The Specific Aims of the Curriculum for Coding and Robotics is to allow learners to engage in activities that expose them to subject choices, which will further be specialised through the FET Band. Career opportunities for Coding and Robotics include among others:
- computer design
- programming
- computer operator research
- cybersecurity expert
- mechanical engineering
- electrical engineering
- specialised 3D drawing
- software development
- innovation and research
- project planning engineering,
Coding and Robotics strands and methodologies
Strands
The five strands for Coding and Robotics in the Foundation Phase are:
- Application Skills
- Problem-solving and Pattern Recognition
- Internet and e-Communications
- Coding
- Robotics
In the Intermediate and Senior Phase, the five strands are collapsed into four strands where Problem- solving andPattern Recognition are integrated into Coding. The four remaining strands are:
- Application Skills
- Internet and e-Communications
- Coding
- Robotics
The strands of Coding and Robotics are underpinned by Computational Thinking and the Engineering DesignProcess Methodologies to develop Critical Thinking Skills. The Specific Aims in the subject,
i.e., Skills, Knowledge, Values and Attitudes (SKVA) are rooted within the curricula.
Participants will be oriented with the rollout process of the Caps Coding and robotics syllabus as outlined by the Department of Education.