The specialization follows a logical progression from foundational concepts to advanced implementation. The first course in the path, Foundations of Wearable Health Technology, introduces the core principles of digital health, biomarkers, and sensor science, establishing a theoretical base for wearable innovation. The next stage, Embedded Systems for Wearable Devices: Drivers and Sensor Integration, shifts to practical development, covering setup, drivers, and sensor interfacing to prepare learners for real-world hardware integration. The final course, Building Smartwatch Applications: Algorithms, Timekeeping, and Display Integration, brings the entire system together, focusing on algorithm development, real-time clock functions, and display integration to create a fully functional smartwatch. Through this structured pathway, learners gain the technical depth and applied expertise needed to engineer wearable devices.
This specialization is based on the course, Wearable Innovations: Engineering Smartwatches from Scratch, by Israel Gbati.
Applied Learning Project
Applied practice activities integrated throughout the courses provide structured opportunities for learners to apply key concepts and methods in realistic contexts. Through guided analysis, reflection, and skill application, participants engage with authentic challenges aligned to the subject matter and develop practical competence in solving domain-relevant problems.
