Bachelor of Science (Hons) in Sport and Exercise Science

at University of Hertfordshire - De Havilland Campus United Kingdom

Biology is the scientific study of living organisms and deals with every aspect of life. During the course you’ll examine the physiology of the human body and how it’s affected by disease and drugs. You’ll study the structure, biochemistry and mechanics of the cell, as well as evolutionary processes and genetics, both in mammals and microorganisms. As you progress, you’ll choose from a wide range of modules including blood sciences, pharmacology, microbiology, immunology and drug discovery. You’ll also have the chance to study abroad or take a year’s work placement, either of which will boost your employability. Ultimately, you’ll gain the technical, analytical and practical skills needed to investigate biological phenomena in microorganisms, plants, humans and animals. This degree is accredited by the Royal Society of Biology.

• Biology is a discipline with a broad range of applications affecting many areas of human activity.  You will study life at all levels from molecules, through organelles and cells, to whole organisms.  You will gain the technical, analytical and practical skills needed to investigate biological phenomena in microorganisms, plants, human beings and other animals.
• The Biological Science programme offers you flexibility and a broad range of options for study.  The first year provides a solid foundation in all aspects of biology including topics in areas such as physiology, biochemistry, genetics and cell biology.  It also gives you an opportunity to start developing your practical skills in the laboratory.   At second and final year you can choose from a range of modules from across our biosciences courses according to your particular interests. 
• The degree provides a stepping stone to a wide range of scientific careers, including teaching.

The massive research expenditure of Britain’s pharmaceutical companies and the fierce competition in the field ensures a continual demand for well-trained pharmacology graduates. This degree covers all aspects of drugs and their uses as medicines. You’ll learn how new drugs are discovered and tested and understand the reasons for their effectiveness in treating disease. You’ll also gain an appreciation of why new drugs are needed and how they can be developed. Our links with major pharmaceutical companies will provide cutting edge insight into the drug discovery process and give you the opportunity to gain valuable experience during your placement year. This degree is accredited by the Royal Society of Biology.

• Pharmacology is the study of the action of drugs or other chemicals on living systems.
• Pharmacology studies the mechanism of action of drugs and the effects of drugs at the whole body level (therapeutic pharmacology), at the tissue level (system pharmacology) and at the level of receptor proteins (molecular pharmacology).
• The demand for new drugs continues and the University of Hertfordshire has strong links with the pharmaceutical industry which is located in this region.
• A number of the pharmacology teaching staff have extensive experience working in industry and this expertise ensures that the course provides an excellent stepping stone to a career in a range of healthcare industry roles.

Do you have a story to tell, or have you always wanted to be a writer? Perhaps you want to learn how to be a critical reader or gain a greater understanding of the craft of writing.
Studying English Literature and Creative Writing with us will help you find your voice, whether as a poet, playwright, novelist or scholar of literature.
This joint course combines the study of literature with the practice of creative writing. Studying literature will give you a greater understanding of how literary texts work, while this improved critical insight will help you put principles into practice in your own creative writing.

We offer a stimulating and supportive place in which to explore your ideas, hone your craft and understand literary texts. Our creative writing modules are taught by lecturers who are themselves award-winning practitioners and who bridge the gap between creative and academic approaches to literature. They include our poetry lecturer Wayne Holloway-Smith, winner of the Poetry Society’s Geoffrey Dearmer Prize and Seamus Heaney Prize nominee.

Over the three years you can choose specialist creative writing modules in poetry, creative non-fiction, drama, short story writing and prose fiction. Those specialisms are reflected in our English Literature modules, which range from children’s and young adult literature to film adaptations and work written in English from all over the world.

By the time you graduate, you will have a polished piece of work which has the potential for publication. Recent successes for our students include short stories published in Bandit and AnotherLenz magazines and poetry published in Rising and international magazine Poetry London.
In your first year, an underpinning core module, Becoming a Writer, will introduce you to genres and forms and examine the universalities of dialogue, plot and language. A second core module, Identity and Contemporary Writing, introduces you to some of the most exciting new writing as a model for your own work, while an optional module enables you to specialise in writing for the screen.
The practicalities of getting published or working in literary publishing are explored in a creative writing module in your second year taught by a former editor of Granta, the renowned magazine of new writing. For your final year your particular creative interest can be channelled into a long piece of writing, which can be poetry, prose or drama.

There is an increased need for professionally managed purchasing and supply chains mangement to ensure businesses are able to succeed and provide to their customers. The School of Engineering Computer Science have developed this unique programme to help you develop a wide range of skills for your chosen career ensuring success in whatever sector you decide to work in.

Why choose this course?

• You will develop skills and advancement of knowledge on the broad areas of business to enable you develop transferable skills in all areas. Areas include: operations management, operations research, procurement and supply chain management, financial control, manufacturing information systems, manufacturing strategy; legal aspects of supply chain; and human resources management.
• You will focus on a combination of practical work and case studies, including analysis and synthesis, contribution to profitability, understanding of purchasing, procurement and logistics. It will promote critical review and analysis of strategic value, procurement and supply chain management.

Astrophysics is the study of the physical processes that shape the structure and evolution of the universe. This course seeks to provide answers to fundamental questions about the origin and evolution of stars, planets and galaxies, as well as the universe itself. 

You’ll have the chance to study the cosmos in all its wonder, and gain a detailed physical understanding of how the universe works. The School’s vibrant research programme feeds into the course content and you’ll make extensive use of our superbly equipped observatory. You’ll also have the exciting opportunity to spend a year at a major astronomical research centre or an international observatory.

• On our Astrophysics BSc (Hons) degree you will study the cosmos in all its wonder, gaining a detailed physical understanding of how the Universe works. We put a lot of emphasis on understanding the physical and mathematical principles behind astrophysical phenomena.
• You will also gain considerable hand-on experience of astronomical observations at our dedicated teaching observatory, beginning your studies there only a few weeks after commencing your degree with us.
• During your second and third years you will specialise in more advanced Astrophysical topics, including the physics of the solar system and extrasolar planets, cosmology, and star formation and stellar evolution. We also offer a range of options in your final year, including learning how to plan space missions in Space Dynamics and the flight dynamics of rockets in Rocket Performance and Propulsion.
• You will also carry out a final year investigative project in a cutting-edge area of Astrophysics research. You will be closely supervised and guided by one of our experienced researchers in the Centre for Astrophysics Research. Previous projects have included mapping the Orion Nebula with our telescopes at Bayfordbury, studying planetary systems with the Herschel Space Observatory, and modeling high energy jets from galactic nuclei.
• If you’re continuing on our MPhys programme it’s possible to extend your project into your MPhys year. We also have an innovative strand of industrial projects supported by the Institute of Physics, that give you direct experience of working in industrial research.

The University of Hertfordshire MA in Creative Writing offers you the opportunity to develop your creative, critical and professional writing skills in a stimulating and supportive environment.

Through writing workshops and intensive tutorial-based supervision our teaching staff - all established authors themselves - will help you improve your own writing as you explore the advanced craft, theory and techniques of poetry, prose and drama.

Whether you have an unfinished novel you’re passionate about or want to learn how to write powerful dialogue or create memorable characters, this MA Creative Writing offers a range of modules that give you both literary context and practical professional guidance.

In all modules you will be taught by lecturers who are themselves professional practitioners and who bridge the gap between creative and academic approaches to their fields. These include two award-winning playwrights, Simon Vinnicombe, whose work has been produced at the National Theatre, Old Vic and around the world, and Drew Pautz, who is additionally a screenwriter and director whose work has also been performed at the National Theatre. As a feature film screenwriter he has worked with UK and European production companies.

Guided by our staff, you’ll take two core Writing Workshop modules examining creative and critical processes in your first two semesters. These workshops provide supportive spaces for you to contribute your own writing, reading your work to your fellow students and learning in turn to critique their work from a writer’s point of view.

Other modules may change but could include Working as a Writer and People and Places. As part of Working as a Writer you’ll submit your work to magazines and creative writing competitions, helping you to gain a practical understanding of the publishing world and how to approach editors and prepare your work for publication.

People and Places focuses on aspects of writing with communities, including the methods and approaches writers have used to portray communities or locations in creative work, and the tradition of writers working with communities to create joint artistic projects.

In your final semester you’ll complete a dissertation. This can take the form of a novel, script for stage, TV or film, a work of creative non-fiction, short story or poetry collection. Wherever your writing ambitions lie, this is your opportunity to add polished work to your portfolio and look ahead to your future writing life.

We give you:

• Teaching staff who are all published authors, poets or dramatists
• Visits and talks by writers, editors and agents working across the creative writing industries
• Opportunities to create and develop a portfolio of work, whether poetry, prose or drama
• A platform for publishing your work and a springboard for your future life as a writer

This course develops students’ in-depth knowledge and skills of a broad range of Electronics Engineering. It builds strong design skills for the seamless integration of software and hardware for sustainable and smart applications using Microprocessor/DSP/FPGA technology.

Students will cover a selection of subjects such as Smart Embedded Systems Engineering and Mixed mode and VLSI Technologies alongside cohort taught subjects to develop their management skills and their employability.

The successful postgraduates of the course will acquire the knowledge and understanding, intellectual, practical and transferable skills necessary for the analysis and synthesis of problems in engineering and manufacturing through a combination of experimental, simulation, research methods and case studies. They can expect to gain work in a range of disciplines within a variety of industries from specialist technical roles to positions of management responsibility.

Why choose this course?

• Students who undertake this course will gain broad knowledge and understanding of the recent advancements in Electronics Engineering.
• Students who wants to develop their knowledge and understanding in embedded intelligent systems with coverage of artificial intelligence, sustainability and smart system engineering.
• Supported by the School which has over 25 years' experience of teaching electronic engineering and has established an excellent international reputation in this field.
• We offer extensive lab facilities for engineering students, including the latest software packages.

Excitement, international travel and working in a high- performing team to achieve success are just some of the major attractions of motorsport. It’s an industry that allows you to work at the cutting edge of automotive technology. This course will give you the skills necessary to support motorsport engineers as they push the boundaries and strive for optimum vehicle performance. Benefiting from world-class expertise and facilities, you’ll study a wide range of modules, including the fundamentals of vehicle and engine design, as well as high-tech computer-aided design and manufacturing techniques. You’ll also have the unique chance to work with engineering students in designing, building and racing a Formula Student race car.

• This BSc Honours degree course in Motorsport Technology is part of a suite of automotive related degree courses
• Involvement in Formula Student Competition from year 1 - design, build and race single-seater race car
• Excellent facilities in automotive engineering technology
• World Class Expertise NB materials, vehicle dynamics, structural analysis, aerodynamics and CAE
• Our BSc Motorsport Technology students have previously completed work placement years at companies including: VW Racing, Hyperion Motor Racing, and RP Aero Systems
• Recent Automotive Technology graduates have gone on to work at organisations including: Mercedes Benz, Vantage Engineering, and Bentley Motors
• You do not need an A-level in Mathematics or Physics to gain entry to this course, you simply need the correct UCAS points and your enthusiasm for the subject.

More about the Course
Motorsport is not just exciting entertainment, but also an important part of the development side of the automotive industry.  The competitiveness of the sport drives engineers to develop innovative ideas and take advantage of up and coming technologies that, if successful, could be employed across the main automotive industry in future.  This course will give you the combination of skills necessary to support motorsport engineers as they strive for efficiency and optimum performance in their vehicle design.

Now that scientists can read and change DNA sequences, a new era has arrived in which it’s possible to investigate organisms at their most fundamental level. That means we have the opportunity to find pioneering ways to prevent or find cures for genetic diseases, such as cystic fibrosis and cancer. It could even help us discover more about our origins and who we really are. This course will give you the specialist theoretical knowledge and practical experience of gene manipulation and the analysis of nucleic acids and proteins. It will also show you how this can be applied to the study of health, disease and the natural environment. This degree is accredited by the Royal Society of Biology.

• Molecular Biology involves the study of biology at the molecular level, providing an insight into the building blocks of life itself.
• DNA carries the hereditary information that determines the structures of proteins. It contains through which cells are instructed to grow and divide, to differentiate into specialized cells thereby generating the millions of different life forms that exist.
• The university has excellent research facilities for molecular biology enabling students to experience key techniques for example, PCR and bioinformatics.

Data is the currency of all but the most theoretically-based scientific research, and it also underpins our modern world, from the flow of data across international banking networks and the spread of memes across social networks, to the complex models of weather forecasting. The constant generation of data from our digital society feeds into our everyday lives, affecting how we receive healthcare to influencing our shopping habits. In order to handle, make sense of, and exploit large volumes of available data requires highly skilled human insight, analysis and visualisation. The professionals working in this field are called ‘data scientists’, who blend advanced mathematical and statistical skills with programming, database design, machine learning, modelling, simulation and innovative data visualisation. These professionals are in high demand in both public and private sectors in the UK and worldwide. This programme aims and learning outcomes are built around two guiding principles:

• To provide comprehensive understanding of the fundamental mathematical and statistical concepts underlying data science, and how they are implemented in algorithms and machine learning techniques to solve a variety of data processing and analysis problems.
• To provide training in the practical skills relevant to data science, central of which is the ability to write clean and efficient code in industry-recognised languages (in particular, Python and R), but also includes data handling, manipulation, mining and visualisation techniques.