Objectives and Scope

Jurnal Pendidikan dan Ilmu Fisika (JPIF) is a scientific journal aimed at communicating the results of research and scientific studies in the field of physics and physics education. The following topics are within the scope of JPIF:

  1. Physics Learning Development
    Focuses on the development of strategies, methods, or innovative approaches to improve the effectiveness of physics education, both at school and higher education levels.

  2. Physics Education Issues
    Addresses various issues and challenges in physics education, including policies, implementation, and their impact on students and teachers.

  3. Physics Learning Models and Media
    Includes research and development of new physics learning models and supporting media to facilitate interactive and effective learning processes.

  4. Physics Learning Assessment
    Focuses on the development and application of methods or instruments to evaluate students' understanding, skills, and attitudes in physics learning.

  5. Physics Education Curriculum Development
    Explores and develops physics education curricula, both for formal and informal education, to align with current needs and advancements.

  6. Lesson Study in Physics Learning
    Covers practices and research on lesson study as a collaborative approach to improve the quality of physics teaching in the classroom.

  7. Physics Experiments
    Features studies on relevant and applicable physics experiments for both teaching and research purposes, including laboratory-based and simulation experiments.

  8. Development of Physics Teaching Modules and Materials
    Discusses the development of teaching modules, learning materials, or instructional tools designed to simplify the understanding of physics concepts.

  9. Practical Tool Development
    Highlights the development of innovative, simple, and efficient practical tools or devices to support physics education in various learning environments.

  10. Virtual Laboratory
    Focuses on the development and utilization of virtual laboratories as a solution to the limitations of physical laboratory facilities, aiming to enhance students' learning experiences.

  11. Physics Applications
    Reviews practical applications of physics in everyday life, technology, or other fields of science to demonstrate the relevance of physics in the real world.

  12. Physical Science Studies
    Covers studies in general physical sciences, including fundamental theories, principles, and applications in various scientific contexts.