10 Mathematics and Physical Science Degree Programs in Hong Kong

The programme provides an opportunity for applied scientists and engineers to pursue an in-depth study in various aspects of materials engineering and nanotechnology. Courses in this programme may also be used to fulfil the "top-up courses" requirement for joining the Materials Discipline of the Hong Kong Institution of Engineers (HKIE).

Acquire a Major with a Secondary Major degree in 4 years This programme is a brand new Bachelor of Science programme of The Hong Kong Polytechnic University (PolyU). It cultivates students with knowledge spanning the disciplines of Physics and their chosen Secondary Major (AIDA or IE). By combing the strengths of the two fields, graduates will be ready to take on future challenges and excel in the contemporary workplace.

Bachelor of Science (Honours) in Integrated Environmental Management and Bachelor of Education (Honours) (Science) aims to prepare qualified, competent, professional secondary science teachers capable of satisfying the educational needs of learners with different abilities within a community that values multiple aspects of intelligence. Graduates will attain academic excellence and professional competence to teach science effectively in schools.

The programme provides students with a strong background of mathematical theory, skills, and tools for mathematical modelling, scientific computation, and technical computer software. Our graduates are in high demand in many sectors, including finance, technology, education, etc.

AP treasures our tradition of maintaining strong links with local industries and offering application-oriented curricula. Our active engagement in research and consultancy work has been recognised by both academia and industry. The research quality of our staff members and postgraduate students has also received recognition through research awards, grants, fellowships and scholarships.

The Department of Applied Physics (AP) focuses on five research areas: (1) Green Energy & Carbon Neutrality, (2) Machine Learning & Computational Physics, (3) Nanomaterials & Micro/Nanoelectronics, (4) Photonics, Plasmonics & Optoelectronics, and (5) Quantum Physics & Devices. Through our long-term drive for academic excellence, AP has achieved outstanding results, including publications in internationally renowned journals, awards by local and international institutes, patents, elected fellowships in well-recognised international academic societies, and grants from government and industrial bodies.

Our BSc in Physics programme offers rigorous training in fundamental physics and its applications across various specialized fields such as medical physics, soft matter and biophysics, financial engineering, materials science, and optics. In addition to acquiring core physics knowledge, you will develop critical thinking and problem-solving skills that will benefit you throughout your life.

The BSc Chemistry program offers a comprehensive integration of theory and practice. With a focus on the practical application of knowledge, this program provides students with a deep understanding of important scientific issues, current technologies, and future challenges, all within the context of local, regional, and global needs.

This is a highly multi-disciplinary degree which covers broad areas of science, engineering, and statistics, as related to space science and technology. Our MSc programme has a strong focus on Chinese Space Science. Our MSc programme is composed of 60 credits of courses. Students must enrol in 6 courses (36 credits) of “core” (compulsory) courses, offered mainly in the first semester. Students may then choose 3 “elective” courses out of a broad range of courses. In addition, students must carry out a “capstone project” by enrolling in the 6-credit course SPSC7031. Students are encouraged to approach faculty members in their areas of interest to choose a project. The final project will typically be undertaken over the course of the second semester. The curriculum of the MSc in Space Science is the same for both full-time and part-time modes of study.

The rapid advances of Artificial Intelligence (AI) have far-reaching impacts on our lives, ranging from mobile apps, smart home systems and health-monitoring devices to industrial process optimisation. AI is intimately linked to physics in various ways, and seamless collaboration between physics and AI enables accurate observations of the environment and the realistic formulation of solutions. Physics principles can be deployed to optimise AI components, facilitating the discoveries of critical workflows and parameters, as well as enhancing the training of AI systems. Conversely, AI plays a pivotal role in modern physics research by rapidly screening potential solutions, thereby saving resources needed for experimental studies.