Through a carefully-planned general applied physics education, our students develop a sound understanding of the links between science and technology, as well as acquiring well-honed communication skills required to interact with the scientific international community.
Through studies of subjects that provide a backbone to engineering and physics, our students gain a broad knowledge of engineering physics suitable for application to a diverse range of engineering- or physics-orientated careers.
The specialized scientific focus of our course allows our students to learn basic concepts and methods in physics as well as getting to grips with topical scientific fields such as Solid State Science, Optical Physics and Quantum Mechanics.
By following the Applied Physics Course our students benefit from feedback and connections between technology and physics in rapidly evolving high-tech fields such as nanotechnology.
Through graduate thesis work and group research projects, our students develop their imagination, creativity, critical-thinking, problem-solving skills, mathematical ability, and laboratory expertise, as well as writing, presentation and oral communication skills.
Applied Physics Experiment
Practical Methods in Applied Physics
- In this course, students have an opportunity to learn basic knowledge on the basic experimental physics, the use and manipulation of the common equipment in the lab, the data analysis and writing technique. Through several short lecture and experimental sessions, students are required to understand the physics behind.
- ●Guidance in preparing the course ●Error analysis and data processing ●Practical sessions
Applied Physics Experiment I
- The aim of this course is to learn various basic experiments forming the basis of applied physics and to understand the underlying physical phenomena. Moreover, students obtain scientific and engineering thinking through learning the basic experimental skills such as measurement methods, material processing techniques, device handling, and data processing.
- ●Guidance ●Optics ●Thermodynamics ●Statistical mechanics ●Electronic properties ●Electronics ●Electronic engineering ●Material processing
Applied Physics Experiment II
- Based on the skills learned in Applied Physics Experiment I, this course deals with advanced and specialized experiments related to wave motion, electronic measurement, condensed matter physics, and structure properties, which are major categories in applied physics. Students obtain the ability to
- gain deep physical insight behind phenomena,
- apply multiple principles in combination,
and develop a curiosity for graduation research and problem-solving skills.
- ●Measurement of polarization ●Light diffraction and spatial frequency filtering ●X-ray diffraction ●Hall effect ●Measurement of superconducting transition temperature in high-temperature superconductors ●AC circuit and wireless energy transfer ●Computer measurement