Master of Science in Cloud Computing

at Newcastle University United Kingdom

This course covers all major disciplines in automation and control. It provides advanced education for both practising professionals and new graduates. You'll learn practical skills including:

• A focus on fundamentals in automation
• Control and practical application in industry

Core learning includes:

• Linear controller design and state space with Matlab applications
• Industrial automation, PLCs and robotics
• Distributed control systems
• Digital control systems
• Application of engineering and computing expertise to investigate complex problems

You'll learn crucial innovative techniques, including practical design skills and research methodologies.

The flexible nature of this programme allows you to specialise in one of two streams:

• Control Systems
• Mechatronics

Control Systems Stream

You'll gain a thorough understanding of key areas, including:

• AC and DC electric drives systems
• Analyse and design control systems for a wide range of electric drive applications
• Construct and critically test drive simulation studies in the area of control of electric drives
• Gain insight and advanced understanding of modern controller design, emerging intelligent control methods, and mitigation techniques for problems associated in real-life design

Mechatronics Stream

Focusing on the systems and design aspects of mechatronics you'll:

• Gain knowledge and understanding of the operating characteristics and design of a range of sensors and motors. This includes their integration into appropriate control systems within a specific mechanical design
• Understand key mechatronic concepts and their specific applications to the robust design of mobile robotic systems. This will provide you with skills to design, develop and operate a functional mobile robot mechatronic system

Our Biochemistry integrated master's degree studies life at the molecular level. You'll develop an understanding of what causes diseases like cancer and how new technologies and drug treatments can help patients.

You’ll explore the chemical processes that occur in cells of other living organisms, from bacteria to humans. You'll also gain knowledge and skills in molecular biology, biomedical sciences, biotechnology.

You’ll learn how analytical techniques used by the industry – particularly the pharmaceutical or biotech companies – are used to discover or design new drugs or solve environmental problems.

The course includes topics such as:

• DNA replication, recombination and repair
• control of gene expression
• molecular basis of cancer and chronic diseases
• applications of biochemistry in real-world problems such as biofuels, drug-design, nano-circuits and bio-sensing

BSc or MSci?
Some of our degrees are offers at two levels:

• three-year Bachelor of Science (BSc)
• four-year Master in Science (MSci)
• Our MSci degrees include an additional year of advanced study at master’s level, where you will gain additional research and practical experience to increase your employability and have the opportunity to work alongside our world-leading experts.

This professionally accredited degree will equip you with an in-depth understanding of the fascinating field of psychology, and how to apply your knowledge in a real-world setting.

This three-year Psychology BSc Honours degree will give you a headstart in your professional career. With a unique range of professional pathways and hands-on learning, you're able to shape your undergraduate degree.

Your teaching will be informed by internationally recognised research and delivered in our brand new building. You'll have access to purpose-built, state-of-the-art facilities, which include:

• A forensic interviewing suite
• A nutrition and food preference unit
• A media and behaviour lab
• Medical consultation rooms
• Psychological testing cubicles

You'll study a broad range of topics, such as social psychology, biological psychology, research methods, individual differences, neuroscience, developmental psychology, and cognitive psychology.

Our Classics and Ancient History master's builds and expands on your previous studies. You can specialise in either classics or ancient history.

The course is primarily designed for students who have studied ancient history, classics or classical studies as their first degree.

The highly flexible master's in Classics and Ancient History offers you the opportunity to study a wide range of topics. These topics reflect the research specialisms of our staff in:

• Ancient history
• Classics
• Archaeology including Byzantine studies

Classics and ancient history at Newcastle has a long and distinguished reputation for its research and teaching. We've taught Latin and Greek since 1874, ancient history since 1910, and classical archaeology since 1931.

You can choose to study one of two pathways: Classics or Ancient History.

If you're interested in classics, you'll study literatures, languages and cultures of Ancient Greece and Rome at an advanced level.

If you specialise in ancient history, you'll focus on the histories, societies and cultures of:

• Archaic and Classical Greece
• Rome
• The wider Mediterranean world

You'll develop your own research interests and professional skills.

You will learn about the design and development of dependable software systems.
Explore different aspects of computing science – such as games design, bioinformatics, and security – in your first two years.
Study specialist modules in Stage 3, such as cryptographies and software verification technology.
Take modules from our MSc degree in Computer Security and Resilience in Stage 4, developing a deep understanding of security and resilience

About Security and Resilience
Graduates of our degrees in Security and Resilience will have particular knowledge and skills related to the development of dependable software systems.

Armed with knowledge of issues such as security mechanisms for computing, software verification techniques and tools, cryptography, and cryptographic protocols, you will be well placed for employment in technical positions in software houses and with companies designing and deploying dependable software in safety-critical industry sectors.

Develop your knowledge of fundamental and advanced topics in microelectronics, such as advanced electronic devices, VLSI circuits and systems design.

Our innovative skills-based MSc meets the needs of the modern microelectronics industry. This will give you an advanced education and enhance your employability.

Learn from world-leading academics and researchers in microsystems and emerging technologies and materials. They are developing the next generation electronic device:

• Designs
• Materials
• Processes

This master's in Microelectronics is for graduates in:

• Electrical and electronic engineering
• Computer engineering
• Applied physics
• Related disciplines

You'll develop practical skills and theoretical knowledge. Our strong industrial links and experts help to deliver topics of industrial relevance.

As a graduate you will be ready for a wide range of careers. This is across this thriving sector as well as other engineering sectors.

Our International Multimedia and Journalism MA is suitable for new graduates and experienced journalists. You don't need a media background to join this course.

This journalism master's provides an international context. It is suitable for students from across the globe.

You'll have the opportunity to learn alongside and collaborate with professional journalists. We work with a range of organisations to support high-quality journalism. Experts and innovators in journalism provide a series of challenging:

• Guest lectures
• Masterclasses
• Workshops

You'll explore advances in journalism. You'll experiment and develop new ways to do journalism.

The course covers key areas of knowledge and professional practice which reflect the way journalists work today. However, journalism’s role in society, how we do journalism, and careers in journalism is constantly transforming. This master's in journalism is a ‘laboratory of inquiry’. It will prepare you to negotiate these changes through your career in journalism or the wider fields of professional communication.

The research master's contains taught and research elements. It is well suited as preparation for PhD research.

You'll focus on a particular area of Chinese studies that you'd like to carry out postgraduate research on. We place a high emphasis on excellent supervision, researcher training and development.

Our research staff work in diverse fields. This ranges from sociocultural, historical and political studies to film and literature, linguistics and sociolinguistics.

The Heritage, Museums and Galleries MLitt is a researched-based programme with some taught elements. The taught research methods part of the programme provides structured learning. This is ideal if you're unfamiliar with academic research or have been away from academia for a long time.

The flexible nature of the assignments makes this programme particularly suitable for sector professionals. It will suit those interested in advancing their career and knowledge through research. The assignments offer the opportunity for you to explore a variety of smaller topics or carry out in-depth research on a single topic. This research master's in Heritage, Museum and Galleries will also suit those who want to progress to doctoral study.

Our MSc in Sustainable Chemical Engineering will equip you with the tools to create a more sustainable future through innovative processes, materials and technologies.

This MSc is for those who have an engineering or science-based degree. You'll apply your knowledge in industry to:

• Improve sustainability
• Reduce the environmental impact of systems, processes and products

This course meets the growing needs of employers for graduates. You'll learn:

• In-depth knowledge of sustainable engineering
• Cleaner and more innovative environmental technologies

It will provide you with a sound background in the understanding of:

• Environmental
• Economic
• Social issues
• Consequences associated with the operation of industrial processes

You'll gain specialist knowledge and understanding of a variety of topics including:

• Sustainability principles and challenges in a business and industrial context
• Sustainable processing through industrial symbiosis
• Renewable energy options
• Energy management principles
• New and innovative materials and recycling
• Waste and resource minimisation

You'll gain core knowledge and understanding in the following:

• Energy management
• Sustainable design and manufacture
• Sustainable industry
• Recycling and life cycle assessment for sustainable materials
• Research and communication skills

Sustainable Chemical Engineering Stream

You'll enhance your knowledge and understanding of concepts, benefits and impact of:

• fuel cells
• process intensification
• stability and sustainability of materials
• renewable energy: hydrogen and fuel cell technology

This stream will enable you to:

• understand the need for sustainability to be a key consideration in engineering practice
• undertake a SusOp to evaluate the sustainability of a process or technology
• understand the tools and techniques for energy management
• apply the basic principles of science and engineering to the design of a fuel cell, including;
• understanding the commercial and sustainable perspectives
• develop appreciation of the synergy between chemical environment and mechanical and thermal stress leading to failure of the material
• understand the concept of Process Intensification and a wide range of relevant technologies

This stream will enable you to pursue careers in:

• A variety of industries
• Organisations that want employees who understand the benefits of sustainable engineering, waste or energy minimisation etc.