Sensor and Imaging Systems MSc 传感器与成像系统硕士
课程简介：
这个以行业为重点的项目由爱丁堡大学和格拉斯哥大学联合运营，重点关注从研究到工业到医学应用中支撑广泛需求的原则、方法、技术和技术。该课程是为希望发展技能和知识的学生设计的，这些技能和知识将在许多开发传感器和基于图像的解决方案的公司中打开机会。
传感和传感器系统对于物理、工程和化学所有领域的研究进展都是至关重要的，当多种传感功能组合成阵列以实现成像时，它们可以得到增强。传感器系统的工业应用无处不在:从现代智能手机和汽车中批量生产的传感器到先进的、专业的高价值传感器，通常用于石油和天然气回收、科学设备、机床、医疗设备和环境监测。SIS 课程由爱丁堡大学和格拉斯哥大学联合颁发。学位证书由格拉斯哥大学颁发，但有两所大学的文本和签名，以确认联合授予。
录取要求：This degree is Band C. Band C: a minimum of 80%, awarded by a university on ourPriority List OR a minimum of 85% (“normal” level) from any recognised university。A UK 2:1honours degree, or its international equivalent, in engineering, physics, chemistry or anotherrelevant physical science. Entry is competitive, so we would prefer a UK first class honoursdegree,or a UK 2:1 honours degree supported by an MSc degree, or their internationalequivalents.We may also consider your application if you have other qualifications or experience, or a background in another field.双非本科要求均分 85 分以上。满足要求。该专业竞争激烈，如果有相关的背景和经历，会增加录取概率。
雅思要求：IELTS Academic: total 6.5 with at least 6.0 in each component.雅思总分 6.5 分，单项不低于 6.0 分。
开学时间：2024.9 月。
学制：一年制。
学费：27930 英镑，人民币约 24 万。
课程设置：
第一学期
In Semester 1 you will study your courses at the University of Glasgow.
You must take 30 credits of core courses and select 30 credits of optional courses.
Core courses (30 credits)
Fundamentals of Sensing and Measurement (20 credits)
Research Methods (10 credits)
Optional courses (30 credits)
Detection and Analysis of Ionising Radiation (10 credits)
Circuits & Systems (10 credits)
Digital Signal Processing (20 credits)
Microelectronics In Consumer Products (10 credits)
Waves & Diffraction (10 credits)
Lasers and Electro-Optic Systems (10 credits)
Nanofabrication (10 credits)
第二学期
In Semester 2 you will study your courses at the University of Edinburgh.
You must take 20 credits of core courses and select 40 credits of optional courses.
Core courses (20 credits)
You must take:
Applications of Sensor & Imaging Systems (10 credits)
You must also take one of the following as a core course:
Innovation-Driven Entrepreneurship (10 credits)
Technology and Innovation Management (10 credits)
Optional courses (40 credits)
You must select a further 40 credits of optional courses from the following:
Lab-on-Chip Technologies (10 credits)
Microfabrication Techniques (10 credits)
Bio-Inspired Engineering (10 credits)
Solar Energy & Photo Voltaic Systems (10 credits)
Advanced Analogue IC Design (10 credits)
Sensors and Instrumentation (10 credits)
Data Convertor Design in Simulink (10 credits)
Radio Frequency Engineering (10 credits)
Innovation-Driven Entrepreneurship (10 credits)
Technology and Innovation Management (10 credits)
第三学期
In Semester 3, you will undertake a project worth 60 credits.
You will conduct your project at either:
University of Glasgow (School or Physics or School of Engineering)
University of Edinburgh (School of Chemistry or School of Engineering)
Your project may involve an industry placement and you will be allocated an academic supervisor
from the appropriate School and University.
Some project options may not be available if your academic background is not suitable.
