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Corso di robotica e inglese.

Il mondo ha sempre più bisogno di professionisti che attuano nel campo della scienza, tecnologia, ingegneria e la matematica (STEM), la scuola taliano è abbastanza lenta nell’attuare a fianco dei programmi ministeriali percorsi integrati nel curriculum le competenze STEM, già nelle classi elementari e medie.  

Con questo in mente, proponiamo come parte dei nostri corsi, English & Robotics il programma sviluppato dall’Università Carnegie Mellon Robotics Academy,  il VEX IQ Curriculum, implementato nelle scuole elementari e medie negli USA.

 

Molto semplicemente siamo i primi in italia a ideare un programma mirato che integra inglese e Vex robotics IQ e in futuro anche EDR.  Tra i partecipanti al corso, cerchiamo talenti da portare ai mondiali VEX in rappresentanza dell'Italia.

Il programma

Questo il programma, diviso in 10 incontri di 2 ore con frequenza 1 volta a settimana.

E' diretto ai bambini che frequentano la scuola elementare e media.

Session 1-2: Introduction & Basic Movement
- Getting Started
- VEX IQ Platform
- Brain, Motors, Sensors
- Software
- Basic Movements

Session 3-4: Physical Robot & Sensors
- Physical Robot
- Bumper Switch
- Ultrasonic Sensor
- TouchLED

Session 5-6: Sensors & Program Flow I
- Gyro Sensor
- Color Sensor
- Loops
- Conditions
- Repeated Decisions I

Session 6-7-8: Program Flow
- Repeated Decisions II
- Obstacle Detection
- Line Tracking
- Remote Control

Session 9-10: End of Training
- Final Challenge
- CMRA Certification
- Beyond VEX IQ

 

Quando:

CORSO STRUTTURATO CON 10 INCONTRI

1 VOLTA A SETTIMANA
OGNI INCONTRO DELLA DURATA DI 2 ORE

 

Costo:

IL CORSO HA UN COSTO DI 282.00 euro + 15 iscrizione

PAGABILE ANCHE IN 2 rate.

 

 

 

LA NOSTRA METODOLOGIA: Welcome

WHY TEACH ROBOTICS ?

In today’s fast moving world with continuous improvements in technologies and new innovations, it became critical and important for the schools and for parents to provide STEM education to kids. 

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Here are seven areas in which learning about robotics can benefit students. 

 

CREATIVE THINKING

Hands-on learning activities enhance concentration and attention levels, because the more students learn physical skills, the more they want to continue being in the lesson.

Engagement

Hands-on learning activities enhance concentration and attention levels, because the more students learn physical skills, the more they want to continue being in the lesson.

Programming skills

As artificial intelligence becomes more prevalent in homes, schools, and offices, a little programming knowledge will help everyone understand how these bots work.

Perseverance

Creating and programming bots is challenging. However, working through frustration helps students develop a never-give-up attitude. It imparts determination, which is crucial for any technological or scientific undertaking.

Teamwork

Robotics incorporates a range of skills, and thus promotes a learning environment for people with different talents. If properly harnessed, it also promotes a culture of teamwork. It can even be used to help students who might struggle to learn in traditional classroom settings.

FUN

Learning about robotics is fun – and as User Experience designers continue to improve how it feels to interact with robots, it will only become more so!

Preparedness

With advanced technologies such as artificial intelligence, driverless cars, and spacecrafts taking shape every day, the present generation of students needs to be more prepared for technological changes than any before.

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