Master of Engineering (Hons) in Computer Science with Artificial Intelligence (with a Year in Industry)

at University of York United Kingdom

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.

Our BA History of Art will give you three distinctive and complementary years of studying the history of art and architecture.

You'll start with a year-long introduction to the history of art and then build on this, in years two and three, with rounded training in the discipline and practice of art history. The interdisciplinary nature of art history allows you to develop your existing skills and interests and is reflected in our close relationship with other departments and centres in the Faculty of Arts and Humanities.

We'll introduce you to an extraordinary variety of art and architecture from many areas, including Europe the Americas, but also covering the Middle East, North Africa, and East, South and South East Asia. You can also study an exciting range of time periods, from the late antique to the contemporary.

History of Art is a traditional humanities subject with a strong vocational element, allowing you to develop valuable transferable skills. We have partnerships with the Tate, the National Gallery, the V&A and York Museums Trust. We also work on art beyond the museum and gallery system, including with partners in country houses, maritime museums, and churches. These partnerships contribute to the teaching and research in our department and you'll benefit from our collaborative links with these institutions.

With access to the latest computer design labs, multi-speaker surround sound systems, multimedia studios and an anechoic chamber you’ll be able to explore synthesiser technology, MIDI, audio recording, sampling and digital audio signal processing. You’ll not just learn how this technology is applied in making and recording music, but also use your engineering expertise to design and build the next generation of audio technology.

The MEng is a fully accredited engineering course which combines professional electronics with audio and music technology.

This course will consolidate your knowledge of fundamental principles and introduce you to more advanced concepts. You'll experience a large team software engineering multimedia 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 work with our latest innovative technology and engage with world-class researchers from the AudioLab.

Explore the ideas underpinning the education system and the environment it operates in, and challenge your views about topics debated in society.

Education is increasingly seen as essential to an informed society and as the driver for economic growth, social harmony and personal wellbeing.

By combining two distinctive but intertwined subjects, you’ll gain a deep understanding of education and learn to evaluate evidence, think critically and craft arguments - attributes valued by potential employers. You'll also get to tailor your degree to your interests and use your skills to carry out research in an area you’re passionate about.

Physics is the study of the fundamental forces of the Universe, understanding the nature of waves and particles, and the structure of matter.

You will gain a thorough grounding in physics, scientific principles and methods. You'll investigate subjects like nanosystems, semiconductors, fusion plasmas, biophysics, and quantum computing.

You'll learn to analyse real-life problems, write scientific reports, communicate complex concepts, and design and perform experiments.

Work with world-renowned physicists with access to unique facilities like our Astrocampus and the York Plasma Institute. On graduation, you’ll possess key career skills demanded by employers across a huge range of sectors.

You'll be taught the language component of the course in German, so you'll become confident using German as a means of communication, and for critical thinking. You'll gain an understanding of German culture and society which will underpin your abilities as a high-level communicator.

Your communication skills will be complemented by studying linguistics. This will enable you to understand and interpret language, and to learn the science behind how we communicate. You’ll engage with the study of language on a conceptual level as well as the detailed level of linguistic data. The course has flexibility in terms of how much German and linguistics content you study. Your knowledge and understanding of how a language works, and how we communicate, will give you a solid foundation for many careers.

Biomedical Sciences is about understanding human health and human disease. We study these areas so that, ultimately, we can develop new therapeutic strategies and refine government policy to prolong life and improve the quality of people’s lives.

Biomedical Sciences at York will open up your potential to become a future leading researcher, policymaker or administrator in biomedical sciences. You will learn how to critically assess information to gain a balanced understanding, how to develop and test scientific hypothesis and how to present your findings clearly and concisely to experts and non-experts alike. This degree will provide you with the skills required to tackle current and future challenges to human health.

Our course is delivered by four University departments with outstanding biomedical research activity: The Department of Biology, The Department of Health Sciences, The Department of Psychology, and the Hull York Medical School. The combined teaching across these departments ensures you have the latest understanding of the most important topics in human biology and disease, infection and immunity, epidemiology, and neuroscience.

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.

We have fantastic links with industry, and this allows us to give you exposure to the latest developments in the real world, as well as in our research. You may work on projects that have been specified by companies such as IBM or BT, who will then take any solutions and could use them within their business.

Our Industrial Advisory Board helps to steer our courses to make sure that what we teach is up-to-date and relevant to today's workplace. This means that when the time comes for you to get a job, you will be able to adapt quickly in the workplace, due to our principled and relevant teaching.

Our MSc in Pharmacology and Education will provide you with a unique opportunity to advance your pharmacology knowledge alongside developing as an educator.

You will learn from experts in their field who are at the forefront of pharmacology, medicine or medical education. This includes external experts, our own clinical trials unit, pharmacology academics and our Health Professions Education Unit.

As well as learning from their expertise, you will be challenged to think differently, to become a reflective practitioner and to develop skills to become a self-directed learner.

The MSc programme is built around core modules that cover the fundamental principles of pharmacology, the clinical relevance of drugs for the major organ systems and the fundamental processes involved in clinical trials. Alongside the pharmacology component, there are core modules covering learning and teaching, assessment and research methods to train educators of tomorrow.

You will finish your year with us by conducting a significant research project focussing on generation of novel data to support and improve pharmacology education for both science or medical professions. We will support you to increase your chances of getting your work published.

The world needs better politics: better ways of distributing resources and resolving conflicts.

How can we do this when our engagement with politics is most often local and national? The politics of the future is haunted by those of the past. In order to imagine and move towards building a new future, an understanding of history must underpin national and international politics.

This interdisciplinary MA seeks to address these problems by bringing together politics and contemporary history, with a particular focus on transnational ideas and institutions.