R&D: Choose to engage in the research and development of physical applications in scientific research institutions, universities or technology companies. Participate in research projects in the fields of new materials, energy technology and photoelectric technology.
Engineering and Technology: Looking for job opportunities in applying physics in engineering. Participate in the design, development and manufacture of electronic equipment, electronic communication, mechanical design and other projects.
Energy and environment: Physical application is very useful in the field of energy and environment. Engaged in renewable energy, energy management, environmental protection and sustainable development.
Data analysis and calculation: the training of physical application enables you to have the ability to process and analyze complex data. Engaged in data science, computational physics, quantum computing and other related work.
Medical treatment and biotechnology: there are many intersections between physical application and medical treatment and biotechnology. Looking for employment opportunities in medical equipment research and development, bioengineering, medical imaging, etc.
Education and popular science: choose to engage in the education and popular science work of physical knowledge in academic circles or popular science institutions, and cultivate and spread the interest and knowledge of physical science.
Technical sales and consulting: apply the applied knowledge of physics to the field of technical sales and consulting, and provide customers with sales and consulting of physics-related products and services.
Professional explanation of physical application
Physics application is a comprehensive subject, which aims to cultivate and study the application and technology of physics in practical application fields. It focuses on applying the principles, theories and methods of physics to solve practical problems to meet the needs of society and industry.
Physics application specialty covers a wide range of fields, including but not limited to engineering technology, material science, instrumentation, electronic technology, energy and environment, biomedicine, computer science and so on. Students in this major learn and master the core basic knowledge of physics such as mechanics, heat, electromagnetism and quantum physics, and learn how to apply these knowledge to solve practical problems.
In physics application, students will study experimental physics, applied mathematics, computational physics, engineering technology, scientific calculation and data analysis. They will also be exposed to various instruments and experimental equipment, learn how to design and conduct physical experiments, and analyze the experimental results.
Graduates can choose to work in scientific research institutions, universities, industrial companies, technical consulting companies, medical institutions and other different fields according to their own interests and specialties, and engage in research, development, engineering, technical consulting, education and popular science and other related work.