Abstract

This research aimed at proposing an ubiquitous flipped classroom instructional model with learning process of scientific to enhance problem-solving skills for higher education (UFC-PS model). The UFC-PS model was developed based on the review of the literature, the expert’s interview and evaluated by five experts. The research results were found that the UFC-PS model consists of three components were (1) Ubiquitous Learning Environment, (2) Ubiquitous Scaffolding, and (3) flipped classroom through scientific inquiry. The experts also evaluated which step of the UFC-PS model was most suitable for the development of the respective aspects of problem-solving skills.

Highlights

  • Ubiquitous Learning (u-Learning) refers to a learning model in which the learners can learn anywhere anytime with the aid of mobile computer technology and wireless communication; and thereby, the said learning must emphasize a context-awareness of the learners

  • The research results were found that the UFC-PS model consists of three components were (1) Ubiquitous Learning Environment, (2) Ubiquitous Scaffolding, and (3) flipped classroom through scientific inquiry

  • This study focuses on ubiquitous learning environment (ULE), which have not been widely studied in the higher education context

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Summary

Introduction

Ubiquitous Learning (u-Learning) refers to a learning model in which the learners can learn anywhere anytime with the aid of mobile computer technology and wireless communication; and thereby, the said learning must emphasize a context-awareness of the learners. The term “u-learning” stands for ubiquitous learning. The integration of that with the word „learning‟ emphasizes a learning model that allows learners to gain knowledge anywhere anytime by using portable computer technology and wireless communication as tools. The so-called ubiquitous learning environment (ULE) is a setting that contributes to pervasive study. Learning can happen anywhere anytime with a portable computer mediating an access to knowledge sources (Premsmith et al, 2017)

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