Bachelor of Arts (Hons) in Ancient History and Archaeology

at Newcastle University United Kingdom

This Landscape Architecture course will improve your ability to think critically about the design of place and space. You'll develop advanced skills to deal with complex aspects of landscape design and planning in a creative and innovative way.

You'll develop a practical understanding of the theories, methods and techniques that are applied to landscape architecture. Much of what you learn in this Landscape Architecture course is applicable worldwide.

On graduation you'll be equipped for advanced practice in landscape-related disciplines. The Landscape Architecture Studies MA is ideal if you want to:

• Further your education
• Develop your career
• Prepare for further specialised study

Through the course you'll develop advanced transferrable skills in literacy, design and communication.

The course can also open up some career paths outside of landscape architecture. You could move into landscape conservation and garden design history.

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)

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 three-year Theoretical Physics BSc Honours degree focuses on developing your knowledge so you have a thorough understanding of advanced mathematics and physics. This course covers a range of topics linked to the research specialisms of our staff, so you graduate a well-prepared, dynamic and sought-after physicist.

You will study at the cutting edge of the discipline, with a degree that reflects the world-leading research of our expert staff, ensuring you can be confident your degree education is up-to-date and relevant to your future career.

Your degree will ensure you become a confident physics professional. You'll learn about a range of topics fundamental to the subject, such as:

• quantum mechanics
• Fluid dynamics
• Computational modelling
• Astrophysics

This accredited, Electrical and Electronic Engineering integrated master's degree focuses on developing your core knowledge and practical skills. You'll also explore more advanced specialist topics in your fourth year, so you're prepared for a career in this fast-paced industry.

With a focus on practical work and research-informed teaching, you'll cover the core aspects of the generation, distribution, storage, and conversion of electrical power.

You'll also have the opportunity to work on a real-world engineering project with an industry partner, so you gain an insight into the sector, develop industry contacts and enhance your CV.

While establishing a firm foundation of electrical and electronic engineering knowledge, you'll become a confident expert in more specialist topics, through optional modules such as: nano-electronic devices and national-scale electricity networks.

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

Our History master's teaches the methods and concepts used by historians. Study the periods and subjects in history that most interest you.

This MA History is very flexible. You can study the periods and subjects in history that most interest you.

You can study political, social, economic and cultural history and the history of medicine, from 500 AD to the present. Study topics cover more than one geographical area:

• The Americas
• Europe
• Eurasia
• British Isles

You can also combine this with other subjects from the School of History, Classics and Archaeology eg ancient history or archaeology. You also have the opportunity to combine related topics such as politics, English or a foreign language.

This accredited biomedical genetics degree will equip you with an in-depth knowledge of how genes affect health and disease, so you're ready for a career at the forefront of the medical genetics industry.

Our Biomedical Genetics BSc Honours degree focuses on developing your scientific and experimental skills to ensure you graduate prepared for your rewarding career in science. 

We are a National Centre of Excellence in biomedical research and you will be taught by our world-leading and expert staff. You will graduate with a cutting-edge knowledge of the industry. 

Studying a range of topics, from biochemistry, microbiology and physiology to evolution and genomics, our varied, but in-depth curriculum allows you to find your interests in the field. 

You will further your research skills through your final-year project. This gives you the practical experience of planning and conducting research that employers seek.

Chemistry touches every part of our lives. From food and medicine to biotechnology and renewable energy, its influence is endless. As a Chemist, you can have a great career and make a difference in the world.

Medicinal Chemistry is the discovery, design and synthesis of new clinical drugs.

Our MChem degree follows the normal BSc curriculum, plus a further year of advanced study. The MChem programme is perfect for those pursuing a career within scientific research.

This exciting degree allows you to broaden your interests as you discover the subject. You'll explore the role of chemistry in:

• Drug design
• Cancer chemotherapy
• Enzymology
• Toxicology

You'll study organic, inorganic, physical and structural chemistry. You'll investigate modern analytical techniques and computational chemistry. You can create your own distinct learning experience at Newcastle. You'll explore your interests as you discover the subject.

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.