Improving and Expanding Engineering Education in the Middle East and Africa Using Mobile Learning Technology and Innovative Pedagogy

Abstract

Recent innovations in inexpensive and portable laboratory instruments have enabled new pedagogical approaches in the teaching of theoretical concepts and design practices in electrical engineering (EE). Faculty members at six universities in the USA have pioneered the use of these new tools to incorporate hands-on experimental activities into existing lecture courses. This has led to restructured EE courses with a focus on student-centered learning and not instructor-centered lectures. The goal of this effort has been to evaluate whether a more student-centered learning environment can stimulate a deeper understanding of EE principles and increase student engagement. The use of hands-on experiments started with an introductory electric circuits course and has expanded into physics, biology, and higher level EE courses. Several modes of instruction using this technology and pedagogy have been implemented at different institutions. In the blended approach, the classroom experience is a combination of lectures and hands-on activities using the mobile laboratory instruments to reinforce theoretical concepts. For the second instructional model, the inverted or flipped classroom, students are expected to read material at home, prior to their investigation of the concepts via hands-on activities in the classroom. A third model uses the portable laboratory instruments to complete hands-on activities outside of the classroom as homework problems, design projects, and/or a nontraditional laboratory component.