Mobile Learning Application For Fundamental Electronics

Denie, Sangkiu (2012) Mobile Learning Application For Fundamental Electronics. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

In university, students have to memorize a lot of things. Besides, they do not have books in their hands the entire time. The students can refer to any books as a reference but the problem is the book is too large and heavy to carry anywhere. Thus, this project aims to develop a mobile learning application that can be carried everywhere most of the time. The objectives of this project are to develop a mobile application for fundamental electronics, to compile basic and digital electronics in one application and to generate resistor color code and Ohm’s Law circuit. Mobile Learning Application for Fundamental Electronics is a simple mobile application that installed in iOS and Android OS devices. It contains combinations of basic electronics and digital electronics in one resource, and combinations of electronic related calculators. The methodology used is waterfall model based on five main phases which are data analysis, design, development, verification and maintenance. The results generated such as theory of electronics, symbols, logic gates, truth tables, Boolean equations, resistor color code calculator, and Ohm’s Law circuits. As the conclusion, this application can be used for educational purpose outside of classroom and helps student to save their times to refer on fundamental electronics during revision or when they do their homework.

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