Abstract

In this study, 52 students in Padang, West Sumatra, Indonesia used an e-learning system to study a chemistry topic. Students’ e-learning activities were recorded, and their perceptions and expectations regarding e-learning were determined via an open-ended questionnaire after the study. There were more students who perceived e-learning as a difficult system to use than those who found it suitable. Most students did only few quizzes and spent less time on e-learning materials. Low activity in e-learning was related to conventional classroom instruction that had been accustomed practice and to the difficulty of reading materials on the screen. This study found students’ expectations for e-learning in terms of design, content, and learning atmosphere. First, it is important to design a readable website by choosing the best line length, line height, font style, font size, and font-background color combination. Next, the provision of instructional videos and pictures, comprehensive resources and worked-out examples would develop students’ self-confidence to learn through e-learning. Lastly, social features namely synchronous discussion forum and display of online users were noted to sustain students’ interest in e-learning.

Highlights

  • Covering all prescribed content is a teaching challenge

  • This pilot study was carried out to introduce e-learning to chemistry instruction in Padang, West Sumatra, Indonesia and examine students’ activities, perceptions, and expectations in studying chemistry topic through e-learning

  • Other students commented and gave suggestions to modify the content and appearance of e-learning website. 25 students commented on the importance of interaction among students and between students and lecturer in e-learning. They suggested providing a scheduled and directed discussion forum for a synchronous communication. They suggested displaying users who were online so that they could feel togetherness in elearning. 25 students suggested to make e-learning website more attractive designed with eye-friendly colorful background and completed with more instructional pictures and videos. 13 students wished to get more resources and worked-out examples to help them understand the concepts. 5 students asked for more easy-navigated website where all of the navigations and their corresponding pages were displayed interchangeably in a single page. 3 students realized that the font style, font size and line height of the text were tiring and difficult to read. 3 students commented that they did not like immediate feedback giving correct response if the quiz displayed exactly the same question

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Summary

Introduction

Covering all prescribed content is a teaching challenge. Conflicting academic activities, time constraints, limited classroom access, and unexpected interruptions for national and institutional activities are some common problems found in Indonesian university settings. E-Learning that consists of video tutorials, problem tutorials, homework activities, and web-based teaching learning is a flexible tool to improve students’ mastery of chemistry problem solving and has a significant positive impact on students’ performance (Dori, Barak, & Adir, 2003; Eichler & Peeples, 2013; He, Swenson, & Lents, 2012; O’Sullivan & Hargaden, 2014) This pilot study was carried out to introduce e-learning to chemistry instruction in Padang, West Sumatra, Indonesia and examine students’ activities, perceptions, and expectations in studying chemistry topic through e-learning. The language contains advanced features including associative arrays, regular expressions, support for a variety of SQL databases, and TCP/IP libraries (https://en.wikipedia.org/wiki/LiveCode) Using these features, pages for learning material, quiz, and discussion were made. What are students’ perceptions and expectations in studying chemistry through e-learning?

Context and setting
Design of e-learning website
Questionnaire data
Website record
Learning activity in e-learning
Students perceptions of and expectations for e-learning
Findings
Conclusion
Implication for practitioner and future research
Full Text
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