留学博士生项目

　　一、专业简介Programs Overview

　　1、生物医学工程(工学学位)所培养的博士应掌握生物医学工程领域的基础理论、先进技术方法和现代技术手段，具有跟踪国际相关领域的最新成果、技术及研究水平、了解生物医学工程领域的技术现状与发展趋势的能力，熟练掌握解决生物医学工程领域工程问题必要的实验、分析、检测或计算的方法和技术，有解决生物医学工程领域前沿问题的能力以及一定的医学仪器设计和研制能力，能独立从事创新性研究工作，有严谨求实的科学态度和作风，扎实的写作能力和学术交流能力，能独立从事科研教学、技术开发和应用转化的创新型科研人才。

　　本专业授予工学学位。

　　Doctoral students trained in Biomedical Engineering (Engineering Degree) should master the basic theories, advanced technical methods, and modern technological means in the field of biomedical engineering. They should also have the ability to track the latest achievements, technologies, and research levels in relevant international fields, understand the current status and development trends of biomedical engineering technology, proficiently master the methods and technologies necessary for solving engineering problems in the field of biomedical engineering. Having the ability to solve cutting-edge problems in the field of biomedical engineering, and having certain medical instrument design and development capabilities are also required. They should be able to independently engage in innovative research work, have a rigorous and practical scientific attitude and style, solid writing ability and academic communication ability, and be able to independently engage in scientific research teaching, technology development, and application transformation as innovative scientific research talents. Students will be awarded engineering degree.

　　2、生物医学工程(医学学位)是将现代生物医学和工程技术的理论和方法相结合而发展起来的新兴前沿学科。其主要目的是从医工结合的角度，在多层次上研究生物体特别是人体的结构、功能和其他生命现象，开发出用于防病、治病、人体功能辅助及重建、卫生保健的装置和系统，并发展相应的理论和技术，为我国的医学健康事业服务，在促进科学和经济发展，造福人类方面具有十分重要的战略地位。本专业授予医学学位。

　　Biomedical engineering (Medical degree) is an evolving discipline that draws on collaboration between engineers and scientists to provide interdisciplinary insight into medical and biological problems. The doctoral programs in BME are constituted with engineering expertise and clinics, aiming to use engineering methods to solve medical problems. From the perspective of the integration of medicine and engineering, BME primarily focuses on advances and achievements in disease prevention, precision treatment, human rehabilitation, and Chinese health care system development. In addition, BME develops several research areas to solve real-world clinical problems with novel engineering methods, including biomechatronics, biophotonics, medical imaging, neural engineering and rehabilitation, bioelectronics, and biosignal detections, and advanced biomaterials and tissue engineering, and rescue medicine engineering. Students will be awarded a medical degree.

　　3、 智能医学工程(工学学位)以现代医学与生物学理论为基础，融合先进的脑认知、大数据、云计算、机器学习等人工智能及相关领域工程技术，研究人的生命和疾病现象的本质及其规律，探索人机协同的智能化诊疗方法和临床应用的新兴交叉学科。智能医学工程专业是医、理、工高度交叉的学科，其研究内容包括智能药物研发、医学智能感知、智能分析与决策、医疗机器人、智能诊疗、智能医学影像识别、智能健康数据管理等。旨在建立一个跨学科、多元化的教学和科研平台，促进各学科交叉融合，瞄准“健康中国2030”对人才更新更高的目标定位与要求，培养具有家国情怀、国际视野、法治意识、生态意识和工程伦理并且兼具人文关怀的医工复合型领军人才和医学拔尖创新人才。本专业授予工学学位。

　　Intelligent Medical Engineering (Engineering Degree) as an interdisciplinary major is the application of the principles and problem-solving techniques of engineering to biology and medicine, comprising of Brain Science, Big-Data Analysis, Machine Learning, and Artificial Intelligent. IME focuses on the advances and human-in-the-loop (HITL) to improve human health and health care at all levels. Aspects of drug development, medical perception, medical robots, diagnosis and treatment, image recognition, health data management, etc., are all integrated into the IME interdisciplinary platform to achieve the national plan of “Healthy China 2030”. Our PhD's program in IME enhances student degrees in engineering, emphasizing cutting-edge medical engineering by taking elective courses in these areas. Students will be awarded engineering degree.

　　二、 教学科研 Teaching and Studying

　　基本学习年限为4年。主要采取课程学习、科研训练、学术交流和学位论文工作相结合的培养方式，实行导师单独指导或导师团队指导。

　　The basic length of study for full-time academic doctoral students in these programs is 4 years. The training methods are combining course learning, scientific research training, academic exchange and dissertation work. The training implements the guidance of individual tutors or the guidance of tutor teams.

　　熟练掌握数学、物理学、化学、生物学、电子科学与技术、生物医学与健康工程、临床医学、科学研究方法、实验设计与分析等相关领域的基础理论知识。

　　Students should be proficient in basic theoretical knowledge related to mathematics, physics, chemistry, biology, electronic science and technology, biomedical and health engineering, clinical medicine, scientific research methods, experimental design and analysis, and other related fields.

　　掌握和应用下列分支学科之一的基础理论知识:健康医学工程、医学诊疗技术与器械、康复医学工程、生物材料与组织工程、生物医学信息工程等;同时，了解主要研究方向，如医学智能感知、智能医学影像分析、神经工程与脑科学、生物芯片与类器官技术、分子影像学、分子工程与合成生物学、生物材料与材料生物学、生物力学与力学生物学、移动穿戴技术、医疗机器人技术等现状和发展趋势，并具备丰富的交叉学科知识和宽阔的知识面。

　　The students should master and apply the basic theoretical knowledge of one of the following sub disciplines: health medicine engineering, medical diagnosis and treatment technology and equipment, rehabilitation medicine engineering, biomaterials and tissue engineering, biomedical information engineering, etc; At the same time, understanding the main research directions, such as medical intelligent perception, intelligent medical image analysis, neural engineering and neuroscience, biochips and organoid technology, molecular imaging, molecular engineering and synthetic biology, biomaterials and materials biology, biomechanics and mechanobiology, mobile wearable technology, medical robot technology, etc., and possessing rich interdisciplinary knowledge and a broad knowledge base.

　　学习学术规范、医学伦理等人文社科知识，掌握科学研究的方法。

　　Learn academic norms, medical ethics, and other humanities and social sciences knowledge, and master the methods of scientific research.

　　本学科博士生应具备熟练使用信息检索手段的能力，进一步提高获取专业知识和前沿动态的能力，能理清相关研究领域的进展脉络和主要理论与实验方法体系。能独立完成文献综述，客观评价研究现状和存在问题，逐步提高对现有研究的学术鉴别能力。善于对已有研究方法的科学性、新颖性和研究结果的可靠性进行分析判断，同时能发现存在的学术问题，能通过自身新的对比实验设计和研究，解决或促进解决这些学术问题。

　　Doctoral students in this discipline should have the ability to proficiently use information retrieval methods, further improve their ability to acquire professional knowledge and cutting-edge dynamics, and be able to clarify the progress of related research fields and the main theoretical and experimental method systems. Capable of independently completing literature reviews, objectively evaluating research status and existing problems, and gradually improving academic discernment of existing research. Skilled in analyzing and judging the scientificity, novelty, and reliability of existing research methods and results, while being able to identify existing academic problems. Able to solve or promote the resolution of these academic problems through new comparative experimental designs and research.

　　学生具备较强的医工交叉学科学术创新能力，主要体现在学术研究选题的前沿性和针对性，方案设计的新颖性，研究手段的先进性，技术路线和研究结果的创新性，以及理论和实践的有机结合。能提出新的理论见解，构建新方法获取新数据和新成果，撰写研究报告、发明专利、国际期刊学术论文和研究项目申请书，能够科学合理和完整地回应他人提出的学术问题。

　　The students should have strong academic innovation ability in medical engineering interdisciplinary disciplines, which is mainly reflected in the cutting-edge and pertinence of academic research topics, the novelty of scheme design, the progressiveness of research means, the innovation of technical routes and research results, and the organic combination of theory and practice. Be able to propose new theoretical insights, construct new methods to obtain new data and achievements, write research reports, invention patents, international journal academic papers, and research project applications, and respond scientifically, reasonably, and completely to academic questions raised by others.

　　学生具备多学科知识和技术的综合运用能力、团队合作能力、组织协调能力、社会适应能力等，并具有严谨求实的科学态度和作风。特别要在多学科交叉前沿研究中注意培养攻克难题的勇气、能力和意志。

　　Students should possess the comprehensive application ability of multidisciplinary knowledge and technology, teamwork ability, organizational and coordination ability, social adaptation ability, etc., and have a rigorous and pragmatic scientific attitude and style. Special attention should be paid to cultivating the courage, ability, and will to overcome difficult problems in interdisciplinary research.

　　研究生培养实行学分制，包括课程学习学分和培养环节学分。本学科全日制学术学位博士研究生培养要求总学分应不少于20学分，其中课程学习不少于16学分，培养环节要求不少于4学分。

　　Doctoral training implements a credit system, including course learning credits and training credits. The total credits required should not be less than 16 credits, including no less than 11 credits for course learning and no less than 4 credits for the cultivation process.

　　三、学位论文及发表学术成果要求 Requirements for Dissertation and Academic Achievements

　　博士生应选择学科前沿领域或对我国科技进步、经济建设和社会发展具有重要意义的课题作为博士学位论文的选题，博士学位论文能够体现作者具有独立从事科学研究工作的能力，反映作者在本门学科上掌握了坚实、广泛的基础理论和系统深入的专业知识。

　　Doctoral students should choose cutting-edge disciplines or topics that are of great significance to China's scientific and technological progress, economic construction, and social development as the topic for their doctoral dissertation. The dissertation can reflect the author's ability to independently engage in scientific research work, and reflect the author's solid and extensive basic theories and systematic in-depth professional knowledge in the discipline.

　　博士学位论文的选题应具有科学性、学术性、创新性、先进性和可行性。论文选题鼓励与各类国家级项目以及省部级以上的重点科研项目等相结合。

　　The topic of doctoral dissertation should be scientific, academic, innovative, progressiveness and feasible. The selection of topics is encouraged to be combined with various national level projects and key scientific research projects at or above the provincial and ministerial levels.

　　博士学位论文必须是一份系统的、完整的学术著作，是学位申请者本人在导师和论文委员会的指导下独立完成的研究成果，论文必须符合学术道德规范和学术写作规范，不得抄袭和剽窃他人成果。学位论文应使用规范语言撰写，符合《学位论文编写规则》(GB/T 7713.1-2006)的规定，以及《天津大学关于博士、硕士学位论文格式的统一规定》。

　　The doctoral dissertation must be a systematic and complete academic work, independently completed by the degree applicant under the guidance of their supervisor and dissertation committee. The dissertation must comply with academic ethics and writing standards, and must not plagiarize or plagiarize the work of others. It should be written in standard language, in accordance with the provisions of the "Rules for Writing Dissertation" (GB/T 7713.1-2006) and the "Unified Regulations on the Format of Doctoral and Master's Dissertation of Tianjin University".

　　博士学位论文内容应具有创新性，对国民经济、科学技术发展具有理论意义或实用价值，探索了有价值的现象或新规律，提出了新命题、新方法;或纠正了前人在重要问题的提法或结论上的错误，从而对生物医学工程学科研究起了重要的作用;或创造性地解决自然科学或工程技术的关键问题，具有一定的应用前景;或创造了一定的社会、经济效益。

　　The content of a doctoral dissertation should be innovative, have theoretical significance or practical value for the development of the national economy and science and technology, explore valuable phenomena or new laws, propose new propositions and methods; Or corrected the errors in the formulation or conclusion of important issues by predecessors, thus playing an important role in the research of biomedical engineering discipline; Or creatively solve key problems in natural science or engineering technology, with certain application prospects; Or create certain social and economic benefits.

　　博士研究生发表学术成果参照《天津大学学位评定第十八委员会研究生学位授予基本条件》。

　　Please refer to 《Basic Requirements for Graduate Degree Application Results of the 18th Committee of Tianjin University Degree》for the requirements of academic achievements published by doctoral students.

　　四、 入学申请 How to Apply

　　2025年秋季入学申请现在已开放，请通过https://tju.at0086.cn/StuApplication/Login.aspx进行申请。

　　Applications are now open for courses that start in autumn semester 2025.Please start your application via https://tju.at0086.cn/StuApplication/Login.aspx.

　　奖学金、校园生活等信息请查看网站https://sie.tju.edu.cn/。

　　More information about scholarships, campus life and other related information, please visit https://sie.tju.edu.cn/.