华中科技大学本科生学习指南 生物医学工程专业本科培养计划 Undergraduate Program for Specialty in Biomedical Engineering 一、培养目标 Ⅰ．Educational Objectives 培养德、智、体全面发展，基础理论扎实、知识面宽、实践能力强、综合素质高、适应新世纪生物医学工程产业(包括医学电子仪器、医学信息工程、生物医学传感、医学影像、生物材料与组织工程、生物医学分析等)发展需求，在生物医学信息的获取、处理、开发与利用等专业领域具有突出特色的具有国际竞争力的高素质人才。毕业生既能从事生命科学领域的基础研究，也能从事生命科学领域新技术、新方法及新仪器的研究与开发，还能从事生物医学工程、生物技术、生物分析(如检验检疫)，以及电子与信息等相关产业和部门的工程技术及管理工作。 This program educates undergraduates based on the following objectives: to get balanced development among moral, intelligent and physical abilities; to foster solid grounded in basic theory, wide-ranged knowledge, strong practical ability, high comprehensive quality; adapts demand of the new century development of biomedical engineering industry (including medical electronic instrumentation, medical information engineering, biomedical sensor, medical imaging, biomaterials and tissue engineering and biomedical analysis ); also aiming at preparing all-rounded, high-quality talents with international competence in biomedical information gaining, processing, development and the using. As a result, the graduates can be engaged in the basic research in the life scientific domain, and engaged in research and development of the new technology, method and instrument. Students also have skills to do research and management jobs in biomedical engineering, biotechnology, biological analysis and other electronics, and information technology relevant fields. 二、基本规格要求 II．Skills Profile 本专业学生应掌握生命科学和电子技术、光子技术、计算机技术等信息技术的基本理论和基本知识，并受到工程技术方面的良好训练，毕业后具备从事生物医学工程研究和开发的基本素质和基本技能。 Students should have command of essential theories and knowledge in life science, electronic technology, photonic technology, computer technology and information sciences, and to be well educated in engineering technology. The graduates are expected to acquire basic abilities and skills in biomedical engineering research and development. ·115· 华中科技大学本科生学习指南 毕业生应获得以下几方面的知识和能力： 1. 扎实的数理基础； 2. 生物科学、医学、电子学、光子学的基本理论和方法； 3. 生物医学工程领域理论问题和解决实际问题的能力； 4. 生命科学及生物医学工程产业的发展动态； 5. 较强的英语语言能力； 6. 文献检索、资料查询的方法和撰写科学论文的能力； 7. 较好的人文社科知识和人文素质，以及较强的协调、组织能力； 8. 较强的创新精神。 Students of this program will acquire: 1. Sound grounding in both mathematics and physics； 2. Principles and method of biological science, medicine, electronics, photonics, 3. Research and problem solving skills, 4. Skills to understand the development and trend in life science and biomedical engineering industry, 5. Strong English language ability, 6. Ability in document searching, data querying and thesis writing, 7. Attainment in humanities & art, cooperative and organizational skills, 8. Sense of creation and innovation. 三、培养特色 Ⅲ．Program Features 以生物科学、基础医学、电子学、光子学和材料学为基础，以生物医学信息的获取、处理、开发与利用为核心，面向广义的生物医学工程产业。坚持理工医结合，重视基础理论，强调宽口径培养，着眼全面提高学生的综合素质。加强实践教育，增强创新能力。 This program takes biological science, fundamental medicine, electronics, photonics and materials as its foundation; takes the biomedical information gain, processing, development and the use as the core; faces generalized biomedical engineering industry; Persists science, engineering and medicine well combined; emphasizes a thorough grounding in the theoretical principles and knowledge, enlarges the specialized field, focuses on student's comprehensive quality, strengthens practical education, enhances innovation ability. · ·116华中科技大学本科生学习指南 四、主干学科 Ⅳ．Major Disciplines 生物医学工程Biomedical Engineering, 生物学Biology 五、学制与学位 Ⅴ．Length of Schooling and Degree 学制：四年 Duration: 4 years 授予学位：工学学士 Degrees Conferred: Bachelor of Engineering 六、学时与学分 Ⅵ．Hours/Credits 完成学业最低课内学分（含课程体系与集中性实践教学环节）要求：203 Minimum Credits of Curricular (Comprising course system and intensified internship practical training)：203 完成学业最低课外学分要求：5 Minimum Extracurricular Credits：5 1. 课程体系学时与学分 Hours/Credits of Course System 课程类别 课程性质 必修 通识教育基础课程 选修 学科基础 课程 专业课程 学科大类基础课 学科（专业）基础课程 专业核心课程 必修 必修 必修 160/10 800/50 232/14.5 144/9 5.9 29.4 8.5 5.3 学时/学分 1208/75.5 占课程体系学分比例（％） 44.4 ·117· 本文来源：https://www.wddqw.com/doc/2cbb8df25df7ba0d4a7302768e9951e79b896914.html