生物制药专业本科培养计划 - 华中科技大学教务处.doc

1、华中科技大学本科专业人才培养计划125生物制药专业本科培养计划Undergraduate Program for Specialty in Biopharmaceutics一、培养目标. Educational Objectives培养德智体全面发展，具有健全人格和国 际化视野，具 备坚实 的化学、生物学和药学基础，系统掌握生物技术、纳米技术、现代制药技术的基本技能，熟悉生物制药及其相关领域，具有良好的科学素养和较强的创新能力，面向生物医 药新兴产业的高级复合型 专业人才。既可从事生物医 药研究、开发、生产、 检验、质量控制等工作，也可 进一步深造，报考生物化学、生物技术、制 药工程等相关专业

2、的研究生。Biopharmaceutics is an emerging cross-disciplinary area that has revolutionized the traditional industry and research in the 21th century. Students with training in Biopharmacetics are highly desirable for pharmaceutical industry in research, development, production, testing and quality control

3、 as well as academic research in biochemistry, biotechnology and pharmaceutical engineering. Our goal is to provide students with solid foundation in Chemical, Biological and Pharmaceutical Science; versatile skills in Biotechnology, Nano-technology and Modern Pharmaceutical Technology; and broad kn

4、owledge of multiple bio-pharmaceutical related fields as competitive and independent researchers or scientists.二、基本规格要求. Skills Profile本专业学生应牢固掌握化学、生物学和 药学的基本理论知 识，并受到工程技 术方面的良好训练。毕业生能够胜任生物制药相关研究与开发工作，能 够在科技成果 转化及产业化过程中发挥骨干作用。毕业生应获得以下几方面的知识和能力：1掌握化学、生物学、药学等方面的基本理论和知识；2掌握生物技术、纳米技术、现代制药技术的基本原理和实验技能；3熟

5、悉国家生物医药产业法律法 规、指 导原则和知识产权 政策，了解生物医药技术的最新发展动态和应用前景、生物医药产业 的发展状况；4能熟练运用网络信息技术，具备较强的文献检索、英文读写能力；5具有一定的实验设计、实验操作、结果分析、论文撰写、学术交流的能力；6具有一定的研究和开发生物 药物的能力。Students will have a solid understanding of basic knowledge of chemistry, biology and medicine and receive training in pharmaceutical engineering. Gradua

6、tes are qualified for jobs in pharmaceutical research and development, and will play a key role in the technology transformation. Graduates should be given the following knowledge and abilities: 1. Master chemistry, biology, medicine and other basic theories and knowledge;2. Master the basic princip

7、le and experimental skills of biotechnology, nanotechnology, and modern pharmaceutical technology.3. Be familiar with the national laws and regulations, guidelines and intellectual property policies in Biomedical industry, to understand the new developments in biomedical technology, the dynamic and

8、prospects, the development of bio-pharmaceutical industry; 华中科技大学本科专业人才培养计划1264. Skilled use of network information technology, with a strong literature search, reading and written skills in English; 5. Has a certain experimental design, experimental operation, result analysis, thesis writing, and a

9、cademic exchange capacity; 6. Certain research and development capabilities of biological drugs. 三、培养特色. Program Characteristics以学生为中心，引导学生的专业兴 趣，激 发学生的潜能，发展学生的创新能力；以生物技术药物为主要方向，以纳米药物为专业 特色，面向生物医 药产业培养高 级复合型专业人才。自大学二年级开始，采取导师制，学生直接进入实验 室参加课题研究和实验工作。This is a student-oriented-program with the objecti

10、ve to motivate students interests in biopharmaceutic profession, and maximize students potential in research and creativity. The goal of the program is to produce students for modern professionals for biomedical industry with focus on the biotechnology medicine and special interest in the nanomedici

11、ne.四、主干学科. Major Disciplines 化学 Chemistry、生物学 Biology、药学 Pharmaceutics五、学制与学位. Length of Schooling and Degree修业年限：四年Duration：4 years授予学位：工学学士Degrees Conferred：Bachelor of Engineering六、学时与学分. Hours/Credits完成学业最低课内学分(含课程体系与集中性实践环节) 要求：196Minimum Curricular Credits for the completion of degree (includi

12、ng courses practical internship )：196完成学业最低课外学分要求：5Minimum Extracurricular Credits：51课程体系学时与学分Hours/Credits of Course System课程类别 课程性质 学时/学分 占课程体系学分比例（）必修 1160/68.5 41.5通识教育基础课程选修 160/10 6.1学科大类基础课程 必修 592/37 22.4学科基础课程 学科专业基础课程 必修 440/27.5 16.7专业核心课程 必修 168/10.5 6.4必修 88/5.5 3.3专业课程 专业方向课程选修 96/6 3.

13、6合计 2704/165 100华中科技大学本科专业人才培养计划127Course Classified Course Nature Hrs/Crs Percentage (%)Required 1160/68.5 41.5Basic Courses in General EducationElective 160/10 6.1Basic Courses in General Discipline Required 592/37 22.4Basic Courses in DisciplineBasic Courses in Discipline Required 440/27.5 16.7Co

14、mmon Core Courses Required 168/10.5 6.4Required 88/5.5 3.3Courses in Specialty Specialty-Oriented CoursesElective 96/6 3.6Total 2704/165 1002集中性实践教学环节周数与学分Weeks/Credits of Intensified Internship and Practical Training实践教学环节名称 课程性质 周数/学分 占实践教学环节学分比例（）军事训练 必修 2/2 6.5认知实习 必修 1/1 3.2金工实习 必修 2/2 6.5科研训练

15、必修 2/2 6.5生产实习 必修 4/4 12.9课程设计 必修 4/4 12.9毕业设计 必修 16/16 51.6合计 31/31 100Internship Membership of the group which is entitled as Excellent Social Practice Group by the Communist Youth League of HUST or Hubei Province2CET-6 Win certificate of Band-6 or higher 2TOEFL 90 Points or Higher 3IELTS 6.5 Poin

16、ts or Higher 3GRE 1350 Points or Higher 3National Computer Rank Examinations Win certificate of Band-2 or higher 2Win certificate of programmer 2Win certificate of Advanced Programmer 32Examinations in English and ComputerNational Compute Software QualificationWin certificate of System Analyst 4Win

17、first prize 3Win second prize 2University LevelWin third prize 1Win first prize 4Win second prize 3Provincial LevelWin third prize 2Win first prize 6Win second prize 43 CompetitionsNational LevelWin third prize 34 Thesis Those whose thesis appears in national publications Per piece 235 Scientific Re

18、searchDepending on both the time spent in and ability demonstrated in scientific research projectEach item 136 Experiments Depending on innovative extent Each item 13Note：In HUST Sports Meeting, the first and the second prize, and the sixth prize to eighth prize are deemed respectively the first pri

19、ze, the 华中科技大学本科专业人才培养计划129second prize and the third prize of university level.七、主要课程Main Courses in Specialty生物化学 Biochemistry、分子生物学 Molecular Biology、医学 细胞生物学 Medical Cellular Biology、微生物学 Microbiology、生物制药工艺与设备 Biopharmaceutical technique and Equipment、药理学 Pharmacology、药物化学 Medicinal Chemistry、药

20、剂学 Pharmaceutics、生物药物分析 Biopharmaceutical Analysis、生物工程概论 Principle of biological Engineering、生物制药技术 Preparation Technique of Biomedicines、生物 药剂学与药 物动力学 Bio-Pharmaceutics and Pharmacokinetics、纳米药物制剂Nanopharmaceuticals、纳米药物制备工艺与设备 Nanomedicine technique and Equipment 等。八、主要实践教学环节. Main Internship and

21、 Practical Training (Including Experiments)物理实验 Physical Experiment、有机化学实验 Experiment in Organic Chemistry、普通生物学 实验Experiment in General Biology、生物化学实验 Experiments in Biochemistry、分子生物学 实验Experiments in Molecular Biology、微生物学 实验 Experiments of Microbiology、药学大实验 Experiments of Pharmacy、军事训练 Military

22、 Training、认知实习 Perceive Practice、生 产实习 Engineering Internship、科研训练 Research Training、课程 设计 Course Project、毕业设计 Undergraduate Thesis。九、教学进程计划表Table of Teaching Schedule院（系）：生命科学与技术学院 专业：生物制药School (Department)：School of Life Science versatile skills in Biotechnology, Nano-technology and Modern Pharma

23、ceutical Technology; and broad knowledge of multiple bio-pharmaceutical related fields as competitive and independent researchers or scientists.二、学位Degree Conferred工学学士Bachelor of Engineering三、学分Credits完成学业最低学分要求：55Minimum Course Credits: 55其中：Including学科基础课程： 22 学分Basic Courses in Discipline：22学科专业课程：23 学分Courses in Specialty: 23毕业设计：10 学分Undergraduate Thesis: 10四、教学进程计划表Table of Teaching Schedule