Quick summary
Download the official Grade 10 Metal Technology KICD curriculum design for the STEM pathway. This professional guide is perfect for technical teachers who want to help their students build practical skills in metalworking and engineering. It provides a clear list of skills and techniques to cover, ensuring your teaching is aligned with the 2026 Senior School standards. Use this resource to make your workshop preparation more efficient and to help your students prepare for careers in manufacturing and technical trades.
Metal Technology Subject Breakdown
The curriculum is designed to move students from basic workshop safety to advanced metal processing techniques. It is organized into four main strands. Foundations of Metal Technology covers safety rules, identifying different metals, and the history of metalworking. Technical Drawing teaches students how to create and interpret engineering plans, which is a key skill for any technician. Basic Metal Processing is a hands-on section where students learn forging, heat treatment, and how to use various cutting tools. Finally, Sheet Metal Work focuses on techniques like edge treatment, sinking, and raising to create metal objects. Throughout the course, students develop problem-solving and critical thinking skills as they work on technical projects and learn to use industry-standard tools.
Workshop and Assessment Tips
For the best results, prioritize workshop safety and organize visits to local metalworking industries to show students real-world applications. You can find more detailed safety protocols and technical project ideas on the KICD website. For grading, the KNEC framework suggests using practical tasks, technical drawings, and observation of workshop activities. It is important to keep a folder (portfolio) for each student to document their technical drawings and practical projects. This organized approach helps you stay compliant with TSC and TPAD requirements while giving you a clear view of each student’s technical growth.