About the Program
Brief information about the profile of the S1 Program in Physics Education Indonesian:Indonesian Education Institute Garut.
Bachelor’s in Physics Education
The Bachelor of Physics Education program is organized as a full-time educational program with a standard study duration of 4 years or equivalent of 8 semesters in the regular enrollment track.
The 2024 Curriculum of the Physics Education Study Program is structured based on Outcome-Based Education (OBE) with reference to the Indonesian National Qualifications Framework (KKNI) Level 6, the National Higher Education Standards, and the Merdeka Belajar–Kampus Merdeka (MBKM) policy. This curriculum is designed to produce graduates who possess pedagogical competencies, mastery of physics concepts, research skills, and skills in developing physical education learning media and multimedia. The study program focuses on the scientific development of technology-based physics learning innovation, which is realized through the integration of physics studies, educational science, learning technology, and research. The entire learning sequence is designed to equip students to complete their final projects and obtain a Bachelor of Education (S.Pd.) degree in the field of Physics Education.
Student Registration
Select the registration category that corresponds to the prospective student's status.
Domestic Student Requirements
- Indonesian citizens.
- High school/secondary school/MA or equivalent graduates.
- Having a degree and a transcript of grades.
- Fill out the registration form completely.
Prepared Documents
- Scan your high school/secondary school/MA diploma or graduation documents.
- Scan the transcript of the grades/report.
- Scan your identity card.
- Submit the latest photo and supporting documents in accordance with the PMB regulations.
Start Registration
Prospective students can register through the official IPI Garut student admission (PMB) system.
Register OnlineRequirements for Foreign Students
- Valid passport.
- High school diploma or equivalent document.
- Academic transcript.
- Completed international admission form.
Supporting Documents
- Passport photo.
- Statement letter or recommendation letter.
- Academic or language supporting document if required.
- Other documents based on admission policy.
Contact Admissions Office
International applicants may contact the admission office for registration guidance and document verification.
Contact usWhy Choose This Study Program?
The Bachelor of Science in Physics program at IPI Garut is designed to produce graduates who excel in mastering physics concepts, are competent in pedagogical fields, and are adaptable to the development of educational science and technology. This study program has a distinctive academic focus on the development of technology-based physics learning media and multimedia, which supports the creation of physics learning innovations tailored to educational needs in the digital era.
Mastery of the Concept of Physics
Students deepen their knowledge of programming, database design, and the development of web and mobile applications for business needs.
Experiments and Physics Laboratory
Strengthening computer networking and cybersecurity competencies to protect the organization's infrastructure and data from cyber threats.
Media and Multimedia for Physics Learning
Students are instructed to understand the architecture of the cloud, the deployment of systems, and the management of modern digital infrastructure.
Research in Physics Education
The curriculum integrates project-based learning (CBL/PBL), industrial internships, and the SDIS Capstone project as the final integration of all competencies before the preparation of the thesis.
Career Prospects for Graduates
Graduates of the S1 in Physics Education have career opportunities in the field software development, networking and cybersecurity, computing Cloud computing, business analysis, and information technology consulting. Based on The latest tracer study data shows that the average waiting time for graduates to get a job ranges from 3.0–3.5 months, with the graduate user rating of about 86.69% on the "very good" category of the seven abilities measured.
Physics Teacher
Analyzing business needs and designing the appropriate information system solutions for the organization.
Physic Education Researcher
Developing web and mobile applications for business and public service needs.
Developers of Learning Media
Design, manage, and secure the organization's network infrastructure from cyber threats.
Education Practitioner
Managing and optimizing cloud-based infrastructure to support the scalability of organizational systems.
Assistant of the Physics Laboratory
Managing, optimizing, and maintaining the security of an organization's database.
Education Entrepreneurship
Providing recommendations for information technology solutions and designing digital transformation strategies for organizations.
Study Program Curriculum
The 2024 curriculum of the Physics Education Program is based on Outcome-Based Education (OBE), with a total of 148 credits to be completed over 8 semesters. The curriculum integrates the disciplines of physics, education, research, practical training, and the development of physical education learning media.
- Civic Education (MKU0602 · 2 ECTS)Civic Education
- Indonesian:English (MKU0702 · 2 SKS)Indonesian
- Basic Mathematics (MFT0102 · 2 ECTS)Basic Mathematics
- History and Philosophy of Science (FIS0102 · 2 ECTS)History and Philosophy of Science
- Basic Physics I (FIS0204 · 4 ECTS)Basic Physics I
- Basic Physics I (FIS0302 · 2 ECTS)Basic Physics Experiment I
- Statistics (FIS0402 · 2 ECTS)Statistics
- English (FIS0502 · 2 SKS)English
- Calculus (FIS0602 · 2 SKS)Calculus
- Islamic Religious Education (MKU0102 · 2 ECTS)Islamic Religious Education
- Pancasila Education (MKU0502 · 2 ECTS)Pancasila Education
- Introduction to Education (MDK0102 · 2 ECTS)Introduction to Education
- Fundamentals of Science and Technology (MFT0202 · 2 ECTS)Fundamentals of Science and Technology
- Basic Physics II (FIS0704 · 4 ECTS)Basic Physics II
- Mathematics of Physics I (FIS0804 · 4 credits)Mathematics of Physics I
- IPBA (FIS0902 · 2 SKS)IPBA
- Basic Physics II (FIS1002 · 2 ECTS)Basic Physics Experiment II
- Development and Guidance of Learners (MDK0202 · 2 ECTS)Development and Guidance of Student Participants
- Basic Electronics (FIS1103 · 3 ECTS)Basic Electronics
- Thermodynamics (FIS1203 · 3 ECTS)Thermodynamics
- Physics Learning and Teaching (FIS1302 · 2 ECTS)Learning and Studying Physics
- Mechanics (FIS1404 · 4 ECTS)Mechanics
- School of Physics I (FIS1502 · 2 ECTS)School Physics I
- Mathematics of Physics II (FIS1604 · 4 ECTS)Mathematics of Physics II
- Management of Education/PLP 1 (MDK0302 · 2 ECTS)Management of Education/PLP 1
- Evaluation of Process and Learning Outcomes (FIS1703 · 3 ECTS)Evaluation of the Process and Learning Outcomes
- Learning Design (FIS1802 · 2 ECTS)Learning Design
- Curriculum Review (FIS1902 · 2 ECTS)Review the Curriculum
- School of Physics II (FIS2002 · 2 ECTS)School Physics II
- Waves (FIS2102 · 2 ECTS)Waves
- Optics (FIS2203 · 3 ECTS)Optics
- Electromagnetic Force (FIS2304 · 4 ECTS)Electromagnetic
- Islamic Religious Seminar (MKU0802 · 2 ECTS)Islamic Religious Seminar
- Entrepreneurial Education (MKU1302 · 2 ECTS)Entrepreneurial Education
- Practical Work Class (MKU1402 · 2 Credits)Community Service Program
- Information and Communication Technology (MKU1502 · 2 ECTS)Information and Communication Technology
- Modern Physics (FIS2404 · 4 ECTS)Modern Physics
- School Physics Laboratory (FIS2502 · 2 ECTS)School Physics Laboratory
- School of Physics III (FIS2602 · 2 ECTS)School of Physics III
- Methods of Physics Research (FIS2703 · 3 ECTS)Methods of Physics Research
- Kapita Selekta Pendidikan Agama Islam (MKU1202 · 2 Credits)Kapita Selekta Pendidikan Agama Islam
- Statistical Physics (FIS2802 · 2 ECTS)Statistical Physics
- Physics Education Seminar (FIS2903 · 3 ECTS)Physics Education Seminar
- Study Results of Physics Education Research (FIS3002 · 2 ECTS)Study Results of Research in Physics Education
- Micro Teaching (FIS3102 · 2 ECTS)Micro Teaching
- Introductory Physics Core (FIS3202 · 2 ECTS)Introduction to Core Physics
- Introduction to Solid Matter (FIS3302 · 2 ECTS)Introduction to Solid Matter
- Introduction to Quantum Physics (FIS3402 · 2 ECTS)Introduction to Quantum Physics
- Academic Writing (FIS3502 · 2 ECTS)Academic Writing
- Introduction to School Field (PLP) (MSI4303 · 4 ECTS)Introduction of the Schoolyard (PLP)
- Elective Course (ELECTIVE · 12 ECTS)Elective Course Credits
- Thesis (FIS6306 · 6 ECTS)Thesis
- Elective Course (ELECTIVE · 8 ECTS)Elective Course Credits