This course is practical in nature and is evaluated through several laboratory experiments and a course project. While guidance will be provided, the course takes a student-centred approach, requiring students to undertake some amount of independent research and to think critically. These ultimately serve to enhance students’ problem-solving skills and build confidence.

Course Content:

Course Assignments/Experiments: Students are required to complete up to 6 practical assignments (experiments). The first two experiments serve as an introduction to microcontrollers and associated technologies and relate to the design and development of intelligent-based embedded systems. The remaining experiments brings students through the process of developing a smart electronic system by designing and implementing a small electronic device. Manuals for each experiment are available on the course site.

Course Project: Students will individually design and implement electronic systems utilising the skills and information garnered during the execution of the laboratory activities and independent research. This should be done concurrently with the laboratory experiments as the skills and technologies are introduced.

Note: To complete the experiments and project, students are required to purchase the necessary electronic components and materials. The list of items will be communicated to students at the beginning of the course.