ql-align-justify">As educational technologies continue to evolve, new approaches are emerging that extend learning beyond traditional and even digital boundaries. One concept that remains underexplored in discussions of ubiquitous learning is Context-Aware IoT-Based Mobile Learning. This concept integrates mobile learning, the Internet of Things (IoT), and context-aware systems to create learning experiences that adapt dynamically to a learner’s physical environment. Unlike traditional mobile learning, which provides static access to content anytime and anywhere, this approach allows educational materials to respond to real-time factors such as location, movement, and surroundings. In this way, the physical environment becomes an active component of the learning process rather than a passive backdrop.

A practical example of this concept can be observed in a university setting. When a student enters a science laboratory, their mobile device can automatically deliver interactive content related to the equipment present in that space. For instance, approaching a microscope may trigger a short tutorial or quiz about its function and proper use. Similarly, in a museum, learners can receive contextualized historical information as they move between exhibits. These applications demonstrate how everyday environments can be transformed into interactive learning spaces, supporting both formal and informal learning experiences. This concept builds upon existing frameworks such as mobile learning, ubiquitous computing, and informal learning, while extending their capabilities through real-time environmental interaction. By embedding learning prompts into physical contexts, it strengthens engagement and promotes deeper understanding through situational relevance.

For further exploration, the following resources provide useful insights into IoT applications in education: