一、学科简介 (Disciplines Instruction)
伟德国际betvlctor1946物理学科紧密结合本校在材料研究与制备方面的传统优势,积极寻求物理学与材料学交叉学科的学术增长点,填充了学校在新型光电材料研究方面的空白,目前已经形成微纳光子功能材料制备及应用、激光技术及相关器件、计算光学成像与遥感物理、光电材料与器件、理论与计算物理五个研究方向,每一个研究方向均有学术水平高的带头人支撑。本学科承担国家级项目近30项,发表SCI论文200余篇,授权国家发明专利30余项。科研团队重视研究生的培养,为研究生创造机会到高水平平台交流学习,参加国内外各种学术会议;在重视学生科学素养的同时,时刻关注学生思想道德意识的动态,培养学生严谨求实、追求极致的科学探索精神。多年来,本学科在研究生培养和学术研究方面获得了十分显著的成绩,已培养了一批高质量、高层次专业技术人才。
The physics discipline of Qingdao University of Science and Technology closely combines the traditional advantages of the university in materials research and preparation, actively seeks the academic growth point of the intersection of physics and materials science, and fills the gap in the school's research on new materials. At present, it has formed the function of micro-nano photonics. There are five research directions: material preparation and application, laser technology and related devices, computational optical imaging and remote sensing physics, optoelectronic materials and devices, and theoretical and computational physics, each of which is supported by leaders with high academic levels. The discipline has undertaken nearly 30 national-level projects, published more than 200 SCI papers, and authorized more than 30 national invention patents. The scientific research team attaches great importance to the training of postgraduates, creates opportunities for postgraduates to exchange and study on high-level platforms, and participates in various academic conferences at home and abroad. The spirit of scientific exploration. Over the years, the discipline has made remarkable achievements in postgraduate training and academic research, and has cultivated a group of high-quality, high-level professional and technical personnel.
二、培养目标 (Objectives of Training )
全日制专业学位研究生的培养目标兼顾理论学习的同时也侧重于工程应用,培养以光电信息工程为主干的光电信号获取、光通信、光电信息处理、激光技术、光存储/显示及光电信息应用等光电子工程领域的基础理论与技能,能在工农业生产、国防军工、生物医疗、科学研究等领域相关的行业与部门从事光电技术与系统的复合型高级专门人才。
The training objectives of full-time professional degree postgraduates take into account theoretical study and also focus on engineering applications, cultivating optoelectronic engineering fields such as optoelectronic signal acquisition, optical communication, optoelectronic information processing, optical storage/display and optoelectronic information applications with optoelectronic information engineering as the backbone The basic theory and skills of the senior professional talents who can be engaged in optoelectronic technology and systems in industries and departments related to industrial and agricultural production, national defense and military industry, biomedicine, scientific research and other fields.
培养要求如下:
The detailed training requirements are listed as follows:
1. 热爱祖国,拥护中国共产党的领导,拥护社会主义制度,遵纪守法,具有良好的职业道德和创新精神,积极为我国经济建设和社会发展服务。
Love the motherland, support the leadership of the Communist Party of China, and support the socialist system, obeying the laws, with good work ethic and entrepreneurial spirit, serving vigorously on China's economic construction and social development.
2.掌握光电信息工程学科领域的基础理论和专业知识、具有较强的解决实际问题的能力、能够承担专业技术或管理工作、具有良好的职业素养的高层次应用型专门人才。
Mastering a solid foundation and broad theoretical knowledge of the control engineering disciplines, having strong ability to solve practical problems and to undertake professional or managerial jobs, having high-level professional qualities.
3. 掌握一门外国语,能够熟练地阅读本工程领域的专业文献资料和撰写论文。
Mastering a foreign language, capable of reading professional literatures and writing academic papers.
4. 掌握现代光电信息领域的基础理论、方法和技术;本领域的工程硕士应具有一定实际工作经验,能解决工程应用中出现的实际问题,具有从事光电信息处理、光电通信系统、光电设备或装置的开发设计能力、工艺设计和实施能力及使用维护等能力。
Master the basic theories, methods and technologies in the field of modern optoelectronic information; a master of engineering in this field should have certain practical work experience, be able to solve practical problems in engineering practice, and be engaged in the development of optoelectronic information processing, optoelectronic communication systems, optoelectronic equipment or devices Design capabilities, process design and implementation capabilities, and use and maintenance capabilities.
三、研究方向 (Research Orientation)
序号 No. |
名称 Name |
研究方向及特点 Research Orientation and Characteristics |
1 |
微纳光子功能材料制备及应用 Preparation and application of micro-nano photonic functional materials |
微纳光子功能材料的制备及表征;微纳光子结构的应用研究;光子带隙结构的相位调控研究。 Preparation and characterization of micro-nano photonic functional materials; application research of micro-nano photonic structure; phase control research of photonic band gap structure. |
2 |
激光技术及相关器件 Laser Technology and Related Devices |
全固态激光技术;高速低能耗微腔激光器研究;新型超快激光器研究;半导体电子自旋特性研究。 All-solid-state laser technology; research on high-speed and low-energy microcavity lasers; research on new ultrafast lasers; research on semiconductor electron spin characteristics. |
3 |
计算光学成像与遥感物理 Computational Optical Imaging and Remote Sensing Physics |
空间光学;计算光学成像技术;卫星遥感数据及高光谱图像处理技术研究;激光雷达大气遥感探测技术。 Space optics; computational optical imaging technology; satellite remote sensing data and hyperspectral image processing technology research; lidar atmospheric remote sensing detection technology. |
4 |
光电材料与器件 Optoelectronic Materials and Devices |
低维光电材料的制备及其器件研究;新型纳米光伏材料及器件仿真及性能优化;新型半导体材料及光电特性。 Preparation of low-dimensional optoelectronic materials and device research; new nano-photovoltaic materials and device simulation and performance optimization; new semiconductor materials and optoelectronic properties. |
5 |
理论与计算物理 Theoretical and Computational Physics |
黑洞似正规模的研究;量子信息基础理论;引力波观测对宇宙学模型的限制;黑洞阴影的研究。 Research on the positive scale of black holes; fundamental theory of quantum information; constraints of gravitational wave observations on cosmological models; research on black hole shadows. |
四、学制及学习年限 (Educational System and Length of Schooling)
全日制专业学位硕士研究生学制为二年或三年,非全日制专业学位硕士研究生可适当延长,全日制和非全日制专业学位硕士研究生学习年限最长不超过五年。
The full-time professional degree master's degree system is two or three years. The part-time professional degree master's degree can be appropriately extended. The length of study of full-time and part-time professional degree master's degree students shall not exceed five years at most.
五、学分要求(Credit Requirement)
研究生总学分应不低于32学分,其中学位课程不低于17 学分,研究环节8学分,其余为选修课学分。
The total credits for postgraduate students courses are not less than 32 credits, of which the degree course credits are not less than 17 credits, the research sessions are 8 credits, and the rest are selective credits.
六、课程设置 (Course Setting)
电子信息(光电信息工程方向)工程硕士专业学位研究生课程设置
(Course Setting of Professional Master Degree for Electronic Information(Control Engineering))
课程 类别 Course Type |
课程 编号 Course NO |
课程名称 Course Name |
课堂 学时 Class Hour |
学分 Credit |
开课 学期 Semester |
教学 方式 Teaching Method |
考核 方式 Assessing Method |
开课 单位 Department Offering Teaching |
备 注 Remarks |
学位课Degree Course |
公共基础课Public Basic Course |
G00036 |
新时代中国特色社会主义理论与实践 Theory and Practice of Socialism with Chinese Characteristics for a New Era |
36 |
2.0 |
I |
A |
0.7B+0.3D |
马克思主义学院 College of Marxism |
必修 Obligatory Course |
G00045 |
综合英语 Comprehensive English |
64 |
4.0 |
I |
A |
0.6A+0.4D |
外国语学院 College of Foreign Languages |
必修 Obligatory Course |
|
工程伦理 Engineering Ethics |
16 |
1.0 |
|
|
|
|
必修 Obligatory Course |
|
M090402 |
实验室安全教育 Laboratory safety education |
16 |
1 |
I |
B |
B |
伟德国际betvlctor1946 |
必修 Obligatory Course |
专业基础课Specialized Basic Course |
M090117 |
数学物理方程 Mathematical Physical Equation |
32 |
2 |
I |
A |
0.6A+0.4D |
伟德国际betvlctor1946 |
必修 Obligatory Course |
M090118 |
高等固体物理 Advanced solid state physics |
32 |
2 |
I |
A |
0.7A+0.2D+0.1F |
伟德国际betvlctor1946 |
必修 Obligatory Course |
M090119 |
量子光学 Quantum Optics |
32 |
2 |
II |
A |
0.7A+ 0.3D |
伟德国际betvlctor1946 |
必修 Obligatory Course |
M090120 |
高等光学 Advanced Optics |
32 |
2 |
I |
A |
0.8A+0.2D |
伟德国际betvlctor1946 |
必修 Obligatory Course |
选修课Selective Course |
公共选修课Common Selective Course |
G00002 |
自然辩证法概论 Introduction to Natural Dialectics |
18 |
1.0 |
I |
A |
0.6A+0.4D |
马克思主义学院 College of Marxism |
必修 (理工类) Obligatory Course |
G00023 |
体育 Physical Education |
32 |
1.0 |
I |
D |
F |
体育学院 College of Physical Education |
必修 Obligatory Course |
G00026 |
文献检索 Document retrieval |
16 |
1.0 |
II |
A |
0.5A+0.5C |
图书馆 Library |
选修 Selective Course |
G00005 |
科学人文讲座 Scientific and Humanistic Lectures |
16 |
1.0 |
II |
C |
0.7B+0.3D |
马克思主义学院 College of Marxism |
选修 Selective Course |
G00029 |
音乐鉴赏 Music Appreciation |
16 |
1.0 |
II |
0.7A+0.3C |
0.7C+0.3D |
艺术学院 College of Art |
限选一门 One course chosen only |
G00030 |
舞蹈鉴赏 Dance Appreciation |
16 |
1.0 |
II |
0.7A+0.3C |
0.7C+0.3D |
艺术学院 College of Art |
G00031 |
书法鉴赏 Calligraphy Appreciation |
16 |
1.0 |
II |
0.8A+0.2B |
0.7C+0.3D |
艺术学院 College of Art |
G00032 |
戏剧影视鉴赏 Appreciation of Drama, Film and Television |
16 |
1.0 |
II |
0.8A+0.2B |
0.7C+0.3D |
传媒学院 College of Media |
G00033 |
文化创意与策划 Cultural Creativity and Planning |
16 |
1.0 |
II |
0.7A+0.3C |
0.6C+0.4D |
传媒学院 College of Media |
G00034 |
中国文学经典作品导读 Appreciation of Classical Works of Chinese Literature |
16 |
1.0 |
II |
0.7A+0.3C |
0.7C+0.3D |
传媒学院 College of Media |
专业选修课Professional Elective Course |
M090046 |
纳米材料与技术 Nanomaterials and Nanotechnology |
32 |
2 |
I |
A |
0.6A+0.4D |
伟德国际betvlctor1946 |
选修 Selective Course |
M090029 |
地球大气, 陆地和海洋的被动遥感 Passive Sounding of the Earth’s Atmosphere, Land, and Ocean |
32 |
2 |
I |
A |
0.7B+0.3C |
伟德国际betvlctor1946 |
选修 Selective Course |
M090016 |
激光原理 Laser principle |
32 |
2 |
II |
A |
0.7A+0.15D+0.15F |
伟德国际betvlctor1946 |
选修 Selective Course |
M090043 |
成像光谱与遥感物理 Imaging spectroscopy and remote sensing physics |
32 |
2 |
II |
A |
0.7B+0.3C |
伟德国际betvlctor1946 |
选修 Selective Course |
教学方式代码:A—课堂讲授,B—学术研讨,C—专题报告,D—实践,E—其他;例:0.7A+0.3B Notes1. Teaching method codes: A—lecturing in class, B—Academic discussion, C—subjective report, D—practice, E—others; e.g.: 0.7A+0.3B |
考核方式代码:A—闭卷笔试,B—开卷笔试,C—课程论文,D—平时作业,E—口试,F—其他;例:0.8A+0.2D Notes2. Examining method codes: A—written exam with closed paper, B—written exam with opened paper, C—Class paper, D—ordinarily assignment, E—oral test, F—others;e.g.: 0.8A+0.2D |
七、开题报告(Thesis Proposal)
研究生的论文选题应与本学科研究方向内容一致,应紧密结合科学前沿、国民经济和社会发展需要,突出创新性、先进性、必要性和可行性。开题报告工作原则上应在第三学期结束前完成。学位论文选题一旦确定,原则上不再变动。如因特殊原因需要改题者,应由学院学位评定分委员会研究是否需要重新开题,报研究生院备案。
The selected topic of dissertation should be consistent with the research direction of the discipline, and should be fit for scientific frontiers, the needs of national economy and social development. The topic should be innovative, advanced, necessary and feasible. The thesis proposal should be completed before the end of the third semester. Once the dissertation topic is determined, it should not be changed in principle. If dissertation topic needs to be changed due to special reasons, the academic degree evaluation sub-committee should determine whether it is necessary to resubmit the proposal and report it to the graduate school.
开题报告通过者获得1学分,不通过者可限期重新开题,仍未通过者不能取得本环节规定学分,终止培养,予以退学。
Those who pass the thesis proposal will get 1 credit. Those who fail to pass the proposal can resubmit the proposal within a time limit, and if they still fail to pass the proposal, they cannot get the required credit, and the training will be terminated and they will be dropped out.
八、中期考核(Mid-period Comprehensive Examination)
中期考核是对硕士研究生入学以来的思想政治表现、课程学习情况、学术素养和学位论文进展情况等各培养环节全面的、综合性的测评。在开题结束后,所有类型的研究生须参加中期考核,中期考核通过者获得1学分,达不到本学科考核要求的,根据具体情况进行延期考核或终止培养。
Mid-period examination is a comprehensive evaluation of the ideological and political performance, course learning, academic literacy, and progress of academic dissertations of postgraduates since their admission. After the thesis proposal, all types of postgraduates are required to participate in the mid-period comprehensive examination. Those who pass the Mid-period examination will get 1 credit. If they fail to meet the assessment requirements of this discipline, the assessment will be postponed or the training will be terminated according to the specific situation.
九、专业实践(Professional Practice)
专业实践是工程类硕士专业学位研究生获得实践经验,提高实践能力的重要环节。工程类硕士专业学位研究生开展专业实践可采用集中实践和分段实践相结合的方式。具有2年及以上企业工作经历的工程类硕士专业学位硕士研究生专业实践时间应不少于6个月,不具有2年企业工作经历的工程类硕士专业学位硕士研究生专业实践时间应不少于1年。非全日制工程类硕士专业学位硕士研究生专业实践可结合自身工作岗位任务开展。其他类别专业学位硕士研究生可根据国家教指委要求进行实践。
Professional practice is an important part for engineering professional degree graduates to gain practical experience and improve their practical ability. The combination of centralized practice and sectional practice can be adopted by engineering professional degree postgraduates to carry out professional practice. The professional practice time of should be no less than 6 months for engineering graduate students who have more than 2 years working experience in enterprises, and no less than 1 year for engineering graduate students who have less than 2 years working experience in enterprises. The professional practice of part-time engineering master professional degree master students can be carried out in combination with their own job tasks. Postgraduates of other types of professional degree can practice according to the requirements of the National Education Instruction Commission.
专业实践环节应在第二学期至第五学期完成。研究生应在完成全部课程学习后方可进入专业实践环节,特殊情况下可申请采取以课程学习与专业实践交叉的方式进行,以达到专业实践环节的培养目标。原则上应在第二学期结束前提交申请,审核通过后方可开展实践环节。研究生不参加专业实践或专业实践考核未通过,不得申请毕业资格审核和学位论文答辩。
Professional practice should be completed from the second semester to the fifth semester. Postgraduates should complete all courses before entering the professional practice stage. In special circumstances, they can apply to adopt a cross disciplinary approach between course learning and professional practice to achieve the training objectives of the professional practice stage. In principle, the application should be submitted before the end of the second semester, and the practical process can only be carried out after passing the review. Postgraduates who do not participate in professional practice or fail professional practice assessments are not allowed to apply for graduation qualification review and thesis defense.
专业实践考核通过者获得2学分。考核不通过者予以学业预警,可在三个月后至半年内重新申请进行第二次考核,或由研究生本人向学院提出申请,经学院批准后可继续完善或重新进行专业实践工作。研究生第二次专业实践考核仍未通过,视为专业实践考核不通过,终止培养,给予退学处理。
Those who pass the professional practice assessment will receive 2 credits. Those who fail the assessment will be given an academic warning. They can reapply for a second assessment within three months to six months, or the graduate student themselves can apply to the college. After approval by the college, they can continue to improve or resume professional practice work. If a graduate student fails the second professional practice assessment, it will be considered as a failure in the professional practice assessment, and the training will be terminated and the student will be expelled.
十、学位论文要求(Dissertation)
学位论文工作是全面培训硕士生树立严谨的科学作风、掌握科学研究的基本方法和培养独立工作能力的重要环节。
Dissertation work is an important link of comprehensive training postgraduates to set up strict scientific style、grasps the basic method of scientific research and cultivating the independent work ability.
学位论文应表明作者在本学科掌握坚实的基础理论和系统的专门知识,具有从事科学研究工作或独立担负专门技术工作的能力;论文的基本论点、结论应具有较高的理论价值或实践意义;论文必须文句通顺、简练、数据可靠、图表清晰,准确地表达研究成果,实事求是地提出结论,引用他人资料或结论必须加以说明;论文应在导师的指导下由研究生独立完成;论文写作格式须符合伟德国际betvlctor1946学位论文写作基本规范和格式要求。学位论文4学分。
Dissertation should demonstrate that the author has a solid grasp of basic theories and systematic specialized knowledge in the subject, and has the ability to engage in scientific research work or independently undertake specialized technical work. The basic arguments and conclusions of the paper should have high theoretical value or practical significance. The paper must be coherent, concise, with reliable data and clear charts, accurately expressing the research results, presenting conclusions truthfully, and citing information or conclusions from others must be explained. Dissertation should be independently completed by postgraduates under the guidance of a supervisor. The writing format of the dissertation must comply with the basic standards and format requirements of Qingdao University of Science and Technology's degree thesis writing. The credits for dissertation are 4.
十一、论文答辩与学位授予(Thesis Oral Defense and Degree Granting)
硕士研究生完成培养计划规定的课程学习和论文工作后,经导师推荐即可向学院学位评定分委员会提出答辩申请,由学院学位评定分委员会审查其答辩资格,导师就研究生的政治思想、业务水平、学位论文写出评语,由学校组织论文学术不端检测和论文评阅,学院学位评定分委员会组织答辩。
After completing the courses and thesis work specified in the training plan, postgraduates can submit a defense application to the academic degree evaluation sub-committee upon recommendation by their supervisor. The academic degree evaluation sub-committee will review their defense qualifications, and the supervisor will write comments on the postgraduate's political ideology, professional level, and thesis. The school will organize academic misconduct testing and thesis review, and the academic degree evaluation sub-committee will organize the defense.
硕士研究生在学习期间应发表与学位论文相关的、高水平的学术论文,完成高质量的学位论文,符合《伟德国际betvlctor1946硕士、博士学位授予工作实施细则(修订)》中的有关规定,可授予相应学位。
Postgraduates should publish high-level academic papers related to their thesis during their studies, complete high-quality dissertation, and comply with the relevant provisions of the "Implementation Rules for the Granting of Master's and Doctoral Degrees at Qingdao University of Science and Technology (Revised)", will be awarded a Master degree.