Robotics

Code For Fun Primary 2023

Code For Fun Primary is a programme in which students learn computational thinking and are exposed to coding concepts through a blend of software inputs (visual/block-based programming language) and hardware outputs (Robotics). 

This course provides the training materials for the Code For Fun Primary programme. Trainers will undergo evaluation of their content knowledge via quiz taking in this course.

Age of students: 10 to 12

Hours: 100 hours

Mode of conduct: Offline

Platform: (Software/ hardware) Sphero Edu/Sphero Bolt

Topics: Block-Based Programming

Pre-requisites: None

Robotics

ICM AI Roadmap 8 (Secondary School)

In this course, you will be learning more about Artificial Intelligence by using Python to code a robot. Learn not just what AI is, but how it works with Zumi. Zumi is a tiny buildable self-driving car kit that’s all about making artificial intelligence approachable. Learn about how autonomous cars use sensors and cameras to navigate around the world and learn about the environment using AI. Gain more knowledge on Python coding, along with the uses of an AI and how it functions, and understand the importance and the future that is Artificial Intelligence!

Age of students: 12 to 16

Hours: 24 hours

Mode of conduct: Offline

Platform: (Software/ hardware) Zumi, Python

Topics: Text Based Programming

Pre-requisites: None

Teacher: EP Support02

CFF Microbit Qdee [TEXT BASED] 2021

Age of students: 12 to 16

Hours: 10 hours

Mode of conduct: Pre-recorded

Platform: (Software/ hardware) makecode | Micro:bit | Qdee CFF Kit

Topics: Text based programming

Pre-requisites: None

Robotics

CFF Qdee Microbit Student Projects

Age of students: 12 to 16

Hours: 6 hours

Mode of conduct: Pre-recorded

Platform: (Software/ hardware) makecode | Micro:bit | Qdee CFF Kit

Topics: Text based programming

Pre-requisites: None

Robotics

Tello and Apple Swift Playground: Swarm

Swarm intelligence (SI) is the collective behavior of decentralized, self-organized systems, natural or artificial. Students will be learning to connect the drones and controllers to a network and perform stunning actions in a synchronised swarming manner. They will also be learning computational concepts such as arrays and functions. At the end of the workshop, the students will have to create a synchronised performance using multiple drones.

Robotics

Mambo + Tynker: Fundamental 1

The course is a practical introduction on Tynker and Mambo. Students will learn coding, and develop computational thinking through practical exercises. 

Age of students: 12 to 16

Hours: 10 hours

Mode of conduct: Pre-recorded

Platform: (Software/ hardware) makecode | Micro:bit | BOSON CFF Kit

Topics: Block based programming 

Pre-requisites: None