Coding & Robotics

• DAY 1: Introduction to Robotics

Presentations

Robotics History

Artificial Intelligence

Robotics Future

• DAY 2: Programming and computational logic. MBLOCK

Introduction to programming

Features software MBLOCK

Introduction to block construction MBLOCK

• DAY 3: Construction and programming: educational robot MBOT

Features hardware MBOT

Robot construction

Motion programming, lights and sounds, LED display

• DAY 4: Features and programming: robot sensors

Ultrasound sensor

Line following sensor

Light sensor

• DAY 5: Robot Communications

Use and programming remote control

Bluetooth communications

Hybrids programming with the computer

• DAY 6: Programming languages. Arduino

Comparison of block programming and traditional communication languages

Study os Arduino programming language

• DAY 7: Programming languages. Phyton

Study of Phyton programming language

• DAY 8: Advanced robots simulations. NAO.

NAO: physical features and basic applications

NAO´s software

• DAY 9 : Industrial robot simulation

Software environment to robotic simulation: CoppeliaSim

Robotic arms usefulness

Programming and generic robotic arm simulation with CoppeliaSim

• DAY 10: Personal project and final conclusions

Creating my own personal project

Overall perspective of education programme

• The participant enters the context of the history and development of robotics
• The participant becomes familiar with the programming language
• The participant increases their computational logic skills
• The participant knows the basic structure and elements of a robot
• The participant knows how to create different programs in a robot
• The participan learns to communicate with a robot