光电卓越计划实验班本科培养计划.DOC

光电Undergraduate Experimental Program in Optoelectronic Information Engineering for Exemplary Engineer Education 一、培养目标 Ⅰ．Program Objectives 培养具备坚实的光电专业理论基础、工程实践能力和相关创业能力，创新意识、创业素质和综合能力强，具备多学科视野和国际竞争力的光电领域研究型高端工程技术领军人才。毕业生能在光电产业部门、科研院所、高等院校及其相关领域创造性地从事光电信息工程相关的研究、开发和管理等工作。 Aiming at preparing all-rounded, high-quality talents with international competence, this program will enable students to be solid grounded in basic theory, wide-ranged in specialized knowledge, capable of practical work and particularly specialized in Laser Science and Engineering, Optical Fiber Communication Technology, Optoelectronic System and Information Processing, Optoelectronic Integrated Devices. Students can be fit into jobs in IT department research centers and colleges. They can do research, design and develop the integrated system in Information Science and Technology area. 二、基本规格要求 Ⅱ．Learning Outcomes As students of this program, you will gain: 1．Solid grounding in maths and physics; 2．Basic theories and methods of Optics, Optoelectronics, Electronics and Information Science; 3．The competency in solving the problems in specialty of scientific research and engineering; 4．Knowledge of the development of the discipline; 5．Mastery of English; 6．Basic methods of literature survey, file retrieving and scientific thesis writing ability; 7．Solid grounding in humanities and arts and ability of managing and organizing; 8．Innovative thinking. 三、培养特色 Ⅲ．Program Highlights “4+2”本硕连读前四年为本科阶段，后两年为硕士阶段阶段之间设计相应的竞争分流机制和衔接机制。校企联合培养双导师制。本科教育实行“3+1”培养模式。nstruction: encourage students to be self-learning, initiative-practice, innovation dedicative, and aiming for excellence. To establish a solid foundation in math-physics, broaden the subject groundings with inter-discipline development in Science and Engineering, interact between academy and industry, and to develop independent individuality for RD. The students are selected from fresh undergraduates university wide, 30 students per grade. A 4+2 program w