Civil engineering is the application of physical and scientific principles for solving the problems of society, and its history is intricately linked to advances in the understanding of physics and mathematics throughout history. Because civil engineering is a wide-ranging profession, including several specialized sub-disciplines, its history is linked to knowledge of structures, materials science, geography, geology, soils, hydrology, environment, mechanics and other fields.Taught by: <a href="https://gcpartnerdemoaccount.gathercontent.com/item/11238269" target="_blank" rel="noopener noreferrer">J. Blount</a>

Civil Engineering

Students will gain a good knowledge of physics and how to solve physics problems using mathematics and computing. Studying a wide range of topics: <ul><li>Modern physics and physics of fields and matter</li><li>Thermodynamics</li><li>Statistical mechanics</li><li>Electromagnetism</li><li>Optics</li><li>Quantum mechanics. </li></ul>There will be an extensive amount of mathematical and statistical work throughout this course so a highly analytical mindset is needed.

Theoretical Physics (MPhys)

The course will explore extensive veterinary history, scientific and clinical training in veterinary medicine. Studying and gaining an understanding of the basic biological principals of normal body functions and disease across all animals gaining practical skills in clinical science. Gaining fundamental problem solving, communication and team working skills, all being extremely valuable when progressing forward to a career within veterinary medicine.

Veterinary Medicine (Graduate Entry, 4 year)

Learning the skills and knowledge that is required to become a qualified Doctor. Students will have to put their learning into practice throughout this degree with hands on practical work continuously over the 6 year period. It is also a requirement to go on placements during the degree at hospitals and GP surgeries. This will aid the individual in their learning and is crucial to becoming a graduate in Medicine.

Medicine (6 year programme)

The study of infectious diseases investigates the microorganisms that can cause disease in humans and animals and how a host responds to infection. The broad analytical, scientific and personal skills you gain will equip you for a variety of careers. Studying microorganisms, infection processes, bacteriology and much more.

Infectious Diseases

This course will give the individual a deeper understanding of mathematics and allow the exploration of how it can be applied in order to solve physics problems. The 4 month research activity in the final year will allow the individual to gain experience and skills that will be transferable to a future career.

Mathematics & Physics (BSc)

Biomedical Science

Giving you the skills you need in order to become a dental therapist or dental hygienist. Trained to carry out an extensive list of procedures from simple fillings to the extraction of teeth. Developing excellent communication skills encouraging clients to understand the importance of their oral health. There is the option to carry out a years placement, but it is also mandatory that there is constant voluntary work at a dental practice alongside the course over the last 2 years.

Oral Health Sciences

The Global Agriculture course will focus mainly on different and new approaches to agriculture, providing individuals with the skills and knowledge that they need in order to apply this knowledge to play a part in the security of global food. Skills will be developed in order to enhance sustainable agricultural production.

Global Agriculture

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Physiology investigates the function and interaction of molecules, cells, tissues, organs and systems, and how these all of these different parts make up the whole body. This course will give a solid foundation acting as a pathway for many different careers such as:<ul><li>Medicine </li><li>Dentistry</li><li>Research and development </li><li>Further study.</li></ul>

Physiology

Mathematics will provide the theoretical framework which is required for statistics, data analysis, physical science and computer science. A strong analytical mind is needed and a passion for mathematics in order to excel in this course.As well as allowing individuals to build their problem-solving abilities using creativity and logic whilst also allowing them to develop skills using mathematical and statistical software such as SPSS, Maple, etc.

Mathematics (MA)

The course will explore extensive veterinary history, scientific and clinical training in veterinary medicine. Studying and gaining an understanding of the basic biological principals of normal body functions and disease across all animals gaining practical skills in clinical science. Gaining fundamental problem solving, communication and team working skills which will be very useful for the individual to carry forward to their future careers after they have completed the course.

Veterinary Medicine (5 year)

Building upon a Physics degree this Masters will focus on advanced classic physics, mathematical methods, research projects, research skills and self-study projects. With a 3 month research activity which will take place in an external laboratory or company to help the individual to gain experience for a future career.

Physics (MSc)

Mechanical engineers are responsible for the analysis, design and manufacture of an enormous range of industrial products and systems - almost anything with moving parts, from washing machines to aircraft.You will use fundamental physics, complex mathematics and state-of-the-art engineering software, as well as your creative and inventive skills, in designing and improving products.Mechanical engineering opens doors to an increasingly diverse range of subjects, including bioengineering, medical engineering, nanotechnology, sports engineering and renewable energy.

Mechanical Engineering (MEng)

On the Agricultural Animal Science course the individual will gain an in depth knowledge about the science and technology associated with animal welfare, food quality and environmental issues facing the industry. Learning and developing the skills hand on with lots of physical assessments.

Agricultural Science (Animal Science)

Medicine

Mathematics will provide the theoretical framework which is required for statistics, data analysis, physical science and computer science. As well as allowing individuals to build their problem-solving abilities using creativity and logic whilst also allowing them to develop skills using mathematical and statistical software such as SPSS, Maple, etc.

Mathematics (BSc)

The Agricultural Economics course will focus mainly on Consumer, Producers, Markets and Trade as well as Econometrics and resource and environmental economics. Skills will be developed in order to enhance sustainable agricultural production. There will be lots of opportunities throughout the course to get involved with extra curriculum activities that will involve external companies and allow individuals to enhance knowledge and gain relevant experience.

Agricultural Economics

When studying this course it will enable the individual to become a scientist; performing research, dealing with complex situations and study real-world situations. Gaining skills such as:<ul><li>Experimental</li><li>Computational </li><li>Mathematical </li><li>Problem-solving</li><li>Analytical </li><li>Critical thinking skills </li></ul>All whilst studying this degree which will be very transferable skills to future careers once finishing this course.

Physics (BSc)

From low-power processors for mobile phone technology to heavy-duty power electronics for wind turbines, the design of electronic and electrical systems is challenging.It requires a clear understanding of both the physics and the broader system it operates in, teamwork, and the determination to find ingenious solutions.Many of the advances in computer design and communications technology over the last 50 years have resulted from the interaction between electronics and computer science. These two disciplines therefore form a natural combination for a joint Honours, where software engineering skills sit alongside the knowledge of hardware design.In today's world of complex, high-speed devices it is important that there are engineers who understand how to design and implement both the hardware and software of general-purpose and embedded computer systems. This will support advances in:<ul><li>technology for medicine</li><li>efficiency in transportation</li><li>safety monitoring systems</li><li>surveillance</li><li>entertainment</li><li>wireless communications</li><li>manufacturing</li><li>computing</li></ul>

Electrical and Mechanical Engineering (MEng)

Your time will usually be divided between engineering, mathematics and option courses. You study several branches of engineering, followed by the first in-depth study of your preferred subject. For most of our programmes you can choose an option from the sciences, arts or humanities. Chemical engineering students must take chemistry in Year 1.You will study your chosen branch of engineering, supported by classes in mathematics. You will extend the application of your scientific and mathematical skills to solving engineering problems, building on your experiences from Year 1.You will now focus on your chosen field of engineering. At the end of Year 3, you will have the option of completing one more year for a BEng (Hons) or a further two years for an MEng (Hons), subject to you meeting the MEng progression requirements.

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