We are celebrating our first Summer Camp in the city of Maastricht. The camp will start Monday 8th of July and will end on Wednesday the 10th, from 10:00 to 14:00 every day. This Summer Camp it's...
When is the right time to start I hear you ask. Some of the best programmers in the history of mankind have begun as early as 7 years old. For example, Linus Trovalds (known for Linux kernel)...
To code is to tell a computer how it should behave. Students master the language of computers through different tools and programming languages. One of them being MIT's scratch, which uses visual...
Building a robot starts with your very own imagination. Using tools such as Lego EDUCATION's WeDo 2.0 and Mindstorms we enable children to make their own robots. Students will learn the basics of...
One of the tools we use extensively is MIT's scratch software.
Scratch helps young people learn essential skills for life in the 21st century: to think creatively, reason systematically, and...
LEGO Learning Solutions are designed to be flexible, cross-curriculum tools that ignite curiosity with exercises that relate directly back to students’ real-life questions and observations. It's...
Lifelong learning starts with confidence. "Confidence is a mindset: to explore and take risks with a strong positive belief in one's ability to achieve the goal."
Not everyone is as...
UWC 7-9 Afterschool Club
15:15 - 16:45
Nr of Students: 10/15
Coding and Robotics Club for 7-9 year-old students at UWC
UWC 14-18 Afterschool Club
15:30 - 17:00
Nr of Students: 0/15
Coding and Robotics Club for 14-18-year-old students at UWC
UWC 10-13 Afterschool Club
15:30 - 17:00
Nr of Students: 16/15
Coding and Robotics Club for 10-13 year-old students at UWC
WEB DEVELOPMENT CURRICULUM
Robotics is the other half of our course. You’ll receive robotics training every other month. With Lego WeDo 2.0. you will learn a lot of engineering, how to program sensors and motors and a lot more. Arduino will complete your robotics training, with it you’ll learn electronics and solve a lot of super cool challenges.
After your full robotics training... the sky is the limit!
GAME DEVELOPMENT CURRICULUM
You will become a master in MIT Scratch (Visual block coding) with which you will construct your first games, learn how to build your sprites, backdrops, program your game’s characters to jump, fly or shoot, learn about variables, how to deal with lives, score, levels of difficulty and so much more.
At the end of this curriculum we’ll move onto a real gaming development software that will allow you to publish your games on any real gaming platform.
+ MEDIA LITERACY
All our curriculum paths include a robust training for our students to fully understand the internet environment in general.
Develop the necessary skills to become self-reliant, have an in-depth understanding of how so-called ‘fake news’ are technically created, how online media can affect your decision-making or the true (and technical) meaning of hacking among other social technology-related topics.
YOU WILL ALWAYS BE AHEAD OF THE REST
Here is our full Coding & Robotics curriculum. Join now and start getting ready for the future!
+ Basics of coding: LOOPS, IF/THEN statements, VARIABLES, etc.
+ MIT’s Scratch software
+ A deep understanding of LEGO WeDo 2.0 (and other LEGO robotics versions)
+ The basics of engineering (engines, cog wheels, robust-structure creation, etc)
+ Understand how a video game is made and programmed.
+ A good understanding of how the internet works (physically and programmatically)
+ A good understanding of how a robot works.
+ Events, conditions and actions in the programming environment
+ Work with multiple scripts, hubs or engines in a robot
+ Use and programming of movement sensors in robotics.
+ Proficiency in HTML programming language
+ Proficiency in CSS programming language
+ Python and PHP programming basics
+ Understanding of databases
+ Web development best practices
+ Webshop creation
+ Wordpress Vs. Drupal CMS. Installation and programming tricks
+ Basic Electronics
+ Advanced robotics: construction and programming with Arduino.
+ App development.
+ Usage and learning of other more advanced internet-related concepts and softwares.
+ Online marketing basics (best practices, platforms, etc)
+ Web design basics.
+ Game development.