Interdisciplinary Course Name: Green Energy Optoelectronics Cross-School Credit Program
Authority: Department of Physics
Participating units: all departments of the school
Course Host (convened): Department of Physics, Yang Zhongzhun
First, the purpose
Humans are currently facing multiple climate changes, lack of energy and resources, and serious environmental pollution.
Dilemma. For the students of this school to fulfill their civic duties and promote sustainable development, the establishment of this course is based on
Combine the faculty and resources of the Department of Physics, Chemistry and Electronics to develop green light and low carbon
A student who knows technology and demonstrates a diverse professional landscape.
Second, the curriculum planning
1. The course scores for completing the course
Students who take this course are required to take courses according to the following course structure and planning content.
12 credits. Upon completion of the course, a certificate of course is awarded.
2. Course design principles and characteristics
The basic connotation of the green energy optoelectronic industry integrates the basic knowledge of various physics and chemistry.
The various applications of the green energy optoelectronic industry are also the design and planning of various electronic and circuit.
And practice. In view of this, the Green Energy Optoelectronics Cross-School Credit Program integrates physics and chemistry.
Department and the Department of Electronics related courses and teachers, hope to cultivate a variety of faces at the same time
To the students of knowledge.
Third, the selection criteria
This Green Energy Optoelectronics Cross-School Credit Program welcomes students from all departments of the University.
Fourth, the principle of credit
The courses offered by the students in the department are the same. If the course name is the same as the course name of the course,
Or if the course name is different from the course name of the course but the content is similar, the class may be submitted by the student.
Cheng Gangyao, after the approval of the course director and the instructor, will be credited.
Fifth, expected results
This green energy photoelectric cross-domain credit program can make the university’s university department interested in Green Energy Optoelectronics.
The students are fully motivated and enhanced their competitiveness.
Department of Physics
|Theory and pragmatic||Light-emitting diodes and solar energy
||3||Up to 9 credits||「Featured Programs」|
|Electronic instrument and photoelectric detection||3|
|Quantum physics(1)||4||Non-physical students|
|General physics(1) or General physics(2)||3||Non-physical students|
|Introduction to Materials Science||3|
|Introduction to Solid State Physics||3||「Digital course」|
|Green Energy Optoelectronics(1)||1||「PBL training course」
|Green Energy Optoelectronics(2)||1||Must first repair the green energy photoelectric topic(一)
「PBL training course」
|Characteristics and applications of nano materials||3|
|Introduction to Emerging Materials||3|
|Introduction to Green Energy||3|
|Introduction to Semiconductor Physics||3|
|Green Energy Optoelectronics Special and Implementation(1)||3|
|Green Energy Optoelectronics Special and Implementation(2)||2|
Department of Chemistry
|Physical Chemistry(1)||3||Up to 9 credits|
|Optoelectronic components and technical practice||3|
|Thin film technology||3|
|Semiconductor process technology||3|
|Solar cell principle and engineering||3|
Minimum score requirements：