Bachelor of Arts (Hons) in Finance (with Sandwich Year)

at University of Hertfordshire - De Havilland Campus United Kingdom

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.

This multi-award-winning course will give you a thorough grounding and understanding of the commercial applications of illustration. Our aim is to develop creative thinkers and visual communicators who aren’t confined by the conventional boundaries of the industry. We encourage you to think imaginatively to develop engaging and purposeful ideas, and to execute them beautifully. The First Year is about core skills and finding the right pathway. Teaching guides you to be creative, generate ideas and solve problems, with workshops in software, typography and printmaking. Later, we focus on professional projects, emphasising commercial constraints and expectations. We also explore areas like digital design, interaction and motion graphics. In the Final Year you’ll produce a high-quality portfolio.

We have an enviable record of success. In recent years our students have won over many awards in all of the most prestigious national and international design and illustration competitions. These include: the overall winner of the Carmelite Prize, coveted D&AD pencils; various awards at New Designers; countless YCN awards; and many short listings and nominations in competitions such as the Penguin Random House Design awards, Folio Society, the London Transport and Lloyds TSB Illustration awards.

Clever, original ideas and excellent craftsmanship are vital for a successful career working at the top end of the profession and our course is committed to teaching students how to achieve these skills. We foster a fun yet demanding atmosphere that encourages our students to think independently, question the world around them and be opinionated.

This programme has been specifically designed for those intending to pursue a career in clinical psychology and to apply for a place on the professional Doctorate in Clinical Psychology, but it is also ideal for those interested in a research career or PhD in the area of clinical psychology and mental health. The programme enables students to gain detailed knowledge about modern theories and models in relation to psychopathology and psychological assessment as well as about effective psychological interventions and therapies. It also provides broad research training in quantitative and qualitative research, and offers education about the role of professional clinical psychologists along with training in essential clinical skills. The programme includes a Research Internship in Clinical Psychology which is a particularly attractive module enabling students to gain experience with professional research in clinical psychology.

This masters course is

• Designed to strengthen the research competence and academic profile of those intending to apply for professional training in clinical psychology.
• Offers broad postgraduate research training in quantitative and qualitative research methods relevant to clinical psychology and mental health in general.
• Includes a Research Internship in Clinical Psychology.
• Provides education about the role of clinical psychologists as well as training in some essential professional clinical skills.
• Uses a blend of adult learning approaches (i.e. lectures, seminars, group work, workshops) to engage students with the content of the taught modules.
• You will be introduced to leading theories or models in each field and the scientific evidence on which they are based will be critically discussed.
• Important research paradigms and controversies dominating current scientific debates within clinical psychology will be presented.
• You will learn and practice how to critically appraise published research.
• You will receive extensive training in a range of essential research skills.
• We will be discussing various types of research design for investigating the aetiology of mental health problems, for evaluating the effectiveness of psychological therapies and for auditing mental health services.
• You will be taught by our highly experienced and practising clinical psychologists, academic as well as clinically-oriented research psychologists.

Why choose this course?

The main educational aims of the programme are to provide you with a thorough knowledge about clinical psychology as an academic and professional discipline, and to develop your research competence in a range of quantitative and qualitative research methods of particular relevance to clinical psychology. Core knowledge areas such as psychopathology, psychological assessment and various types of psychological intervention are each taught in specific modules. You will be introduced to leading theories or models in each field and the scientific evidence on which they are based will be critically discussed. Important research paradigms and controversies dominating current scientific debates within clinical psychology will be presented, and you will learn and practice how to critically appraise published research.

You will receive extensive training in a range of essential research skills and we will be discussing various types of research design for investigating the aetiology of mental health problems, for evaluating the effectiveness of psychological therapies and for auditing mental health services.

The research training also includes

• Advanced methods of statistical data analysis with exercises in SPSS
• You will learn how to professionally report and communicate the findings.
• Qualitative research methods, for example, Grounded Theory will be taught in a specialist module and you will learn to use software for the coding and interpretation of transcripts.
• Each student will be allocated to a senior researcher for a Research Internship, a particularly valuable learning experience enabling you to prepare an impressive MSc Research Project which will be your most important academic achievement of the programme.
• The programme also includes a module Professional Clinical Skills introducing you to the role and competencies of professional clinical psychologists within mental health care settings as well as professional standards and ethical considerations. It also provides you with training in some essential clinical skills.

The programme also includes a module Professional Clinical Skills introducing you to the role and competencies of professional clinical psychologists within mental health care settings as well as professional standards and ethical considerations. It also provides you with training in some essential clinical skills.

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.

Intended for graduates of the biological and biosciences, this course provides specialist knowledge of molecular biology and biotechnology. This exciting and fast-moving area of bioscience is having an enormous impact on biotechnology. Analysis and manipulation of genes and genomes have provided the foundation for the development of new diagnostic methods, biological drugs and improved enzymes and proteins. New vaccines, synthetic antibodies and improved crops have also benefitted from advances in molecular biotechnology.

Why choose this course?

• You’ll be taught by expert university lecturers and researchers, many having extensive research experience in academic, pharmaceutical, industrial and biotechnology sectors.
• Benefit from innovative guest lectures, delivered by leading researchers in the biotechnology industry.
• Immerse yourself in our modern Science Building. We offer exceptional facilities for you to practice the latest techniques in QPCR and genome editing and molecular cloning. Use our laboratories for DNA analysis, Genomics, Proteomics and Bioinformatics.
• Graduates will be equipped to gain employment in a wide range of roles in the Biotechnology industry or further postgraduate study in the bioscience field.
• We adopt a blended learning approach to teaching, focussing on problem-based scenarios so you can develop strong critical analysis skills. You’ll have substantial exposure to practical techniques and guaranteed laboratory-based research projects.
• We offer extended 12-month research projects for successfully interviewed candidates.

The School has a strong international reputation for research in Artificial Intelligence and Robotics and this expertise influences this course which explores current research and practice in artificial intelligence and robotics. This MSc can lead to a career such as a designer of intelligent systems or in research.

Why choose this course?

• Through your placement year you will gain industrial experience and be able to practice applying the skills you have learned throughout your studies.
• One of a range of advanced courses within our postgraduate Master's programme in Computer Science, this particular course provides you with a specialism in Artificial Intelligence and Robotics.
• Advanced topics studied include artificial life with robotics, neural computation and machine learning, theory and practice of artificial intelligence.
• Taught by a highly-regarded and long-established computer science department.
• Computer Science saw 90% of its research ranked as world-leading (Research Excellence Framework, 2022).

Paramedics are autonomous practitioners, who are often the first point of contact for a patient requiring emergency or urgent healthcare. They work in a variety of settings and deliver patient care in situations that can be complex and highly pressured. This course will equip you with the knowledge and skills required to manage patients with illness or injury, including assessment and diagnostic skills through to treatment or referral to other healthcare professionals. The course has strong emphasis on high-quality care, taking into account rapid changes within the profession. A sound understanding of evidence-based practice and research is a fundamental part of your education. Your studies will be interspersed with practice placements, facilitated by local ambulance services.

• Your learning experience is constructed from 12 years of professional leadership in paramedic education and development, specifically designed to support your studies and enhance your work experience. 
• The BSc (Hons) Paramedic Science degree is the first nationally to integrate your full paramedic training to the Health and Care Professions Council (HCPC) registration standards within a full-time degree programme.
• Your vocational placement will be either the London Ambulance Service NHS Trust (LAS) or the East of England Ambulance Service NHS Trust (EEAST).
• You will be eligible to apply to register with the Health and Care Professions Council (HCPC) as a qualified Paramedic on successful completion of this BSc (Hons) Paramedic Science degree, which significantly increases your employability opportunities.
• 100% of our Paramedic Science graduates went on to employment or further study within 6 months according to the latest national Destination of Leavers from Higher Education (DLHE) survey.

A wide range of opportunities exists for qualified legal practitioners to work within the energy industry. The University of Hertfordshire’s LLM Energy Law and Environment will provide you with the knowledge and skills you will need to underpin your chosen career.

Two compulsory modules – International Energy Law and International Environmental Law – will give you a firm foundation for your studies. In addition, you will select two optional modules which will complement your learning and equip you to meet the challenges and opportunities related to the legal aspects of the oil and gas industry, and the environment.

The International Energy Law module examines the main types of international and national regulatory frameworks and contractual arrangements within the sector. You will also cover key policy issues relating to law, regulation and contracts as well as the jurisprudence of courts, along with emerging legal issues. The International Environmental Law module examines contemporary global environmental challenges, enabling you to understand and critically reflect on issues such as climate change and biodiversity loss. The modules are both assessed by way of written coursework.

Whether you are a graduate looking for a career in environmental management or an experienced environmental professional, our Environmental Management MSc enables you to develop the knowledge and skills required to implement environmentally sustainable solutions within businesses and organisations around the world.

Environmental Management is of increasing importance to all types of organisations both within the UK and worldwide; there is a growing need for qualified and trained environmental managers and, as environmental challenges become ever more apparent, this demand shows no signs of abating.

Our MSc in Environmental Management provides a flexible and broad approach to study and provides a firm grounding in the essentials of environmental management, including environmental auditing, the choice, design and use of a range of environmental tools and methods including EIA, ERA, Lifecycle Assessment and knowledge of environmental policy and legislation. Studying on this accredited Environmental Management MSc is the first step to becoming a Chartered Environmentalist.

Five core taught modules are taken and students then choose three optional modules. Students also complete two modules (Research Methods and Research Project) which specifically support them through their independent research project. The project can be based on an environmental management issue that interests you or is relevant to your organisation, and you will be assigned a member of academic staff who will guide you through the research process.

Software engineering is a discipline that applies professional engineering techniques to the construction and evolution of large and complex software systems. This course adds a specialism in software engineering to a broad base in computer science. In the first two years there is an emphasis on software development, professional programming, the modelling and design of systems and data, the principles of networking and the user experience. Building on this foundation you’ll study software engineering in depth and learn how to analyse, design, develop and evaluate computer-based systems. You’ll also learn the application of engineering techniques, such as those relying on software metrics.

• Choose this course with an emphasis on Software Engineering building on a base of mainstream Computer Science, or change to one of the others in our flexible programme.
• Be taught by highly qualified staff, most with a PhD or other advanced degree plus research, teaching, or professional experience.
• Be part of a highly regarded well established computer science department with excellent facilities, a strong research background, and links to business and industry.
• Prepare yourself for a career in the IT sector through a mix of academic, professional and practical study, with opportunities for industry certifications and a paid placement year. Previous students have worked placements at companies including Intel, Microsoft, and Apple
• Recent graduates from Computer Science have gone on to work at amazing organisations including Ticketmaster, BAE Systems, and Ocado