This engaging course is designed to highlight the fascinating connections between Science, Technology, Engineering, and Mathematics (STEM) through the lens of everyday sensing technologies. Aimed at secondary students, the course seeks to ignite interest in STEM education by combining theoretical concepts with practical applications.

Students will work collaboratively in teams or independently to deepen their understanding of technology through interactive and enjoyable activities. Through a blend of lectures and hands-on experiences, participants will explore key engineering principles, including temperature and light detection, sound generation, signal processing, and color recognition. Building on foundational high school knowledge in science and mathematics, students will delve into advanced technologies and their real-world applications.

By engaging in hands-on programming exercises, students will gain practical experience with various devices, enhancing their skills while fostering creativity and problem-solving abilities.

• Introduction to Electrical Circuit Theory 
• Laboratory Experiment: Applying Circuit Theory to Light and Temperature Sensing 
• Introduction to Vectors and Their Applications in Robotics
• Laboratory Experiment: Exploring Mecanum Wheel Systems
• Introduction to Sound Waves and Their Spectra
• Laboratory Experiment: Analyzing Sound and Spectrum through building an electronic piano
• Introduction to Image Processing and Color Decomposition
• Exploring Trigonometry in Finger Detection and Face Recognition Algorithms 

Each topic will integrate relevant scientific principles and mathematical techniques, ensuring a comprehensive learning experience that captivates students' interest in STEM fields. 

Complete at least 80% of course work 

Class attendance is expected and required. The minimum attendance required is 70%.