***FACE-TO-FACE HUMANOID ROBOTICS SUMMER CAMPS WITH NAO ROBOT V6***
(Please note that topics and/or the order of topics are subject to change without prior notice).
AGE OF CHILDREN | TIME | LOCATION
IMPORTANT: Before booking, click on our Terms & Conditions (scroll down to clause 5.5 and 5.6) to learn how we organise children according to the age when attending our camps and activities. Please do not place a booking unless you agree with our Terms & Conditions
JOINING INSTRUCTIONS
We send our joining instructions 48 hours before the first day of the camp (normally Saturdays by 5:00 pm). We encourage you to read and follow our instructions carefully as it contains important information on our registration and dismissal procedures.
RATIO (Tutor:Child)
1:5 (minimum 2 children, maximum 5 children). We will offer you an alternative course if the course is fully booked or if the course does not open or if at any time,  for any reason during the camp, there are fewer than five children enrolled until the end of the camp.
LUNCH
Children must bring their packed lunch, snacks and enough water for the day.
GROUPS
Children are organised into groups according to their age and level of knowledge. We do our best to accommodate siblings and friends within the same group when requested.
RESOURCES FOR THE SESSIONS
We provide all resources for the sessions.
ABOUT THIS CAMP
This face-to-face summer camp has been designed for children to enjoy, have fun and learn. Our face-to-face summer camp is exclusively delivered on a one to five ratio for greater scope for interaction, dialogue, questions and answers between the tutor and the child. We motivate children to develop their understanding of computer science and specific coding languages while having fun. We also stimulate children to be creative. We teach children to learn how to identify a problem and look for a solution.
WHAT WE TEACH
Introduction to humanoid robots, Hardware and Software, Sensors, Speech action, Motion Algorithms, Virtual world, Virtual vision, Infrared Sensors, Sonar Detection, Touch Sensors, Light Sensors, Directional Microphones and Speech Recognition, Artificial Intelligence, Circumnavigation, Assistive Robotics, Robot Learning, Machine Learning, Simulation and Reality, Human-Robot Collaboration, Event-based programming methodologies, WeBots, Standing, Walking and Sitting behaviours, Dance Project.
DIFFERENTIATION
At Richer Education, we understand that ‘one size does not fit all‘. Therefore, our tutors and mentors differentiate the content of our sessions. We ensure that all children, regardless of their level of knowledge, are engaged at the appropriate level and pace.
