医学工程师通过将工程的设计和解决问题的技能与医学和生物科学相结合来缩小工程和医学之间的差距，从而支持改善医疗保健服务和医疗实践。医疗工程应用理学硕士课程结合了工程、生物学和医学的基本概念和知识，开发创新的技术、材料、工艺和系统，旨在改善医疗保健。该课程将使来自工程、生物医学工程、医学/外科或生命科学等不同背景的学生获得知识和技能，以便在这个要求苛刻的医疗保健领域开展或发展他们作为医学工程师的职业生涯。国际学生将有资格获得研究生路线签证，允许他们在课程毕业后在英国停留最多两年，对他们可以做的工作类型没有限制。
Medical Engineering
Medical Engineering
专业介绍
医学工程师通过将工程的设计和解决问题的技能与医学和生物科学相结合来缩小工程和医学之间的差距，从而支持改善医疗保健服务和医疗实践。医疗工程应用理学硕士课程结合了工程、生物学和医学的基本概念和知识，开发创新的技术、材料、工艺和系统，旨在改善医疗保健。该课程将使来自工程、生物医学工程、医学/外科或生命科学等不同背景的学生获得知识和技能，以便在这个要求苛刻的医疗保健领域开展或发展他们作为医学工程师的职业生涯。国际学生将有资格获得研究生路线签证，允许他们在课程毕业后在英国停留最多两年，对他们可以做的工作类型没有限制。
Program Introduction
Medical engineers support improving healthcare
delivery and medical practice by combining the design and
problem-solving skills of engineering with medical and biological
science to close the gap between engineering and medicine.This MSc Medical Engineering Applications for Healthcare course
combines fundamental concepts and knowledge in engineering, biology, and
medicine to develop innovative technologies, material, processes, and
systems, with the aim of improving healthcare. The course will enable
students from a diverse background such as from engineering, biomedical
engineering, medical / surgical, or life sciences, to gain the knowledge
and skills to launch or develop their career as medical engineers in
this demanding sector of healthcare.International students will be eligible for a Graduate Route visa,
which allows them to stay in the UK for up to two years after they
graduate from the course, with no restriction on the type of work they
can do.
| 所属大学 | 伯明翰城市大学 |
| 开学时间 | 1月 |
| 学制 | 15 月 |
| 学费 | 17,710 GBP |
| 项目网址 | https://www.bcu.ac.uk/courses/medical-engineering-msc-2021-22 |
课程设置
| 中文课程名 | 英文课程名 |
|---|---|
| 医学工程技术中的实验设计和伦理实践原则 | Principles of Experimental Design and Ethical Practices in Engineering and Technology for Medicine |
| 技术制造的STEMM原理和实践简介 | Introduction to STEMM Principles and Practices for Technical Making |
| 医学工程技术中的实验设计和伦理实践原则 | Principles of Experimental Design and Ethical Practices in Engineering and Technology for Medicine |
| 技术决策的STEMM原理与实践简介 | Introduction to STEMM Principles and Practices for Technical Decision Making |
| 医疗保健应用数据科学的原理和方法简介 | Introduction to Principles and Approaches of Data Science for Healthcare Applications |
| 生理信号测量、合成和处理的基本原理 | Fundamental Principles of Physiological Signal Measurement, Synthesis and Processing |
| 应用数字信号处理 | Applied Digital Signal Processing |
| 卫生保健技术管理 | Health Care Technology Management |
| 健康和医疗保健的领导和项目管理 | Leadership and Project Management for Health and Healthcare |
| 医疗保健应用的物联网 | Internet of Things for Healthcare Applications |
| 医学工程技术中的实验设计和伦理实践原则 | Principles of Experimental Design and Ethical Practices in Engineering and Technology for Medicine |
| 技术决策的STEMM原理与实践简介 | Introduction to STEMM Principles and Practices for Technical Decision Making |
| 生理信号测量、合成和处理的基本原理 | Fundamental Principles of Physiological Signal Measurement, Synthesis and Processing |
| 应用数字信号处理 | Applied Digital Signal Processing |
| 医疗保健应用数据科学的原理和方法简介 | Introduction to Principles and Approaches of Data Science for Healthcare Applications |
| 医学工程与成像技术硕士研究项目 | Masters Research Project in Medical Engineering & Imaging Technologies |
| 卫生保健技术管理 | Health Care Technology Management |
| 健康和医疗保健的领导和项目管理 | Leadership and Project Management for Health and Healthcare |
| 医疗保健应用的物联网 | Internet of Things for Healthcare Applications |