Abstract:The purpose of this study is to obtain a profile of students' creative thinking skills on quantitative project-based protein testing using local materials. Implementation of the research is using quasi-experimental method pre-test post-test control group design with 40 students involved in Biochemistry lab. The research instrument is pre-test and post-test using creative thinking skills in the form of description and students' questionnaire. The analysis was performed with SPSS 22.0 program to see the signific… Show more
“…One of the main cognitive factors that must be taken into account when teaching science in the classroom is the ability to think creatively (Sari et al, 2017). The ability to innovate, invent, apply new forms, generate a lot of creative ideas, or transform something that currently existing into something new are all aspects of creative thinking (Malang et al, 2017).…”
Section: Creativity Skillsmentioning
confidence: 99%
“…Creating biotechnology product ideas, students can hone their creative thinking abilities (Natadiwijaya, 2018). That scientific learning involves creativity abilities, particularly in biotechnology (Sari et al, 2017). The lesson is related to the issue of food quality which is getting worse in Indonesia.…”
This study aims to improve students' problem-solving abilities and creativity through project-based biotechnology learning. The research was conducted at a public high school in Gunung Putri, Bogor. This study involved students of class XI science which were divided into 2 groups, namely the experimental class and the control class. The research method used quasi-experimental with non-equivalent pretest-posttest control group design. The instruments used essays, questionnaires and observations. The results of this study are supported by the n-gain value of problem solving ability and creative thinking in the experimental class 0.73 (high) and the control class 0.53 (medium). Learning activities are very active and dynamic, students must communicate, be creative, think critically and collaborate. Student response was very enthusiastic. The conclusion of the research can be seen that project-based learning can improve problem solving and creativity of high school students.
“…One of the main cognitive factors that must be taken into account when teaching science in the classroom is the ability to think creatively (Sari et al, 2017). The ability to innovate, invent, apply new forms, generate a lot of creative ideas, or transform something that currently existing into something new are all aspects of creative thinking (Malang et al, 2017).…”
Section: Creativity Skillsmentioning
confidence: 99%
“…Creating biotechnology product ideas, students can hone their creative thinking abilities (Natadiwijaya, 2018). That scientific learning involves creativity abilities, particularly in biotechnology (Sari et al, 2017). The lesson is related to the issue of food quality which is getting worse in Indonesia.…”
This study aims to improve students' problem-solving abilities and creativity through project-based biotechnology learning. The research was conducted at a public high school in Gunung Putri, Bogor. This study involved students of class XI science which were divided into 2 groups, namely the experimental class and the control class. The research method used quasi-experimental with non-equivalent pretest-posttest control group design. The instruments used essays, questionnaires and observations. The results of this study are supported by the n-gain value of problem solving ability and creative thinking in the experimental class 0.73 (high) and the control class 0.53 (medium). Learning activities are very active and dynamic, students must communicate, be creative, think critically and collaborate. Student response was very enthusiastic. The conclusion of the research can be seen that project-based learning can improve problem solving and creativity of high school students.
“…Pendekatan simulasi jauh lebih baik dibandingkan dengan pendekatan konvensional di bidang pembelajaran IPA. Menurut penelitian yang dilakukan oleh (D. K. Sari et al, 2017), bahwa pembelajaran IPA terpadu melalui lembar kerja peserta didik sebagai penunjang PhET, dapat meningkatkan hasil belajar dan pemahaman konsep siswa. Melalui fenomena-fenomena di atas, PhET telah memberikan kontribusi yang baik kepada peningkatan kualitas pembelajaran sains (Cathlene T.B.…”
IMPROVING STUDENT'S CONCEPT UNDERSTANDING THROUGH SCIENCE LEARNING MODEL  BASED OF THE PHYSICS EDUCATION TECHNOLOGY-PROBLEM SOLVINGAbstractThis study aims to determine the increase in understanding the concept of science material and the ability to experiment in a virtual context of energy and its changes in students of SMPN 13 Jayapura. This science learning model, PhET-Problem Solving on students needs to obtain models and teaching materials that were more effectively used. The learning model is validated based on the suitability of indicators and material, legibility, and the suitability of assignments and exercises at an average value of 85.75, which means it is very feasible to use. Participants consisted of a control class and an experimental class. The pretest and post-test results were analyzed based on the N-gain test; the experimental class dominated the high and medium categories at 30% and 70%, conventional class 27% and 46%. The implementation science learning model in context the energy context and its changes based on PhET-PS shows an increase in concept understanding and virtual experimental abilities. Based on the independent sample statistical test, it shows that there is a significant difference between the control class and the experimental class (sig.2-tailed <0.5). Student responses to the PhET-PS learning model were very positive.AbstrakPenelitian ini bertujuan untuk mengetahui peningkatan pemahaman konsep materi IPA dan kemampuan eksperimen secara virtual konteks energi dan perubahannya pada siswa SMPN 13 Jayapura. Model pembelajaran IPA ini berbasis PhET-Problem Solving sesuai kebutuhan siswa guna mendapatkan model dan bahan ajar yang lebih efektif digunakan. Model pembelajaran divalidasi berdasarkan kesesuaian indikator dan materi, keterbacaan, dan kesesuain tugas- tugas dan latihan pada nilai rata-rata sebesar 85,75 artinya sangat layak digunakan. Partisipan terdiri dari kelas kontrol dan kelas eksperimen. Hasil pretes dan postes dianalisis berdasarkan uji N-gain, pada kategori tinggi dan sedang didominasi kelas eksperimen yaitu 30% dan 70%, kelas konvensional 27% dan 46%.  Model pembelajaran IPA konteks energi dan perubahannya berbasis PhET-PS yang diimplementasikan menunjukkan terjadi peningkatan pemahaman konsep dan kemampuan eksperimen virtual. Berdasarkan uji statistik independent sampel menunjukkan terjadi perbedaan yang signifikan antara kelas kontrol dan kelas eksperimen (sig.2-tailed < 0,5). Tanggapan siswa terhadap model pembelajaran PhET-PS adalah sangat positif.
“…Besides, many positive impacts are arising from the creative thinking process, this makes creative thinking skills important to be applied in schools to prepare better quality individuals (Hamruni, 2012;Roestiyah, 2012;Sanjaya, 2014). To improve students 'creative thinking skills, it can not only be done in the classroom but learning outside the classroom with the surrounding environment is also able to encourage students' creative thinking skills (Davies et al, 2013;Sari et al, 2017).…”
Section: Introductionmentioning
confidence: 99%
“…One of the chemistry learning materials that can be used to train creative thinking skills is the reaction rate material, especially in the sub-material of the factors that affect the reaction rate. In this sub-material, students not only use their understanding but must use skills to improve their understanding of the material factors that affect the rate of reaction In the sub material, the factors that affect the reaction rate of students must be able to analyze the facts to support their understanding of this material and teachers actively guide students to find answers to problems given and related to daily life in addition to creative thinking skills, especially in chemistry learning is still classified as low (Fatmawati et al 2019;Kurniati et al, 2018;Sari et al 2017).…”
One of the skills that must be possessed in the 21st century is the ability to think creatively. This study aims to apply student worksheets (LKPD) to improve creative thinking skills through guided inquiry learning models. The research method used a quantitative descriptive method where only one class was used without a comparison class with a one-group pretest-posttest research design. The instruments used were observation sheets of guided inquiry implementation, student activities, knowledge test sheets, creative thinking skills test sheets, and student response questionnaires. The research results obtained data: (1) The implementation of guided inquiry learning models at the first and second meetings went well with a percentage of 97.72% and 98.71%. (2) The percentage of relevant activities is higher than in irrelevant activities. (3) The learning outcomes of the knowledge test and the creative thinking skills test increased as evidenced by the N-gain value on the knowledge test of 0.79 with the high category and the creative thinking skills test of 0.77 with high criteria (4) The results of the response of students showed a response positive as evidenced by the results of the classical questionnaire percentage of 87.3% with the very good category. This shows that learning by applying guided inquiry-based LKPD is effective for improving students' creative thinking skills on the sub-material factors that affect the rate of reaction.
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