11 STEM

This course presents an ideal pathway for students considering careers in STEM, covering essentials skills in the electrical and programming sphere.
Additionally, those aspiring to pursue advanced studies in Physics will find this course to be a solid foundation for the level 2 and 3 Physics electrical paper.

Our curriculum delves into the fundamental principles of circuits, encompassing their functionality, design, and basic electronic component theory. Practical learning experiences complement theoretical concepts, including soldering exercises, voltage and current measurement techniques in circuits, and the fabrication of printed circuit boards.

In the second term, our focus shifts to programming fundamentals. Beginning with an introduction to the Scratch programming language, students will engage in creating various projects such as electronic dice and simple games. Additionally, we'll explore Python programming, undertaking larger projects such as developing a line-following robot.

In the third term, our exploration extends to household wiring structures and electrical safety devices, including RCDs and breakers. Core theoretical concepts such as electric fields, magnetism, and the motor effect will be investigated, providing students with a comprehensive understanding of electrical systems and their applications.