Master of Science in Engineering Management

at University of York United Kingdom

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.

Explore theories and practices of sustainability and global justice with tools from across the natural sciences, social sciences and humanities.

We are all responsible for the drive towards a fairer world. This course will equip you with the skills to become a leader of change. You'll further your understanding of global inequalities and develop an awareness of how various organisations interact with each other as they contribute to, and resolve, problems such as global exploitation, environmental degradation and injustice.

Supported by the Interdisciplinary Global Development Centre, you'll learn through a problem-based approach, applying your skills to tackle real-life issues from the very first day.

You’ll gain the leadership skills and creativity needed to succeed in a range of careers in the private and public sector, non-governmental organisations, advocacy organisations, the media, research and consultancy.

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.

Community music is a growing career option, as more and more musicians opt to work outside formal settings like the concert hall and many orchestras and arts organisations seek to extend their audience base into the community.

Community music covers work in schools, prisons or hospitals, the development of music in under-resourced areas and with disadvantaged people and the development of creative partnerships between people of different skills and cultures. The vast majority of music programmes focus on musicology and instrumental/vocal excellence - this course will challenge you to build on these skills and think critically about the practical applications of music beyond the concert hall.

You'll leave with the well-honed skills needed to facilitate access to music for a diverse range of people. The course also covers project management and arts administration, management and consultancy, and combines scholarship with professional and charitable outcomes, experience that will be invaluable in any career you may wish to pursue.

Our Masters in Stained Glass Conservation and Heritage Management will give you practical experience with up-to-date conservation techniques, and an opportunity to work with leading conservation studios, providing you with invaluable work experience, and networks for your future career.

You'll train for a variety of employment in stained glass conservation, cultural heritage management, arts administration, museums, and the administration of historic buildings. You'll combine practical work with intensive seminar study to investigate the key issues in approaches to conservation and heritage. The course will also prepare you for a higher research degree.

The course is based entirely on the historic campus at King's Manor in the heart of the medieval city of York, and you will have continuous access to our dedicated conservation and teaching studio.

Our Genetics course examines how the massive innovation in DNA sequencing technologies has revolutionised our knowledge and understanding of living systems, and makes it a particularly exciting time to be studying this subject.

This course is ideal if you want an interdisciplinary approach to Genetics. You will have a wide range of options to tailor the course to your developing interests.

Genetics encompasses the molecular studies of genes and genetic engineering, through human genetics and disease, to population genetics. Our increasing knowledge of the human and other genomes will continue to have a great impact on biotechnology, medicine and conservation.

Adding a year in industry or a year abroad are both an option with this course too, so you can benefit from the advantages that a year away can bring. The Department of Biology will provide you with the opportunity to learn in new, spacious and modern teaching laboratories which provide excellent facilities for practicals and small group project work, alongside our state-of-the-art computing facilities.

At the heart of this course are passionate discussions on contemporary issues such as international development, global financial regulation and the organisation of production and trade.

Our expertise in the field of international political economy spans the full breadth of the discipline - from classic thinkers to debates over contemporary trade policy and trans-national financial regulation. You'll also be encouraged to look beyond your discipline, with option modules delivered by departments across the university to give you a fresh, interdisciplinary perspective on the issues you'll face.

By standing on the shoulders of history's intellectual giants, including Karl Marx and Adam Smith, you'll find new ways of exploring ideas and gain a deeper understanding of today's most pressing issues.

Develop your skills in economic analysis and quantitative techniques.

This course emphasises problem-solving and practice in economic theory, applied economics and econometrics. You'll have opportunities to study areas of application at the frontiers of economics such as experimental economics, regulatory policy, industrial organisation, intertemporal and international macroeconomics, financial markets, and labour economics.

Students who have a Bachelors degree in Economics with a very high average mark and a research proposal of outstanding quality can apply for the 1+3 PhD. This gives you the chance to first study for a Masters then a PhD in Economics.

Nanotechnology is revolutionising electronic engineering.

Nanotechnology encompasses the design and study of devices on a scale of less than 100nm - barely a few hundred atoms across. From ultra-high-speed processors to super accurate sensors, nano-scale devices are transforming science and technology across a broad spectrum of fields, including microelectronics, data storage, medicine and the environment.

Drawing on the expertise of nanotechnology research groups at York, this course emphasises those areas of nanotechnology directly relevant to contemporary electronics. It forms part of a broad and strong core programme in electronics and provides ‘hands-on’ opportunities to build and characterise nanoscale devices.

This course will consolidate your knowledge of fundamental principles and introduce you to more advanced concepts. 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 knowledge required to operate with confidence - as a designer, operator or manager - in the rapidly-expanding world of nanotechnology.

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 green chemistry, which is increasingly important in industry as regulations tighten and chemical resources become harder to find.

Course Highlights

• Raw materials and life cycle assessment
• Benefits of green chemistry to human health
• Catalytic methods in asymmetric synthesis
• Technological challenges in process development
• Structure, function and action of biocatalysts
• Biofuels and fuel cells