Physics encompasses everything from investigating the tiniest elementary particle to determining the fate of the universe, and it provides the foundation for all modern science and engineering. The BSc in Physics program provides students with both depth and breadth in their studies across the discipline. They learn a variety of exciting topics, including quantum computing, superconductivity and nanotechnology, quarks and black holes. The program equips students for careers in science or for advanced studies in physics and related disciplines.
Since physics students are rigorously trained in generic analytical and problem-solving skills, they are well prepared to take up jobs with diverse natures in both government and the private sector. Students can work in education, research and development, technical sales, forensic science, medical industry, commerce, banking, etc. We offer internship opportunities in local technology companies and secondary schools so that students gain invaluable experience in real working environments. Our best graduates routinely go on to further studies at prestigious universities around the world.
Many students get a BSc in Physics without declaring any options. This provides a very flexible curriculum for anyone wishing to pursue a minor or additional major. But for those students who would like a more rigorous training in physics, the program offers one track, three options, and one extended major:
- International Research Enrichment Track (IRE Track) - This is an “elite program” in the School of Science to prepare outstanding students to pursue a career in research. Students in this track are guaranteed a summer research internship opportunity in a foreign university or national laboratory, as well as exchange opportunity in a renowned foreign university.
- Computational Physics with Artificial Intelligence Option - Students in this option learn the fundamentals of data analysis and artificial intelligence in courses emphasizing practical applications in physics. In contrast to the AI Extended Major (see below), it is open to all physics students.
- Honors Physics Option - This option is intended for students who plan to enter graduate school after their undergraduate studies at HKUST. The curriculum provides a strong foundation of coursework and culminates in a final year research project and thesis.
- Physics and Mathematics Option - This option is intended for students who have a keen interest in both physics and mathematics. It is particularly useful for those who plan to pursue their future studies in theoretical physics.
- Extended Major in Artificial Intelligence (AI) - The curriculum of this selective program is cross-disciplinary and practical. Students will supplement their physics knowledge with interdisciplinary AI training and apply what they have learned to innovative applications in physics-related areas. Upon successful completion of the curriculum requirement, students will be awarded the BSc degree in Physics with Extended Major in Artificial Intelligence.
Application:
Major Requirements of BSc Physics
- For students admitted in 2023/2024
- For students admitted in 2024/2025
- For students admitted in 2025/2026
Additional Major and Minor in Physics
Additional Major in Physics
HKUST UG students whose first major are NOT in physics can choose to declare additional major in physics or minor in physics. To graduate with additional major in physics, students will need to complete courses under the School of Science requirements and the major requirements for BSc in physics.
Additional Major in other disciplines
Qualified physics major students have the option of declaring an additional major in other disciplines such as Mathematics (MATH). Computer Science (COSC), and Electronic Engineering (ELEC). For more information about additional majors, please visit websites of respective departments at HKUST. Students who want to pursue additional major(s) should first discuss with the Undergraduate (UG) Programs Coordinator in the Department of Physics and the UG Programs Coordinator of respective departments to determine their suitability and to develop an individualized study plan prior to application.
Minor Program in Physics
HKUST UG students whose first major are NOT in physics can choose to declare Minor in Physics. Except for those studying BSc in Physics programs (including Extended Major in Artificial Intelligence), International Research Enrichment Track (IRE) of the BSc in Physics, or the Mathematics and Physics Track of the BSc in Mathematics, any undergraduate student with a CGA of 1.85 or above may enroll in Minor in Physics.
Minor Program in Astrophysics and Cosmology
The Minor program in Astrophysics and Cosmology offers courses in the areas of particle physics, stellar astrophysics and big bang cosmology, most of which are taught by our faculties in the Particle Theory and Cosmology research group.
Program Intended Learning Outcomes (PILO) for the BSc in Physics
Upon graduation, students should be able to:
- Explain the scientific principles and methodologies of physics and related scientific disciplines at the university level (Knowledge)
- Apply these scientific principles in conjunction with quantitative reasoning methods and experimental and information-technology skills to analyze and solve practical problems. (Execution)
- Evaluate information and make independent judgments by applying scientific principles and reasoning methods. (Judgment)
- Communicate effectively about physics to both lay and expert audiences, utilizing appropriate information and communication technology. (Communication)
- Work independently and collaborate effectively in a team. (Interpersonal skills and leadership)
- Conduct self-evaluation and continuously enrich themselves through lifelong learning. (Self-reflection)
- Convey to lay audiences an appreciation of the value of science and the scientific method. (Appreciation of science)
- Recognize the importance of complying with the ethics of science, of being a responsible citizen, and of ensuring a sustainable environment. (Ethical practice)
- Use a global perspective in conjunction with scientific knowledge to address issues of importance in physics and society. (International outlook)