Many researches on e-book development have been done, but they are different from the development of e-book literacy (ELITE). The developed ELITE has several advantages, including features that can be utilized to train students’ scientific literacy, the integration as a source of student learning, and teacher’s teaching material in learning. This study aims to produce ELITE which is reliable in terms of validity, practicality, and effectiveness review. The e-book developed is said to be worthy if at least it has good enough criteria. Type of research that is appropriate with the design of ELITE media development to practice scientific literacy is ADDIE (Analysis, Design, Develop, Implement, and Evaluate). The data collection employed included validation, observation and questionnaires. The obtained results show that the validity was in very valid category (learning 91.67%, material 92.71%, media 94.27% and language 90.74%). The practicality results are categorized very good with a percentage of 87.50%. The results of effectiveness based on the pre-test and post-test results are as follows: the scientific literacy competence to explain the phenomenon scientifically increased by 52% and the scientific literacy competence to interpret data and scientific evidence increased by 59%. The results of this effectiveness are included in the quite good category. In addition, the effectiveness results based on students’ positive responses are categorized very well (85.71%). Based on the analysis results, it can be concluded that the ELITE media developed is feasible to be used to train junior high school students’ scientific literacy particularly on solar system material.
The objective of this research was to develope physics learning materials based on Brain-Based Learningthat are valid, practical, and effective to facilitate student’s critical thinking skills in fluid matter. The learning materials development using 4D development model and have been tested on 10th grade students of The Senior High School of 1 Kopang, academic year 2016/2017, with one group pre-test post-test design trial development research. Data collection methods used were questionnaires validity, tests and observation, whereas data analysis techniques using qualitative and quantitative descriptive analysis. The results were showed several findings: physics learning materials developed had an average score of validity categorized valid, based on the implementation of the lesson plan is obtained that can be done well, especially on elaboration step. The response was very positive towards learning students, critical categorized for student’s critical thinking skills after the trial of physics materials were develop. Based on the results of this trial can be concluded that developement of physics learning material was valid, practical, and effective to facilitate student’s critical thinking skills.
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