语言要求雅思 6.5（W 6 / S 6 / L 6 / R 6） · 托福 88（W 19 / S 20 / L 19 / R 19） · 托福（新版） 4.5（W 4 / S 4 / L 4 / R 4） · PTE 61（W 59 / S 59 / L 59 / R 59）
就业方向化工企业、日化企业、石化企业、材料企业、食品企业
岗位分布生产工程师、工艺工程师、研发工程师、化学工程师、分析工程师
📚 课程设置（8 门）
必修课程8 门
COMP517编程基础Programming Fundamentals
COMP533人工智能与数据科学的数学和统计学Maths and Statistics for AI and Data Science
CHEM503数字化学的关键技能Key Skills for Digital Chemistry
CHEM457能源应用的电化学系统Electrochemical Systems for Energy Applications
CHEM506A数字化学中的研究项目规划与管理Research Project Planning and Management in Digital Chemistry
CHEM502化学数据、发现与设计Chemical Data, Discovery and Design
PHYS312可再生能源与电子设备物理学The Physics of Renewable Energy and Electronic Devices
CHEM506B数字化学理学硕士研究项目MSc Digital Chemistry Research Project
🎯 入学要求
官网给出的录取条件原文，含学校统一要求与该项目的附加要求；语言成绩的具体分数线请到项目官网核对。
The qualifications and exam results you'll need to apply for this course.
You'll need to demonstrate competence in the use of English language, unless you’re from a majority English speaking country .
We accept a variety of international language tests and country-specific qualifications .
International applicants who do not meet the minimum required standard of English language can complete one of our Pre-Sessional English courses to achieve the required level.
Do you need to complete a Pre-sessional English course to meet the English language requirements for this course?
The length of Pre-sessional English course you’ll need to take depends on your current level of English language ability.
If you don’t meet our English language requirements, we can use your most recent IELTS score, or the equivalent score in selected other English language tests , to determine the length of Pre-sessional English course you require.
Use the table below to check the course length you're likely to require for your current English language ability and see whether the course is available on campus or online.
If you’ve completed an alternative English language test to IELTS, we may be able to use this to assess your English language ability and determine the Pre-sessional English course length you require.
Please see our guide to Pre-sessional English entry requirements for IELTS 6.5 overall, with no component below 6.0, for further details.
📖 项目简介
One of the major challenges we face today is transitioning to clean and sustainable energy sources that will help tackle climate change. This programme combines cutting-edge digital techniques with expert knowledge to address the global challenge of sustainable energy. Students will develop advanced skills and knowledge that prepare them for innovative professional practice or doctoral-level study.
Chemistry is crucial to many technologies that reduce carbon emissions and support the shift to low-carbon energy. Chemists play a crucial role in driving innovation in areas such as batteries and energy storage, fuel cells, renewable energy, nuclear power, hydrogen, and carbon capture. AI can help speed up the discovery of new energy systems more efficiently.
Whilst studying this programme you will benefit from the expertise of the Stephenson Institute for Renewable Energy , a leading research institute in energy materials, aiming to transform the future of energy generation, storage, transmission and energy efficiency.
You’ll gain exclusive access to the £81M Materials Innovation Factory – a world-class centre for AI-driven chemistry, automation, and robotics. Hands-on learning takes place in the Central Teaching Laboratory, where state-of-the-art facilities support teaching in chemistry lab automation – from building simulation environments to programming robots for real experiments.
The programme fosters strong industry connections, enabling students to build professional networks and gain real-world insights. Learning is strengthened through authentic assessments that mirror workplace scenarios, ensuring graduates develop practical, industry-relevant skills.
Choose this exciting new MSc and be at the frontier of the future of clean energy.
State-of-the-art facilities – Gain exclusive access to the £81million Materials Innovation Factory, a cutting-edge hub for AI-driven chemistry, automation, and robotics
World-leading teaching centres – study the fundamentals of automation and robotics for chemistry in our Central Teaching Laboratory, where outstanding teaching facilities bring hands-on learning to life
World-class expertise – your final research project will be hosted in academic and industry labs that are pioneering some of the world’s first fully autonomous laboratories, where AI and robotics collaborate to innovate new molecules
Industry connections – build your professional network through partnerships made in the heart of the UK’s chemicals industry
Authentic assessment – demonstrate what you have learnt through your ability to solve real problems in chemistry, not just pass an exam.
This programme is designed for UK BSc (Hons) Chemistry, Chemical Engineering, or Chemistry-related degree graduates with a 2.2 or equivalent.
We’ll teach you to code in Python from the ground-up and no prior programming experience is needed.
Acquire and apply the key maths and programming skills underpinning AI, automation, robotics, and digitalisation of chemistry and their applications in chemistry research
Explore the chemical underpinnings of technologies driving transformation in energy storage and generation.
Investigate how to apply machine learning and cheminformatics in a range of chemical contexts, from pharmaceuticals to product formulation
Discover how digitalisation and automation are disrupting all areas of chemistry and materials science
Through team-based learning and research projects undertaken in world-leading research groups, develop digital literacy and interdisciplinary collaboration skills that leave you prepared for ground-breaking professional practice or further study at doctoral level.
该项目为硕士 · 化学，官网介绍：One of the major challenges we face today is transitioning to clean and sustainable energy sources that will help tackle climate change.
利物浦大学利用人工智能实现可持续能源化学理学硕士的学制是多久？
该校官网公布为 1年（全日制）。
利物浦大学利用人工智能实现可持续能源化学理学硕士的学费是多少？
33000英镑/年，为该校官网公布的项目学费。
利物浦大学利用人工智能实现可持续能源化学理学硕士什么时候入学？
该校官网公布 9月 入学。
利物浦大学利用人工智能实现可持续能源化学理学硕士的语言成绩要求是什么？
雅思 6.5（W 6 / S 6 / L 6 / R 6） · 托福 88（W 19 / S 20 / L 19 / R 19） · 托福（新版） 4.5（W 4 / S 4 / L 4 / R 4） · PTE 61（W 59 / S 59 / L 59 / R 59）。
利物浦大学利用人工智能实现可持续能源化学理学硕士的入学要求是什么？
The qualifications and exam results you'll need to apply for this course. You'll need to demonstrate competence in the use of English language, unless you’re from a majority English speaking country .