英文版巴基斯坦留学生新能源科学与工程专业本科生培养方案.doc

Undergraduate Education Program of Science and Engineering of New Energy Specialty for International students1. Specialized Subject and Code NumberSpecialized subject: Science and Engineering of New EnergyCode number: 080512S2. Training ObjectiveStudents are required to known the political, economy and culture status of modern China, and to participate in friendly making exchanges and cooperation between China and homelands voluntarily. To possess a solid foundation of knowledge theory in the application of new energy, and the abilities of practical ability. They are required to study hard to adapt to be able to accommodate the requirement of their countries national construction, to meet the demand of professional talents in the national new energy field. It is necessary to master of one foreign language for technology development, engineering application and production management in this field, especially in solar and photo thermal field.3. SpecificationsThe main courses for this specialty include basic knowledge of natural science (such as mathematics, physics and chemical engineering), technical basis and special foundation. Both required courses and related elective courses are required to study carefully. Classroom teaching and experimental teaching should be played equal attention to and practical teaching such as design and internship should be stressed. What is more, Graduates of this specialty should possess several aspects of knowledge and abilities as listed below. (1) Solid basic knowledge of natural science, sufficient elementary knowledge of the humanistic, and fine ability of expression and some writing in Chinese. (2) Broad range of theoretical knowledge and experimental skills in new energy field systematically. (3) Strong application ability of the computer. (4) Innovative ideology and ability of obtaining knowledge independently. (5) Ability and quality for scientific research.(6) Strong ability to analyze and solve problems and practical operation skills after the engineering practical training in this field, and preliminary ability of production, design, development, management and organization for jobs in this field.4Main SubjectsEnergy and Power Engineering，Materials Science and Engineering5Main CoursesSolar Photovoltaic Power Generation Technology; Photovoltaic Materials and technology; Energy and low carbon technology Automatic control theory; Material test and analysis technology; introduction to renewable and new energy; Silicon material production technology; utilization technology and construction of solar energy et al.6Main Practice Teaching ProjectsThe who practice teaching projects include professional orientation practice, solar cell technology training, production practice, graduation design (thesis) , scientific and technological innovation, which take 13 weeks in all.7Educational System and CreditsEducational system takes 3-5 years. The complete credit system is implemented; Students will fail to graduate until he or she gets 123 credits, and the Students with graduation qualifications who have passed the national HSK level 6 will be granted bachelor degrees.8Degree AwardedBachelor of Engineering9The Curriculum TableTable1: Public PlatformCurriculum systemCourse naturecourse categoryCourse CodeCourse NamecreditClass houropen semestersAssessment methodTotal hoursTheory hoursexperiment hourshours per weekpublic platformrequiredpublic basic courses17002101college computer 436+J3268410500210105002104（I-IV）Chinese814414421-412002103Survey of China472724205002105Chinese Writing3545436Subtotal 19338482Professional development courseHumanities and Social Sciences 472Science and Engineering 472Arts, Sports and HealthEducation to TeachersSubtotal8144Total 27482482Table2: Professional PlatformCurriculum systemCourse naturecourse categoryCourse CodeCourse NamecreditClass hourOpen semestersAssessment methodstotal hoursTheory hoursexperiment hourshours per weekProfessional platformrequiredbasic courses in Specialty03222201Advanced Mathematics I472724103222203Engineering Chemistry472724103222204chemical experiment236362103222202II Advanced Mathematics II354543203222205College Physics I354543203222206College Physics Experiment2363622-303222207Introduction to Renewable energy and new energy354543203222208Semiconductor Physics354543303222209College physics II354543303222210Electrical Engineering and Electronics35439153303222211C + + Program Design35430243403222212fundamentals of Materials Science47252204403222213fundamentals of mechanical design354543503222214engineering drawing3545435Subtotal43774643131Core Courses in Specialty03222301photovoltaic materials and technology35442123303222302energy and low carbon technology47256164403222303solar photovoltaic power generation technology3544593503222304solar cell component: production and technology35442123503222305solar energy utilization technology and construction236362503222306Automatic control theory59072185603222307material measurement and analysis technology59072185603222308silicon material production technology35442123603222309 survey of photovoltaic equipments236362703222310principles and technology of solar cells236362703222311solar thermal equipment354421237subtotal35630521109electiveProfessional development course03222607introduction of new solar cell technology2363062703222608design and development of Photovoltaic practical product 23630627subtotal4726012total821476122425