Bachelor of Science (Hons) in Chemistry, Biological and Medicinal Chemistry (Plus Optional Placement Year)

at University of York United Kingdom

Computer Science is founded upon Maths, and the study of the two together allows you to explore topics core to both whilst gaining an insight into how they intersect.

Maths influences Computer Science, from designing and analysing efficient computer programs to developing formal proofs that a piece of software does what was intended. This is especially important, for example, if the software is being used to fly a plane.

Increasingly, Computer Science is also being used to find solutions to mathematical issues. Computers are used to solve long-standing mathematical problems, as they can help visualise complex numerical data, search for solutions, and make number manipulation faster.

Psychologists use observation and experimental evidence to understand the relationship between our sensations and actions but also the intervening processes that underlie our behaviour. Social psychology studies interactions, group behaviour and culture. Cognitive neuroscience examines the mechanisms of the individual brain, right down to its cells and the connections between them.

Here at the University of York, we teach psychology as a rigorous experimental biological science.

We are committed to the application of this knowledge to the benefit of all sectors of society. Most organisations are interested in explaining, understanding, predicting or changing human behaviour.

We are a research-intensive department which means you will be taught by researchers of international repute who are doing world-leading research as well as delivering lectures and supervising undergraduate projects.

Some of our students go on to work in fields such as health (clinical psychology), education (educational psychology) and criminal justice (forensic psychology) but most use the unique combination of scientific and statistical skills, critical thinking and analysis of human behaviour in other sectors such as marketing, human resources, management and the civil service. A high proportion of our graduates go on to further study.

Chemistry is often referred to as the 'central science'. It covers topics as diverse as quantum mechanics and the study of atomic particles, to the molecular nature of biological systems and the Human Genome Project.

Learning about the fundamental basis of chemistry - the analysis of molecules, their structures and shapes and how they react - is vital for our modern society. Chemists can really make a difference in the world.

The increased use of electrified transportation, data centres and IT devices leads to ever increasing reliance on power electronics supported technologies. Electrical and Electronic Engineers have a vital role in addressing this challenge.

Master the principles, circuits, systems and solutions at the intersection of these exciting disciplines, covering areas such as power electronics and motor drives, renewable energies, energy generation and distribution, smart grids and energy management.

You'll experience a large team software engineering project, as well as managing a substantial individual project, allowing you to develop the knowledge and skills required to become a leader in the industry. With an increased choice of advanced option modules, you'll have the opportunity to engage with world-class researchers and work with our latest innovative technology.

You'll graduate with the abilities and approaches you will need to operate with confidence – as a researcher, expert designer or technical manager – in the challenging world of electrical engineering.

Explore what crime means in our culture and society and how it affects our lives.

Look beyond traditional views and develop new ways of thinking about the effects of crime, its impact on individuals and societies and how we respond to it.

Challenge your existing opinions about the nature of crime and disorder and learn to evaluate evidence, think critically and craft arguments – attributes valued by employers.

This MSc combines theoretical grounding in development and its disorders with practical training in clinical assessment, diagnosis, and treatment. You will focus on dyslexia, developmental language disorder, autism, ADHD, and dyscalculia.

Combining perspectives from developmental and cognitive psychology, developmental cognitive neuroscience, and applied clinical and educational practice, you'll look at topical issues such as co-morbidity between disorders, and the implications of cognitive disorders for children’s mental health.

This course has been developed by academic and industry experts to provide you with a thorough understanding of marketing theories, interdisciplinary techniques and strategies relevant for a successful career in marketing, in the UK and worldwide. You’ll develop core skills, experience and knowledge of key marketing areas, including digital literacy and ethical practice.

Our strong links with companies give you access to expert guest speakers and opportunities to take part in real-world consulting projects.

Education affects us all, but few people ever question the systems and structures which seem so familiar.

Delve into a wide range of disciplines and fields, including psychology, sociology, social policy, politics, literature and history. You'll study how people learn; how education interacts with wider society; how politics affects what we learn and how we learn it. You'll explore how education is organised in different countries; and how modern education has been shaped by its historical roots.

Alongside rigorous academic study, you'll gain valuable skills and experience with a range of opportunities for placements and volunteering. Your studies will inform and guide you, giving you practice applying educational theory to real-world situations.

This course will not qualify you as a teacher. However, it is good preparation for a range of postgraduate initial teacher training courses.

Chemistry is often referred to as the 'central science'. It covers topics as diverse as quantum mechanics and the study of atomic particles, to the molecular nature of biological systems and the Human Genome Project.

This degree will give you a strong grounding in fundamental chemistry. You'll also develop specialist knowledge of chemistry for biology and medicine, from the use of powerful microscopes to investigate the causes of genetic disease to exploring new treatments for cancer.

It covers theoretical and practical electronic design, sensors, instrumentation systems, communications and embedded computing from core principles to cutting-edge research.

One of the major features of the course is the teaching of industry standard embedded systems using ARM processors, which are currently in over 90% of all mobile phones.

The course is ideal if you are seeking a route into industries which use wireless sensor network applications, ranging from smart buildings, warehouses, traffic monitoring, patient monitoring, industry 4.0 and the internet of things. After graduating, you'll be significantly more attractive to a wider range of employers due to a more comprehensive portfolio of experience.