Product Description
The importance of learning Robotics & Programming at a young age
Coding and programming in schools are becoming a central concept in many academic institutions these days. Aside from the practical impact of coding and programming for future careers, it also offers other benefits for children learning the process. For both, the academic and non-academic performance of the children, coding tends to make a positive impact. Several educational institutions now introduce coding in their curriculum, including universities. It seems like the world has become more dependent on technology nowadays, and knowledge of coding is an advantage in the professional world.
Academic impact
Coding and programming help children learn mathematics, in a practical way, since they start to visualise abstract concepts. Children are encouraged to see the real-world application of mathematics instead of relying solely on abstract figures that sometimes they cannot relate to. Children might also improve in writing because of the development of coding and programming skills. Children learn the value of planning before starting a task. They also learn how to be concise but accurate.
Extra-curricular impact: the development of skills for life
From experience over the last five years, we noticed that children tend to develop other skills through coding. Coding involves creative thinking, We stimulate children to be creative. Problem-solving skills, sometimes children tend to expect to be right all the time. However, coding teaches children to learn how to identify a problem and look for a solution. We also foster the development of resilience. Sometimes, some children tend to give up easily. We teach children that they need to try for alternate solutions to a given problem.
The emphasis is on fun, yet we inspire learning about concepts through dialogue and questioning.
In this course, children will:
Learn and consolidate fundamental principles of Robotics & Programming and mechanical engineering
Learn how to programme robots integrating ultrasonic, infrared, touch and light sensors
Understand how the world of robotics works and its applications within a given context
Work on practical activities and projects
Develop problem-solving skills, teamwork and resilience
Topics include:
First look at the EV3 hardware and software – Robot control – Moving blocks – Decision Making – Learning maths running test with the robot – React to the environment: robot sensors – Robo-gripper – Variables and Sensor calibration – Making your own block – Parallel beams – Intermediate menu system – Proportional control – Bug Algorithm – Array – Going Up and Down – Colour – SCARA Robot – Robot assistance – Robot swarm – The Maze Runners – The Bio-inspired final challenge.
Spring Term Calendar and locations (10 sessions from 12 January until 30 March 2019 inclusive).
1. Sat.12/01/2019. Baden Powell House. 65-67 Queens Gate. SW7 5JS.
2. Sat.19/01/2019. Baden Powell House. 65-67 Queens Gate. SW7 5JS.
3. Sat.26/01/2019. Baden Powell House. 65-67 Queens Gate. SW7 5JS.
4. Sat.02/02/2019. Baden Powell House. 65-67 Queens Gate. SW7 5JS.
5. Sat.09/02/2019. Baden Powell House. 65-67 Queens Gate. SW7 5JS.
6. Sat.16/02/2019. Baden Powell House. 65-67 Queens Gate. SW7 5JS.
Sat.23/02/2019 – NO SESSION. HALF-TERM (click here to see our February Science Camp or click here for the STEM Camp)
7. Sat.02/03/2019. Baden Powell House. 65-67 Queens Gate. SW7 5JS.
8. Sat.09/03/2019. Baden Powell House. 65-67 Queens Gate. SW7 5JS.
9. Sat.16/03/2019. Baden Powell House. 65-67 Queens Gate. SW7 5JS.
* Sat.23/03/2019. ***NO SESSION. TRAINING DAY FOR THE STAFF***
10. Sat.30/03/2019. Baden Powell House. 65-67 Queens Gate. SW7 5JS.
We offer 10% siblings discount (from your second child onwards).
Individual sessions are charged at a flat rate of £60 per child/per session.
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