Bachelor of Science (Hons) in Nursing (Adult)

at University of Hertfordshire - De Havilland Campus United Kingdom

This course gives you the broad-ranging skills to support the development of automotive products. It blends practical study in workshops and well- equipped labs (such as computer simulation, design, vehicle technology, production and manufacture) with management and business studies modules. A particular focus is on group work, which will enable you to develop your team-working skills and improve your employability. You’ll also have the unique opportunity to work with engineering students in designing, building and racing a Formula Student race car.

• This BSc Honours degree course in Automotive Technology with Management is part of a suite of automotive related courses
• Our BSc Automotive Technology with Management students have previously completed work placement years at companies including: Nissan and Triumph Motorcycles
• Graduates highly employable in wide range of firms from Formula One to major motor manufacturers
• Involvement in Formula Student Competition from year 1, if you wish
• Recent Automotive Technology graduates have gone on to work at organisations including: Nissan, Dyson, 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.

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.

This new award in Robotics and Artificial Intelligence builds on existing research and teaching expertise in the School of Engineering and Computer Science and addresses a growing demand by government and employers for graduates with this range of knowledge and skills. The award is structured with a strong emphasis on practical work to build your skills and confidence in the usage and application of contemporary Robotics and AI technologies. You will learn the elements needed to build robots, from simple electronic circuitry, software engineering and control, to high-level robot intelligence and will learn how to develop robotic systems and bring the learning to life.

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.

Why choose this course?

• This programme is distinctive in its philosophy of widening participation and provides a route to gain skills and training in data science to those from a background not traditionally associated with the STEM-themes of mathematics, statistics and programming. The programme is designed to be appealing to a broad range of students who are seeking training or up-skilling in data science.
• You will benefit from the expertise of astrophysicists, physicists, mathematicians and computer scientists with international research profiles. Their day-to-day research involves application of, and in some cases the development of new, data science skills, from fundamental statistical analyses, the use of distributed high-performance computing, and research into novel artificial intelligence algorithms.
• We aim to make the programme distinctive in terms of the mixture of hard and soft skills, and the close personal relationship that we are developing with employers, which will feed into the programme through continuous assessment of the latest industry-relevant tools, which are continually evolving as new technology and software becomes available.
• You will experience a multidisciplinary approach to data science by experiencing challenges in computer science, creative arts, medical and business environments.
• You will have the opportunity to attend a wide range of research-focused seminars to excite and spark your intellectual curiosity.

The MSc Sustainable Planning programme for 2019/2020 consists of three courses in MSc Sustainable Planning, MSc Sustainable Planning and Environmental Management and MSc Sustainable Planning and Transport. The programme provides students with the skills and expertise they need in order to meet contemporary sustainability challenges in planning, allowing them to contribute to a much needed and fast changing professional area. 

The Royal Town Planning Institute has formally granted accreditation to the University of Hertfordshire for its Master’s degrees in Sustainable Planning.

The breadth of material covered in our MSc in Sustainable Planning gives students the skills they need in order to meet contemporary sustainability challenges in planning. Planning has a key role to play in improving the condition of life in our towns, cities and rural areas. Towns and cities themselves impact on global sustainability and can play a very influential role in tackling global environmental, social and economic problems. Equally, implementing sustainability principles within urban and rural areas is essential for the well-being of the local residents and improvement of the local environment. Creating more sustainable towns and cities will be central to the future of society and the planet. The planning system is so important because it provides one of the most sophisticated mechanisms for regulating environmental change. Recent policy changes have made planning in neighbourhoods and in communities even more important.

Increasingly planners are being required to facilitate the creation of more sustainable urban environments. This requires expertise and skills in a diverse range of disciplines and nationally there is a shortage of relevant skills. This course offers both personal opportunities for students to gain valuable skills that make them highly employable, and allows them to contribute to a much needed and fast changing professional area.

Why choose this course?

This exciting new course is specifically aimed at people wishing to gain expertise in contemporary sustainability issues. It provides graduates with excellent career opportunities in planning, environmental management, urban design, community development, regeneration, transport management, climate change mitigation and other planning related careers.

The course is Suitable for

• Students who have work experience in planning or related discipline and require a postgraduate qualification and subsequent professional accreditation to develop their career further.
• New graduates starting their career in planning with a first degree in geography, environmental science, conservation, sociology, architecture and urban studies.
• Students from other disciplines who have developed an interest in planning from voluntary work, work experience or project work.

Key Features

• A combination of stimulating academic study and strong career orientation
• Focus on the role of planning in addressing key sustainability concerns: climate change; urban sprawl; social cohesion; and demands for personal mobility
• Using the latest techniques including GIS; urban design tools and community design engagement techniques such as charettes
• Practical problem based approach to learning that uses real planning issues and case studies
• Flexibility of study based on a programme of short courses scheduled over two or three days at weekends
• UK field trips including visits to the start of town planning nearby at Letchworth and the first New Towns
• International study visit to look at European best practice in France and Germany.
• It is structured around a modular short course structure to enable flexibility whilst working. This allows part-time student to not have to take more than 12 days off a year (if studying over 2/3 years).
• Networking opportunities per module with lunch and refreshments provided within your fees.

This course is available both full and part-time. Full time study in Semester A takes 1 year. Full time study beginning in Semester B will take 15 months. Part time study options typically take two years but students are given a maximum of five years to complete..

One of a range of degrees from the taught Master's Programme at the Department of Computer Science

This course will enhance your career prospects or prepare you for a programme of research that requires knowledge of one or more of these sub-discipline areas. You will benefit from wide range of taught modules from which to choose, and will be expected to complete a major project that extends and applies what you have learnt in one or more of the taught modules you have taken.

From the world’s tallest buildings and most spectacular bridges, to airports, highways, hospitals, rail networks and flood defences, civil engineers provide the critical infrastructure that makes our world work. You will learn to apply the principles of structural engineering, geotechnical engineering, hydraulics and hydrology, environmental engineering, materials, surveying and construction. You will also discover the latest techniques and developments, such as low- carbon materials and sustainability. For this degree we have a strategic partnership with the world-renowned BRE to give you access to specialist facilities, projects and lectures. To become professionally recognised as a Chartered Engineer, graduates from the programme will be required to complete approved CEng Further Learning.

• The School has over 50 years' experience of teaching engineering and has established an excellent international reputation
• This degree allows you to benefit from the use of laboratory facilities and staff expertise at BRE (formerly Building Research Establishment)
• Students from the School of Engineering and Technology have previously completed work placement years at companies including: BMW (UK) Manufacturing Ltd, Bosch Thermotechnology, and Microsoft
• Recent Engineering graduates have gone on to work at organisations including: Dyson, Ministry of Defence and JCB

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.

This highly practical and participatory course will provide you with the skills and knowledge you need for a career in legal governance. The two compulsory modules – Legal Risk Management, Governance and Compliance, and Corporate Governance – offer a solid grounding on which you can build with a range of optional modules to suit your own unique requirements.

The Legal Risk Management, Governance and Compliance module introduces you to the basic concepts of project management in the context of risk management. It provides an in-depth understanding of some of the core challenges faced by businesses in this area, as well as knowledge of the relevant regulatory frameworks. In the Corporate Governance module, topics such as corporate governance theories, law and practice are covered. You can then build on this foundation with two additional modules from the range of optional modules on offer, to fit your own needs and preferences. Alternatively, you can combine it with other complementary study routes, and graduate with a named joint pathway.

Why choose this course?

• In the fast-moving corporate world, skilled, knowledgeable legal practitioners are always in demand. The University of Hertfordshire is well known for its strong links with industry and its high-quality staff, all of whom are specialists in their fields. You can therefore be sure that the teaching is always up to date, relevant and supported by cutting-edge research and practice.
• The complementary pathways that are available mean that you can shape your study route according to your personal career goals and ambitions, which will also further enhance your attractiveness to potential employers.
• Hertfordshire Law School has helped graduates forge successful careers for 40 years. You’ll benefit from our reputation for being forward thinking, innovative, and responsive to the world around us.
• The innovative, flexible and practical teaching methods will enable you to develop the intellectual, transferable interpersonal and practical skills you will need for your career in the professional, commercial, business, or academic sectors. 

What will I Study?
The focus of this course is on active, practical learning to develop the skills required for employment. Class seminars are supported by group work, which are fantastic opportunities to pool knowledge and resources and to work collectively on problem-solving and real-world scenarios. Role plays, debates and discussions will enhance your skills of negotiation, persuasion, presentation, leadership and teamwork. A peer support and mentoring scheme is also available, which will further enhance all these vital skills and abilities.

The aim of the Fine Art programme is to equip you with the skills, knowledge and understanding required to practice at an advanced level, to foster your creativity and enhance your employment opportunities. You will work alongside artists and designers and benefit from contributions from visiting artists, designers, makers, as well as from involvement with our international exhibitions programme and gallery environment. This is the perfect opportunity to develop your individual creative practice and place it within the wider professional context of fine art.

You will work with other students to explore and challenge the boundaries of your practice and, through discussion, explore some of the key ideas that inform contemporary fine art practice. We strongly encourage conceptual experimentation and development of originality in use of materials to explore possibilities and realise the potential of your ideas. Seminars, research methods and debates will help you to advance, as well as technical skills.

Our staff are experienced in research and professional practice, and you will also benefit from contributions from visiting artists, designers, makers and other arts and design professionals, as well as from involvement with our international exhibitions programme and gallery environment. 

 Induction, seminars and social events for students and staff mean that you will be part of a friendly and supportive postgraduate community, which also includes film makers, musicians and professionals working in new media. Senior research staff and internationally renowned artists work with postgraduate students, helping you to develop original and challenging work.