tus conocimientos en Física? Aquí te presentamos nuestra selección de canales educativos que, a través de sus videos, nos ayudarán a comprender mejor esta ciencia.

Las leyes de la física son responsables de que aún estemos vivos. Éstas rodean y dan forma al universo a nuestro alrededor y a la tecnología que consumimos todos los días. Es por ello que el estudio de esta amplia ciencia ha tenido prioridad desde hace muchísimo tiempo y ha generado tantos avances en tecnología. Sin importar si eres un especialista o no, estos canales de Youtube te darán un vistazo de la realidad, aprenderás algo nuevo del mundo y entenderás un poco más de de ti mismo.

#1 FísicaTv:

A través de materiales amenos y muy interesantes, este canal español busca compartir un poco de los mejores documentales sobre física. Sumérgete en la ciencia y aprende algo nuevo. Si buscas algo más. también podrás encontrar BiologíaTv y QuímicaTv.

Enlace al canal: FísicaTV

#2 Instituto de Física Teórica IFT:

Creado en 2003 como una colaboración de la Universidad de Madrid y el gobierno de España, el IFT se encuentra a la vanguardia de la investigación en este campo. Entre sus prioridades se encuentra la divulgación científica de sus descubrimientos, siendo su canal de Youtube, fundamental para este fin. Aquí encontrarás desde conferencias magistrales, hasta sencillas cápsulas interesantísimas de las más grandes mentes de la física teórica.

Enlace al canal: IFT

#3 QuantumFracture:

Las respuestas a las ideas más locas y preguntas más descabelladas serán respondidas por José Luis Crespo. Con un estilo divertido y fresco, aprenderás algo nuevo del mundo y la realidad.

Enlace al canal: QuantumFracture

#4 MinutoDeFísica:

Dentro de nuestras aceleradas vidas, a veces no tenemos tiempo para ver videos muy largos; pero eso no es problema para las cápsulas del canal MinutoDeFísica. En apenas un minuto y acompañado de graciosas ilustraciones, conocerás los temas más interesantes de la física ¡Aprender jamás había sido tan divertido!

Enlace al canal: MinutoDeFísica

#5 El Robot de Platón:

Explora la Física y la ciencia con el Robot de Platón, un canal creado por Aldo Bartra que mezcla conocimiento y entretenimiento. Una de las secciones más populares es Mitos Espaciales, donde Aldo refutará populares mitos sobre la realidad.

Enlace al canal: El Robot de Platón

#6 CdeCiencia:

El futuro, el espacio y el ser humano serán los temas a tratar en CdeCiencia. En él exploraremos las preguntas que han existido desde el principio del ser humano, ¿de dónde somos y hacia dónde vamos? También encontrarás las noticias más recientes de la comunidad científica.

Enlace al canal: CdeCiencia

#7 Canal USB:

La Universidad Simón Bolívar brinda para ti cursos completos de Introducción a la Física. Aprende a nivel universitario con sus clases en línea totalmente gratuitas.

Enlace al canal: Canal USB

#8 cursodefísica:

En este canal encontrarás un curso muy bien estructurado y explicado de física básica. Cada lección viene acompañada de esquemas y útiles diagramas para ejemplificar de una mejor manera y lograr el máximo aprovechamiento.

Enlace al canal: cursodefísica

Estos son los ocho canales de Youtube que nos ayudarán a ampliar nuestros conocimientos en Física. ¿Te quedaste con ganas de más canales? Acá te dejamos otros dos canales educativos:

César Antonio Izquierdo Merlo:

El profesor César Izquierdo de la Universidad de San Carlos de Guatemala ha creado este canal para todos aquellos interesados en la física. Acompáñanos en las más de 80 clases disponibles gratuitamente, donde el profesor hará uso de animaciones e interesantes experimentos para dar su lección.

Enlace al canal: Cesar Antonio Izquierdo Merlo

Profesor Sergio Llanos:

El profesor Sergio Llanos es un Ingeniero de la Universidad de Cali, que busca enseñar de una manera amena y sencilla. En sus clases gratuitas podrás encontrar temas de física y matemáticas, si te olvidaste de algún tema el "profe Sergio" tiene la respuesta.

Enlace al canal: Profesor Sergio Llanos

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8 Canales de Youtube para Aprender Física

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¿Quieres ampliar tus conocimientos en Física? Aquí te presentamos nuestra selección de canales educativos que, a través de sus videos, nos ayudarán a comprender mejor esta ciencia. Las leyes de la física son responsables de que aún estemos vivos. Éstas rodean y dan forma al universo a nuestro alrededor y a la tecnología que consumimos todos los días.

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Acercamiento a la pregunta como elemento clave que facilita el aprendizaje.

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Thermodynamics is a branch of physics which deals with the energy and work of a system. It was born in the 19th century as scientists were first discovering how to build and operate steam engines. Thermodynamics deals only with the large scale response of a system which we can observe and measure in experiments. Small scale gas interactions are described by the kinetic theory of gases. The methods complement each other; some principles are more easily understood in terms of thermodynamics and some principles are more easily explained by kinetic theory.

There are three principal laws of thermodynamics which are described on separate slides. Each law leads to the definition of thermodynamic properties which help us to understand and predict the operation of a physical system. We will present some simple examples of these laws and properties for a variety of physical systems, although we are most interested in thermodynamics in the study of propulsion systems and high speed flows. Fortunately, many of the classical examples of thermodynamics involve gas dynamics. Unfortunately, the numbering system for the three laws of thermodynamics is a bit confusing. We begin with the zeroth law.

The zeroth law of thermodynamics involves some simple definitions of thermodynamic equilibrium. Thermodynamic equilibrium leads to the large scale definition of temperature, as opposed to the small scale definition related to the kinetic energy of the molecules. The first law of thermodynamics relates the various forms of kinetic and potential energy in a system to the work which a system can perform and to the transfer of heat. This law is sometimes taken as the definition of internal energy, and introduces an additional state variable, enthalpy. The first law of thermodynamics allows for many possible states of a system to exist. But experience indicates that only certain states occur. This leads to the second law of thermodynamics and the definition of another state variable called entropy. The second law stipulates that the total entropy of a system plus its environment can not decrease; it can remain constant for a reversible process but must always increase for an irreversible process.
Activities:
Guided Tours
Thermodynamics:

Navigation ..

Beginner's Guide Home Page

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Thermodynamics is a branch of physics which deals with the energy and work of a system. It was born in the 19th century as scientists were first discovering how to build and operate steam engines. Thermodynamics deals only with the large scale response of a system which we can observe and measure in experiments.