配方工程是配方产品的开发和制造–其功能来自于微观结构或纳米结构。该课程由我们在这一领域的研究专长领导，并使毕业生能够在多个部门从事工作。化学工程是充满活力和不断发展的，今天已经远远超出了它在石油和天然气加工的根源。它为许多部门面临的问题提供解决方案，如食品、快速消费品、药品和医疗保健。关键的驱动力包括改进产品功能，降低消费者的成本，以及提高工艺效率和可持续性。
配方工程
Formulation Engineering
专业介绍
配方工程是配方产品的开发和制造--其功能来自于微观结构或纳米结构。该课程由我们在这一领域的研究专长领导，并使毕业生能够在多个部门从事工作。化学工程是充满活力和不断发展的，今天已经远远超出了它在石油和天然气加工的根源。它为许多部门面临的问题提供解决方案，如食品、快速消费品、药品和医疗保健。关键的驱动力包括改进产品功能，降低消费者的成本，以及提高工艺效率和可持续性。
Program Introduction
Formulation engineering is the development and manufacture of formulated products - where function derives from microstructure or nanostructure. This programme is led by our research expertise in this area, and equips graduates to pursue careers in multiple sectors.Chemical engineering is dynamic and evolving, and today extends far beyond its roots in oil and gas processing. It provides solutions to problems facing many sectors, such as food, fast-moving consumer goods, pharmaceuticals, and healthcare. Key drivers include improvements to product functionality, decreasing cost to the consumer, and increasing process efficiency and sustainability.
| 所属大学 | 伯明翰大学 |
| 开学时间 | 9月 |
| 学制 | 1 年 |
| 学费 | 29,340 GBP |
| 项目网址 | https://www.birmingham.ac.uk/postgraduate/courses/taught/chemical-engineering/formulation-engineering.aspx |
申请要求
相关专业如化学工程或含足够的数学科目的化学专业。
语言要求
IELTS
| 总分要求： | 6 |
| 分项要求： | 听力: 5.5 | 阅读: 5.5 | 写作: 5.5 | 口语: 5.5 |
TOEFL
| 总分要求： | 80 |
| 分项要求： | 听力: 19 | 阅读: 19 | 写作: 19 | 口语: 21 |
课程设置
| 中文课程名 | 英文课程名 |
|---|---|
| 入门模块 | Introductory module |
| 过程工程基础 | Process Engineering Fundamentals |
| 核心模块: | Core modules: |
| 食品结构的性能 | Food structure for performance |
| 食品的未来工程 | Future Engineering of Food |
| 行业4.0与大数据 | Industry 4.0 and big data |
| 测量、传感器和实验设计 | Measurement, Sensors and Design of Experiments |
| 非理想材料 | Non-ideal materials |
| 研究项目 (仅限理学硕士) | Research Project (MSc only) |
| 可选模块 | Optional modules |
| 商业研究主题 | Business Studies Theme |
| 业务和战略发展 | Business and Strategy Development |
| 项目管理 (业务战略交付) | Project Management (Business Strategy Delivery) |
| 制药技术主题 | Pharmaceutical Technology Theme |
| 药物输送系统的设计与开发 | Design and development of drug delivery systems |
| 从工作台到市场: 医药产品的发展 | From bench to market: the development of pharmaceutical drug products |
| (生物) 制药生产的工厂设计和制造原则 | Plant design and manufacturing principles for (bio)pharmaceutical production |
| 医疗保健技术主题 | Healthcare Technology Theme |
| 医疗保健应用的增材制造和3D打印 | Additive Manufacturing and 3D Printing for Healthcare Applications |
| 用于医疗保健技术的先进生物材料 | Advanced Biomaterials for Healthcare Technologies |
| 高级治疗药物产品 | Advanced Therapeutic Medicine Products |
| 组织工程前沿 | Frontiers in Tissue Engineering |
| 医疗设备 | Medical Devices |
| 医学中的传感器系统 | Sensor Systems in Medicine |
| 生物加工主题 | Bioprocessing Theme |
| 应用合成生物学 | Applied Synthetic Biology |
| 生物分离 | Bioseparations |
| 细胞工厂 | Cell Factories |
| 核心流程工程技能主题 | Core Process Engineering Skills Theme |
| 化学纳米工程 | Chemical NanoEngineering |
| 爆炸科学、预防和保护 | Explosion Science, Prevention and Protection |
| 矿物和矿物工程 | Minerals and Minerals Engineering |
| 氢能主题 | Hydrogen Energy Theme |
| 先进电化学应用 | Advanced Electrochemical Applications |
| 燃料电池和氢技术 | Fuel Cell and Hydrogen Technology |
| 电化学导论 | Introduction to Electrochemistry |
| 燃料电池表征技术 | Techniques for Fuel Cell Characterisation |
| 能源主题 | Energy Theme |
| 储能 | Energy Storage |
| 能源系统和政策 | Energy Systems and Policy |
| 能源系统设计 | Energy Systems Design |
| 能源系统建模 | Energy Systems Modelling |