Master of Letters in German

at Newcastle University United Kingdom

This three-year degree will provide you with an in-depth understanding of the human mind, as well as advanced mathematical skills that will support your career in this exciting field.

Throughout your studies, you'll have access to the School of Psychology's brand new building, with purpose-built, state-of-the-art facilities, including a forensic interviewing suite, a nutrition and food preference unit, a media and behaviour lab, medical consultation rooms, and psychological testing cubicles.

Emerging as a well-rounded psychology graduate specialising in mathematics and statistics, you'll study fascinating topics including cognitive psychology, neuroscience, and the psychology of financial decision-making, alongside differential equations and probability.

Our Mechanical Engineering MEng Honours is a four-year degree. The course explores a range of mechanical engineering topics. You'll graduate equipped with the multidisciplinary skills needed to succeed anywhere in engineering. Our degree also provides a direct route to Chartered Engineer status.

In your fourth year you'll deepen your knowledge in more advanced topics, and specialise in a field that interests you. This enables you to graduate in your chosen specialism tailored to your career of choice. Some of these specialisms include:

• Biomedical engineering
• Design and manufacturing
• Energy
• Mechatronics
• Sustainable transport engineering

More information about these areas can be found below in the 'Additonal information' section.

The fourth-year also allows you to carry out a team project. You'll develop skills towards being a professional chartered engineer.

We work with industry, so your studies reflect the challenges engineers face in the real world. We ensure your practical, professional and academic skills develop through:

• Guest lectures
• Placement opportunities
• Interactions with industry through projects and visits

Biology and geography are an important part of this degree, to help you to understand the processes within ecosystems and how we can manage our natural resources effectively.

You will also study chemistry, physics and geology as applied to the study of the environment. Topics cover a wide range of subjects, from plant biology and ecology, to sustainability and environmental law.

You'll learn about the role of social and economic factors, ethics and public perception in environmental management.

You'll benefit from expertise at our Centre for Rural Economy, recipient of the Queen's Anniversary Prize for Higher and Further Education 2014.

Your degree is shaped by the cutting-edge research of our expert staff, so you know your degree is focused on up-to-date and socially important theories and discoveries in the area.

BSc or MEnvSci?
Some of our degrees are offered at two levels:

• Three-year Bachelor of Science (BSc)
• Four-year Master in Environmental Science (MEnvSci)

Our MEnvSci 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.

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 full-time master in business administration programme offers you a carefully structured and immersive experience. It will empower you to push beyond your boundaries. It's designed to focus on developing the capabilities you need to be competitive and successful in any industry or entrepreneurial venture.

You'll focus your skills in:

• Leadership
• Critical thinking
• Communication

Using these skills you'll work to improve your performance. Your Newcastle University MBA journey is designed to provide you with the opportunity to:

• Enhance your self-awareness
• Integrate and apply your learning
• Develop your consulting skills
• Contribute to, and lead, multicultural teams

You'll emerge:

• More confident and capable
• Better equipped to drive change within your organisation
• Ready to excel in your career

Our MBA careers package offers you a range of information and resources. These work hand-in-hand with:

• The classroom
• Networking
• One-to-one support

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.

Spend a year on an accredited, paid industrial placement between Stages 2 and 3.

Study specialist modules in Stage 3 – such as cryptographies and software verification technology – to develop skills and knowledge for your chosen career.

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.

The Foundations in Clinical Psychology master's degree offers world-class tuition and pastoral support. From this, you'll gain key knowledge and understanding. It will equip you with all the skills you need to enter the world of clinical psychology and research. This MSc does not require extensive psychology experience. You may be an intercalating MBBS student.

You'll learn through:

• Expert-led clinical
• Health and forensic psychology
• Cultural and historical perspectives on mental health issues
• Research apprenticeships.

The course provides you with a sound basis to apply for an assistant psychologist post. You'll gain academic and research skills to apply for further training. You must also have relevant work experience to explore this. This may include the following vocational training:

• Doctoral training in clinical psychology
• Training as a forensic psychologist
• Improving Access to Psychological Therapies (IAPT) programmes

Develop the skills and knowledge you need to advance in Sport and Exercise Psychology. You'll learn to improve performance and wellbeing in individual and team-based sports

Sport and exercise psychologists work with athletes, either as individuals or as teams. They develop strategies that improve performance. We will prepare you with the skills and knowledge to develop better performance in individual and team-based sports.

Newcastle University is the first Russell Group University to develop an MSc in Sport and Exercise Psychology. We have expert academics and clinical staff from the Faculty of Medical Sciences.

You'll develop your understanding of psychology in a sport and exercise context. This includes the theory, evidence and practice. You’ll gain the knowledge and skills to become a reflective practitioner. We'll prepare you for further professional training. This is a route towards eligibility to practice as a sport and exercise psychologist.

Students will prepare for:

• Careers in sport and exercise psychology
• Higher research-related degrees (for example a PhD)

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 Zoology MBiol Honours degree focuses on developing your scientific knowledge and provides a thorough understanding of the fundamentals of zoology. This ensures you graduate prepared for a role in this varied field.

Through laboratory and field-based teaching, you'll learn and perfect the skills required to succeed in zoology. In your fourth year you'll work alongside our active research staff to delve deeper into more advanced topics.

Our zoology degree shares its first-year programme with other biology degrees in the School and ensures you gain a thorough understanding across a range of topics. You'll select from modules such as: ecology and conservation, genetics and evolution, diversity of life: form and function.