Quanta Physics

Quality Undergraduate Education in Theoretical and Applied (QUANTA) Physics is the International Undergraduate Program in Physics at the Faculty of Mathematics and Natural Sciences, Institut Teknologi Bandung (FMIPA ITB). Designed for globally minded students, QUANTA Physics offers an exceptional academic environment for those who seek to explore the fundamental laws governing the universe while contributing to technological and scientific advancements.

Through a thoughtfully crafted curriculum, the program provides a rigorous foundation in core physical principles complemented by essential analytical, computational, and experimental competencies. Students develop the intellectual agility needed to navigate and innovate within today’s rapidly evolving scientific landscape. With its blend of theoretical depth and real-world applicability, QUANTA Physics prepares future physicists to make meaningful contributions—from unveiling the mysteries of nature to shaping the technologies that will define our future.

The program is supported by approximately 80 faculty members with broad expertise spanning fundamental physics—including quantum mechanics, relativity, cosmology, particle physics, and field theory—to applied physics, such as instrumentation, photonics, advanced materials, scientific computing, biophysics, and energy. Their international experience and strong English proficiency ensure high-quality teaching and supervision.

Students benefit from excellent facilities, including computer laboratories, physics laboratories, a dedicated library, and well-equipped classrooms. The curriculum incorporates innovative learning methods that integrate mathematical modeling, modern computational tools, and technology-enhanced pedagogy.

The Bachelor’s Program in Physics at FMIPA ITB has received an “Unggul” (Excellent) accreditation from BAN‑PT (valid from 1 October 2021 to 1 October 2026) and international accreditation from ASIIN (Germany) (valid from 16 March 2021 to 30 September 2027). These recognitions affirm that ITB physics graduates are highly competitive globally, whether they choose to pursue further studies or build careers in research, engineering, geophysics, medicine, and advanced technology sectors.

The program is strengthened by active collaborations with international universities. Notable partnerships include long-standing cooperation with the Korea Advanced Institute of Science and Technology (KAIST), which has supported outbound mobility programs since 2010 with more than 100 participating students, as well as sustained collaboration with many institutions which facilitates joint research activities and academic exchanges.

Students may develop their interests and competencies through six expertise groups:

1. Earth Physics and Complex Systems
2. Instrumentation and Computational Physics
3. Magnetic and Photonic Physics
4. Advanced Materials and Applied Physics
5. Nuclear Physics and Biophysics
6. Theoretical Physics and High-Energy Physics

Each area provides opportunities for engaging and relevant research, from exploring natural phenomena to developing future technological innovations.

1. Research & Academia : Work as a research assistant, laboratory scientist, or pursue postgraduate studies leading to roles like academic researcher or lecturer.
2. Industry & Engineering : Opportunities in energy, aerospace, electronics, materials science, and nanotechnology.
3. Healthcare & Medical Physics : Roles in hospitals as clinical scientists, radiation protection practitioners, or medical imaging specialists.
4. Data & Technology : Careers in software development, data analysis, telecommunications, and IT.
5. Finance & Consulting : Physics graduates are valued for analytical skills in actuarial work, quantitative analysis, and risk management.
6. Education & Communication : Teaching in schools or working as technical authors and science communicators.