Example Projects

• The Physics of Fun
  Learn about the conservation of energy as we 3D design marble runs, and experiment with what it takes to loop the loop of a roller coaster. Experiment with projectile motion through the physics of the world of Angry Birds as you engineer catapults and experiment with launch velocity and angle to accurately knock over the programmed, sensor-enhanced "Bad Pigs".
    
  
  
• Screen-free coding using ScottieGo and MakeBlock mTiny 
  These tools incorporate off-screen programming using physical tiles to introduce coding concepts. These methods are especially great for kids using programming technology for the first time as typing and operating system interface skills are not required to start learning programming concepts.  
  
    
   
• Introduce early concepts of science and computational thinking using space flow and block-based coding with SamLabs.
  Students build code, connect sensor and actuator components and create and innovate systems that provide solutions within a real-world context. Like Scottie Go, a key feature of Sam Labs is to enable kids to learn technical problem-solving concepts without having typing or programming syntax skills
  
   
  
  
• Introduce Robotics and Block-Based Programming with Codey Rocky
  Codey Rocky allows children to create dot matrix animations, design games, and realize AI and IoT applications. By programming every move made by the robot, not only will children understand each command intuitively, but they will also find it a rewarding experience through hardware creation.
  
   
  
  
• Tinkering electronic systems with microbit and HaloCode
  Students are introduced to physical computing as they apply foundational programming skills to implement simple electronics into hands-on tinkering projects. They expand their programming skills beyond tiles or flow coding into the Codeblock programming environment (based on Scratch). Kids enjoy using electronic components in a variety of creative STEAM projects, such as: designing a robot pet or learning about animation through building a motorized Zoetrope, or learning about the science of additive color mixing and applying it to a visual art installation.