Master of Arts in Sociolinguistics (Research)

at Newcastle University United Kingdom

This accredited course meets the evolving needs of industry, and will give you a deep understanding of the principles of Computer Science.

You'll be based in the truly inspiring Urban Sciences Building, and study at a world-leading centre in computing innovation and industry collaboration.

By studying a broad curriculum in your first two years, you'll develop knowledge in different aspects of computing science, and gain highly desirable skills in problem solving, program design and implementation.

In your final year you can specialise in a particular area of computer science or build your own broad based degree. You can choose topics that are taught by renowned experts in areas such as security and resilience, software engineering, bioinformatics and game engineering

Our British History MA is the only master's in history of its kind in the UK. It provides you with the opportunity to study the political, social, economic and cultural history of the British Isles. 

This history master's covers a wide range of British history from early medieval to modern periods. It includes:

• Ideas and influences
• Reform and reaction
• Intensive teaching in the methodologies and concepts used by historians

The course is flexible. You can choose taught modules covering the periods of history and subjects that most interest you.

Our professionally accredited three-year Statistics BSc Honours degree provides a firm foundation in the ideas and techniques of modern statistics.

All our mathematics and statistics degrees focus on three core areas – pure mathematics, applied mathematics, and statistics – and you have the flexibility to tailor the combination of these to suit your interests.

On this degree, you will select mostly statistics modules in the later Stages. These include:

• Foundations of probability
• Regression and modelling
• Bayesian statistics

You can also choose optional modules linked to the research expertise of our staff and learn about the latest developments in the discipline, such as advanced hydrodynamics, quantum mechanics, and Bayesian inference.

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.

This degree focuses on developing your scientific, technical and communication skills. You'll leave as a professional, caring, ethical and effective pharmacist, able to contribute to the health of future generations.

Hands-on learning and clinical placements are embedded throughout the degree. You will have access to patients from the start of the course, as well as access to our on-campus skills labs.

You’ll become a confident expert in medicine by learning the fundamentals of the human body and the principles of areas such as:

• Pharmaceutical microbiology
• Biomedical science
• Pathology
• Microbiology

Our three-year Physics with Astrophysics degree provides a strong understanding of the fundamental pillars of physics and a thorough grounding in advanced mathematics. You'll apply physics, mathematics and computation to understand the origin and evolution of the universe.

Hands-on experience in our high-spec facilities is embedded throughout the degree and will develop your practical skills for a wide range of physical science careers.

Guided by our world-leading academics, you'll study a broad range of cutting edge physics modules. In your final year, you'll specialise in astrophysics with modules such as relativity and cosmology, stellar structure and evolution and interstellar medium.

Our professionally accredited Marine Engineering degrees provide a pathway to becoming a Chartered Engineer and prepare you to face challenges associated with the various specialisms.

This foundation year will help you build the base knowledge you need to progress to any of our marine technology BEng degrees.

This is a full-time programme of study covering core mechanical engineering topics, including:

• Foundation mathematics
• Applied mechanics
• Material science

This master's in Planning and Environment Research will suit those looking to specialise in environmental or landscape planning research.

The course will prepare you for a PhD in the field of environmental/ landscape planning. It will equip you with the knowledge, skills and understanding to pursue a research career. You'll develop a range of strong research skills including data collection and analysis. These skills will be relevant to a variety of organisations in the public, private and voluntary sectors.

You'll gain an understanding of a range of contemporary and specialised issues in environmental planning research.

The course is recognised by the Economic and Social Research Council (ESRC) under the 1+3 system (master's plus PhD) for postgraduate studies. This provides UK students with a route to ESRC-funded doctoral study.

All our degrees focus on three core areas – pure mathematics, applied mathematics, and statistics – and you have the flexibility to tailor the combination of these to suit your interests.

On this degree, you will select modules evenly across both mathematics and statistics. These include:

• Complex variable
• Statistical inference
• Foundations of probability

You can also choose optional modules linked to the research expertise of our staff and learn about the latest developments in the discipline, such as advanced hydrodynamics, quantum mechanics, and Bayesian inference.

BSc or MMath?
We offer our degrees at two levels:

• Three-year Bachelor of Science (BSc) degrees
• Four-year Master of Mathematics (MMath) or Master of Mathematics and Statistics (MMathStat) degrees

Our four-year degrees are more in-depth and include:

• Advanced topics and a wider choice of modules
• A specialist study, tailored to your own interests, that develops your skills in research and communication
• More technical skills, for those who wish to enhance their employability or proceed to postgraduate study

Transfer between the two levels is possible up until the middle of Stage 3.

To qualify for Stages 3 and 4 of the MMath/MMathStat degree, you must normally have obtained at least an upper-second-class average mark in Stages 2 and 3.

This practical degree focuses on developing your skills and knowledge in:

• Measuring
• Mapping
• Recording
• Managing information

You'll apply this knowledge to a range of areas, from urban and rural to coastal and the open sea.

During Year 3, you'll also have the opportunity to undertake an optional Year in Industry. This can be in the UK or abroad. It will enable you to graduate career ready with real-world working experience.

Your studies will include outdoor and computer-based practical work. You'll learn a wide range of techniques, such as:

• Egineering surveying
• 3D laser scanning
• Mobile map-making
• Programming

This professionally accredited degree will give you an in-depth understanding of:

• Geodesy
• Photogrammetry
• Cartography
• GIS
• Hydrographic survey and computing

Our strong links with industry enable your practical and academic skills to develop. This will come through a combination of field trips, project work and industry visits. This ensures you graduate with the technical skills required to succeed in the surveying sector.