The aim of our courses is to convert children from consumers of computer programmes into creators who understand how a computer works and how to make it work for them instead of just knowing how to work a computer.
The aim of our courses is to convert children from consumers of computer programmes into creators who understand how a computer works and how to make it work for them instead of just knowing how to work a computer.
We provide an environment where students develop essential 21st century learning skills that will be critical to their success in the future: thinking creatively, communicating clearly, analysing systematically, collaborating effectively, designing iteratively and learning continuously. We teach students to develop a deeper level of fluency with digital technology and to become creators, not just users.
Our aim is to make our classes enjoyable at the same time as being educational. We also help children see the connection between programming and maths and use the excitement created by programming to drive a deeper interest in mathematical problem solving.
From a practical perspective, we note that the US Bureau of Labour Statistics projects that there will be one million unfilled jobs for programmers in the U.S. by 2020.
This is because the more software and hardware humans create, the more jobs in software will exist, driven by new platforms like smartphones and robots as they spawn their own software ecosystems. At the London School of Mathematics and Programming we are delighted to be giving children a head start for such a valuable future role.
Coding Club (Scratch), Years 3 to 5
most children in this age group will already be familiar with Scratch, however instead of teaching them the programming environment we go further and, using games as a learning tool, teach them all the major programming constructions and how to compose effective algorithms.
It is now widely accepted that the process of learning computer programming can greatly benefit a child’s intellectual and cognitive development. Seymour Papert, author of Mindstorms, captured the essence of what programming skills bring to the young mind when he wrote:
We are at the Dawn of a Robotic Age. Learn to Harness the power of Electricity and build amazing Robots.
The latest addition to our Code Clock workshop roster, Code Clock 'Minors' provides an opportunity for young people who currently attend or about to leave primary school i.e. in P5-P7. Over the course of the week, young people will learn coding fundamentals through experiential learning
Become a software developer in 13 weeks at our coding bootcamps in Manchester, Leeds, Newcastle, Birmingham and remotely.
This course is designed for late primary to secondary aged students who are looking to learn to code using a proper “grown-up” programming language.
Five days of robotic activities. Build a remote-controlled robot powered by a Raspberry Pi computer. Then make the robot drive itself!.This challenging course does not use a kit but builds the robot from component parts and direct programming of controllers. Coding is in Python.
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