Bachelor of Arts (Hons) in Business and Human Resources

at University of Hertfordshire - De Havilland Campus United Kingdom

It is an exciting time to study Human Geography at the University of Hertfordshire, as space and place has become locally, regionally, nationally and supra-nationally contested throughout the world, as resources like water dwindle, and populations increase and move.

At the University of Hertfordshire, we specialise in better understanding how new sustainable and resilient urban spaces are created, making good use of the world's first Garden City and the country's first New Town on our doorstep.

We are also fascinated by issues of governance, exclusion, vulnerability and resistance amongst diverse communities, both in the UK and abroad, with researchers working on these topics in Poland and India. We also have research and teaching staff focusing on future mobilities, particularly in the south-east, where commuting issues and congestion are so topical.

Other key features of our course include:

• A focus into migration pathways and gateway towns with staff expertise in the Polish diaspora.
• We have dedicated GIS suites that help us to map and analyse these phenomena.
• Field work is a key aspect of the study of Human Geography at UH and we are ideally placed to look at development, economic regeneration and community transition in North London and its satellite towns, plus issues around the Green Belt.
• You can study the course over 4 years by including an industrial placement or a year studying at one of our many overseas partners.
• Our teaching team are dedicated and personable, and we treasure our informal, 'family' reputation and sense of community. Our staff know our students, and our regular small-group tutorials in first and second years set us apart from many larger departments.

Our students are creative technologists, wanting to produce their own music, enhanced by the very best sound production values. You'll work on a range of musical projects and portfolios centered around music creation. You'll hone technical skills, and also develop an understanding of a wide range of musical styles, musical theories and cultures, and apply these skills and understanding to the creation of music products.You'll also work with others, including engineers and musicians in order to craft an overall music ‘production’ vision. Core modules studied alongside practice modules develop your techniques and approaches using a range of sound technologies. They also foster professional and industrial contextual immersion and awareness, and experience with specialisms within connected musical fields.

• Building on the University’s long-standing and highly successful Music, Sound Design and Audio Recording and Production courses, the BSc (Hons) in Music Production course is designed for students who see themselves as creative technologists wanting to produce their own music, enhanced by the very best sound production values.  
• Students work on a range of musical projects and portfolios centred around music creation, they hone technical skills, and also develop an understanding of a wide range of musical styles, musical theories and cultures, and apply these skills and understanding to the creation of music products.  Students also work with others, including engineers and musicians in order to craft an overall music ‘production’ vision.  
• Core modules studied alongside music production practice modules develop students’ techniques and approaches using a range of sound technologies, as well as fostering professional and industrial contextual immersion and awareness, and experience with specialisms within connected musical fields.
• Our programme is Industry Accredited by JAMES, who represent the Association of Professional Recording Services (APRS), the Music Producers Guild (MPG) and Associate Industry Bodies.
• Develop excellent technical skills over the course of your degree, and benefit from our high quality studio, listening room, venue and sound resources including those by SSL, Yamaha, Avid, Focusrite, Quested, Genelec, Neumann, TLA, Lexicon and Drawmer to name but a few.
• Excellent industry input is built into the design of the degree awards from a huge number of areas within the wider music industry.
• The degree awards within the programme are designed to expose you to areas of music, sound and audio technology that you might not even know exist yet.  "Coming to this course has really given my brain the kick-start it needed, and I'm beginning to see near endless possibilities with where I can go." - Glenn Osborn, second year student
• We have a strong record of students from the programme securing placement years between years 2 and 3 of their studies.  Placement destinations include Focusrite,  Sound Technology (a leading distributor of high profile brands for the Music Retail and Professional Audio industries), The Famous Company, and a number of recording studios.
• Every year, organisations and companies approach us to recommend our graduating students.
• Music business is woven into your degree study at every year giving you the skills to slot into the music industry (or create your own business).
• Organise and Participate ‘live’ projects, and our ‘JamJar’ showcase live events.
• Benefit from studying in creative arts school and collaborate with filmmakers and animators in realising fully featured, professional standard media projects.
• We have some of the best resources in the UK, including the 39 million pound entertainment venue – the Forum where our students perform, and engineer every month, and state-of-the art music studios and film and TV facilities in our 12 million pound building for Music, Film and media.

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.

Diagnostic radiographers play a vital role in healthcare by producing patient centred imaging services for the diagnosis and treatment of injuries and disease. This course is ideal for you if you already hold a degree and wish to gain the knowledge and clinical experience needed to become a skilled and competent diagnostic radiographer. Graduates will study the skills, knowledge and competencies to be eligible to apply for registration as diagnostic radiographers with the Health & Care Professions Council (HCPC) and be eligible for membership of the Society and College of Radiographers (SCoR).

This is a two-year vocational master’s degree which aims to produce competent and forward-thinking radiographers. You'll develop critical thinking, decision making and research skills, enabling you to work effectively and collaboratively. You'll gain the expertise and confidence needed to instigate and support change in a dynamic modern healthcare system. Our graduates will be evidence-based practitioners who will provide a high standard of diagnostic imaging and patient care.

The degree is delivered in a blended learning style, offering theoretical sessions, online and on campus. You'll develop your practical skills using the clinical skills suite and gain hands-on experience in clinical departments in the NHS.

All three of our model design courses share the same First Year, giving you an excellent introduction to model making, prop making, sculpture and special effects. Building on this foundation, you’ll focus on developing your artistic and technical skills to produce models, animatronics and other effects. You’ll also gain hands on experience of the specialist equipment used to produce rain, fire, smoke, wind and snow, and learn about the safe use of pyrotechnics.

In Second Year, you will acquire an understanding of special effects design and receive a thorough grounding in the practical aspects of this. You will be able to combine your artistic and technical skills to produce animatronics, action props, models and special effects.

In your Final Year, you’ll work on major projects and create a professional portfolio to impress employers. Throughout your studies you’ll use a mix of traditional techniques and modern technology. This course is accredited by Creative Skillset, reflecting the highest standard of teaching and facilities.

• Combine your artistic and technical skills to produce animatronics, action props, models and special effects.
• Gain ‘hands on’ experience of special effects equipment used to produce, rain, fire, smoke, wind and snow etc. and learn about the safe use of pyrotechnics.
• Use of traditional workshop machinery and cutting-edge technologies, plus access to specialist industry standard facilities for animatronics, model making and prop making.
• Close contacts with industry, which provide outstanding work experience opportunities and collaborative projects.
• High graduate employment rates for Special Effects students. 
• The only Creative Skillset Tick accredited Model and Special Effects course in the UK.

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.

Explore the full range of modern mathematics as you gain fundamental knowledge and advanced mathematical and statistical skills. Mathematics holds the key to advances in virtually all areas of our lives, from finance to computing, logistics to medicine and travel to weather forecasting. If you’re looking for a career that involves shaping technological or scientific progress, mathematics is an ideal degree for you. What’s more, our flexible course allows you to specialise in whichever area of mathematics interests you most. You will find our friendly and personalised approach in the small group tutorial besides your day to day lectures. We have particular teaching expertise in various areas of numerical modelling, financial mathematics, algebra, statistics, optimisation and mathematical physics. You can even choose to take a year out to study abroad or undertake a placement.

Our Mathematics degree is a highly flexible course that allows you to specialise in whichever area of Mathematics interests you the most.

• All students study a common first year of the Mathematics degree, but in Years 2 and 3 there is a range of different options available for you to specialise in applied mathematics, financial mathematics, or pure mathematics.
• We take pride in our student-focused approach to teaching Mathematics. Our School is well regarded for its friendly and professional environment, which allows us to equip you with the skills and knowledge required to be a successful mathematician. We will support you throughout your degree so that you can achieve your full potential.
• Take a look at the latest exciting research we have been undertaking in the Maths department which underpins and informs your studies. 
• You can always access additional support throughout your course with regular drop-ins at the University’s own Maths Support Service located in the Library and accessing specialised career support from the Career and Employment department.

Indicative course structure

Discover the vital role economics plays in shaping policy in companies, institutions and governments. This course will give you solid knowledge of economics and a rigorous understanding of the quantitative methods economists use in their analyses. It will also enable you to apply economic principles to a wide variety of contemporary problems and use your quantitative skills in numerous professional situations when you graduate. The opportunity to study abroad or spend a year in industry will give you valuable experience and enhance your career prospects.

You can also study a language with this course. You can be awarded the degree ‘with language’ in the title if you choose to study a foreign language in all years of study.

• To receive a broad intellectual learning experience by studying economic issues within the wider political and social environment;
• to develop a critical understanding of the principles of economic theory;
• for an appreciation of different approaches to economic problems and their relevance for real life circumstances; 
• to develop the ability to apply the theories of economics to a range of decision making problems in business;
• to become equipped with a set of subject specific and transferable skills needed to pursue a successful career.

You’re in the right place. Because at Hertfordshire, that’s exactly what you’ll do. We teach pharmaceutical science in small, supportive groups, based in real labs, equipped with outstanding industry technology. Every step of the way you’ll build the skills today’s employers really need. We know, because we asked them. In fact, we designed our entire course in collaboration with the biotech and pharmaceutical industries. 

Our inventive, inspiring teaching team has an outstanding reputation and a strong research ethos, pouring their internationally acclaimed discoveries straight into your learning. So, whether you want to design new drugs, bring brilliant discoveries into the real world or champion patient safety, you’ll be studying as part of a vibrant, supportive scientific community.

In your first couple of years you can take advantage of peer-to-peer mentoring from final-year students, and throughout the course you’ll get the chance to go to eye-opening events and gain career insights from visiting experts and inspiring alumni. Fancy some phenomenal transferrable skills? You’ll get those too – from making presentations and working with others, to brilliantly managing your time.

This course gives you a sound technological understanding in the field of electrical and electronic engineering. With access to modern engineering tools and a hi-tech laboratory environment, you’ll learn the latest skills and knowledge in digital signal processing, microelectronic and VLSI (very-large-scale integration) design practice, robotics and neural networks, power systems applications, and advanced power conversion and control application trends. The MEng extends your studies by a year, enabling you to develop more in-depth knowledge of the subject. As with the BEng, you’ll have the exciting opportunity to study abroad or work in industry for a year, boosting your CV and employment prospects.

• This MEng Honours in Electrical and Electronic Engineering will give you a sound technological background in the field of electrical and electronic engineering
• You will have access to modern engineering tools which will give you the advantage of experiencing a hi-tech laboratory environment
• Students from the School of Engineering and Technology have previously completed work placement years at companies including: Rolls Royce Motor Cars, Bosch Thermotechnology, and RP Aero Systems
• Recent Electrical Engineering graduates have gone on to work at organisations including: Leonardo, Mitsubishi Electric and Martin-Baker Aircraft Company