Electronic Systems (Classroom, Synchronous and Asynchronous E-Learning)
About This Course
Electronic systems are ubiquitous and are pivotal in shaping modern life. For example, electronic systems have transformed manufacturing with automation powered by electronic systems, streamlining production processes and leading to increased output and cost savings. In healthcare, medical devices equipped with electronic systems enable accurate diagnosis, precise treatment, and even remote monitoring, ultimately improving patient care and outcomes. Competencies in Electronic systems design and integration is sought after in many industries ranging from industrial manufacturing automation to personal healthcare technologies.
Electronic Systems is designed to equip learners with the knowledge, skills and ability in areas of analog, digital and mixed-signal electronic systems.
What You'll Learn
The Microcredential imparts various test and measurement principles, instrumentation, and techniques for evaluating performance of an electronic systems. The learner will develop the ability to use simulation tools, to develop models, to analyse electronics systems and to interpret system performance and specifications through relevant tests and measurements.
Entry Requirements
Learners are required to have knowledge in basic mathematics and at least a pass in ‘O’ level Mathematics or higher.