Bachelor of Arts (Hons) in Business Accounting and Finance

at Newcastle University United Kingdom

Our MSc gives you an in-depth understanding of geotechnical engineering. It covers topics associated with:

• The engineering behaviour of soils and rocks
• Geotechnical design
• Site investigation and testing
• Construction practice

Advanced geotechnical specialisms are also taught. These include the application of state-of-the art computational tools in design and the engineering of specialist earth structures such as tailing dams.

Our Geotechnical Engineering master's is for both practising professionals and new graduates in:

• Earth sciences
• Civil engineering
• Geological science
• Geology
• Geophysics
• Maths
• Physics

This course meets the growing need for skilled geotechnical engineers in:

• Construction
• Environmental sector
• Energy industries

It highlights cutting-edge technologies in geotechnical engineering and provides an understanding of:

• Design and construction
• Project management and health and safety
• Sustainability and environmental impact

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 mostly mathematics modules in the later stages. These include:

• Introduction to vector calculus
• Methods for solving differential equations
• Algebra and linear algebra

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

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 four-year food and human nutrition degree focuses on developing your practical, professional and research skills so you graduate career-ready.

Between your second and final year, you'll carry out a work placement. This is an opportunity to apply your knowledge in a work environment and gain vital professional experience to help you stand out from other graduates.

Our industry-recognised qualification helps to fast-track your career, so you can apply for direct entry into the UK Voluntary Register of Nutritionists as soon as you graduate.

Our degree is informed by research, this ensures you're learning the most up-to-date and relevant theories along with the latest discoveries in the industry. Our food and human nutrition course explores the links between diet and health from the molecular level through to people and populations.

You'll also have the opportunity to explore topics such as genetics, physiology, bioenergetics and sport and exercise nutrition, among others.

Our Engineering Geology MSc responds to a worldwide demand for specialist engineering geologists with advanced training in geotechnical engineering.

Our MSc gives you a thorough understanding of the principles and practices of engineering geology. You will study topics associated with:

• The engineering behaviour of soils and rocks
• Site investigation and interpretation
• Geological hazard assessment
• Geotechnical design

Our Engineering Geology master's is for both practising professionals and new graduates in:

• Earth sciences
• Geological science
• Geology
• Geophysics

You must have a maths background.

This course meets the growing need for skilled engineering geologists across the construction, environmental and energy industries. The course provides you with:

• Advanced conceptual understanding
• Detailed factual knowledge
• Specialist technical skills
• An awareness of responsibilities to society and the environment

We maintain strong industrial engagement. Our degree programmes are shaped by industry and government policy.

Our Folk and Traditional Music degree was the first of its kind in England. The programme focuses on the traditional music and song of England, Scotland, Wales and Ireland. National and international artists teach as regular and guest tutors on this degree.

Performance and group playing is at the heart of this course, but you will also study the social and cultural context of traditional and folk music, and how music helps to construct identity and culture.

As you progress through the degree you will have increasing freedom to choose modules to tailor your studies, including from our contemporary and popular and classical music degrees.

After Stage 2 you can spend a year studying abroad at one of our partner institutions, making this a four-year degree. Please be aware that this is usually subject to you achieving an average of 60% or more across the first three semesters of the programme.

Newcastle is a great place to study this master's in Archaeology. We're surrounded by world-class prehistoric, Roman, medieval and post-medieval heritage. You'll make full use of our rich archaeological landscape with regular study trips and fieldwork.

Newcastle University has a long and distinguished history of archaeological research, including:

• Prehistoric archaeology
• Greek archaeology
• Roman archaeology
• Archaeology of the late antique period
• Western medieval archaeology
• Byzantine archaeology
• Historical archaeology (the post-1500 AD world)
• Landscape studies
• Material culture studies

You'll access some of the finest collections of archaeological artefacts in Great Britain in the on-campus Great North Museum: Hancock.

The Archaeology master's has six specialist pathways and a generic route. You can select a pathway to suit your individual needs, background and career aspirations. Choose from:

• Prehistoric Archaeology
• Classical Archaeology: Greek and Roman
• Roman Frontier Studies
• Late Antique, Medieval and Byzantine Archaeology
• Historical Archaeology
• Artefacts and Technologies

You'll join a vibrant archaeology community at Newcastle. You'll receive specialist teaching from leading academics in subjects of their research expertise.

This Civil and Structural Engineering with Year in Industry MEng degree focuses on developing your specialist knowledge, practical experience and skills of structural engineering. It also provides a direct route to chartered engineer status, so you graduate prepared for your future career.

You'll develop real-world experience – both at University and while on your industry placement in Stage 3 – through our design-intensive programme, hands-on work in our specialist facilities and experience working directly in the sector.

Focusing on the design of bridges, buildings and other structures, you'll become a well-rounded engineer. You'll have an understanding of critical civil engineering topics, such as: sustainable engineering systems, and construction management.

You'll also study in advanced structural engineering fields, like seismic-resistant design, unique and unusual structures and structural reliability and analysis.

Health Services Research MSc is part of the Population Health Sciences Institute. We lead high-impact research to:

• Understand, promote and maintain health and wellbeing for all
• Identify, tackle and prevent the causes of ill-health and reduce inequalities
• Design and evaluate novel interventions to optimise health and care

Our MSc is ideal for students seeking to gain or enhance a high level of health research skills. It combines a range of high-standard health services research methods. They have the principles of public health science and practice.

You'll complete the course with the skills to be able to proceed with a PhD or tackle higher-level analyses in your area of health services research.

The planet cannot survive without its oceans. Our mission is to nurture and train you as a marine biologist with the skills to solve global challenges. You’ll enjoy a unique experience at Newcastle University and develop the skills and knowledge for a successful career.

A career in Marine Biology is perfect if you are passionate about the environment, love the ocean, want to make a difference in the world and are driven to stand out in a competitive industry.

You will address key challenges of today including:

• Loss of marine biodiversity
• Marine conservation
• Climate change
• Marine pollution
• Sustainable use of our marine resources

You’ll explore all marine life, from the invertebrates, fish, seabirds and marine mammals to plants, algae and bacteria. You’ll also investigate the chemical and physical properties of the world’s oceans and their impact on marine life.