Master of Science in Digital Supply Chain Management

at City, University of London United Kingdom

You will learn how people and institutions make decisions under conditions of constraint, such as time and knowledge, and under various influences such as social pressure. There are many practical implications of insights from behavioural economics and the field is widely accepted to deliver a powerful, cost-effective approach to improving human welfare.

Commercial organisations have long known the limitations of individual decision making and routinely use this knowledge in their commercial practices.

A strong postgraduate education in behavioural economics will allow you to work in a variety of roles in the private or public sector that require a solid understanding of human behaviour.

A developed understanding of behavioural economics gives you a broad, real-world perspective to inform your professional interests and future ambitions.

Our programme is also an ideal pathway to a PhD in Economics or Psychology.

Who is this course for?

If you have recently graduated in economics, psychology, a related social science or quantitative discipline, this programme could be the next step. We will help you develop the relevant modern skills and knowledge needed for a career in the world of behavioural economics.

This three-year accredited degree will equip you with the skills and expertise to design and build advanced machines, such as:

• Driverless cars
• High-speed trains
• Robotic manufacturing systems
• Tidal power stations
• Solar-powered generators

It encompasses the disciplines of material sciences, thermodynamics, solid and fluid mechanics and robotics. Accredited by the Institution of Mechanical Engineers, it is your first step towards Chartered Engineer status.

• Apply your interest in science and mathematics to solve engineering challenges and develop innovative solutions
• Receive professional training in all subjects necessary for a successful career as a mechanical engineer
• Learn from academic staff from our active Research Centres, supported by specialist professionals from industry
• Study in specialist facilities including our flight deck, motion simulators, wind tunnels, optical compressors, formula car simulator and more
• Boost your employability with a work placement – past hosts have included TfL, Nissan, Interserve, AECOM and Network Rail
• Benefit from our industry connections and outstanding reputation from 120 years of engineering teaching.

This three-year degree has been designed by world-leading researchers in the field. You’ll learn about the latest thinking in crime and society, and develop the skills to conduct your own original research.

You’ll study topics such as criminal justice, penology, policing, news, violence, and social change. This develops your analytical capability to engage with crime and social policy debates. Modules in qualitative and quantitative research methods develop your data analysis skills.

• Become a critical thinker with an in-depth understanding of the complex interplay of local and global forces in relation to crime and criminality
• Boost your employability with an optional work placement year
• Develop highly sought-after data literacy and quantitative skills, thanks to our strong links with City’s Q-Step Centre
• Opt onto a Q-Step quantitative methods pathway: benefit from a heightened focus on data skills, a workplace Data Placement in Year 2, and an optional international work placement

Take advantage of excellent internship opportunities thanks to our central London location, including access to organisations in crime and justice, human rights, migration and refugee support, and mental health.

The benefits of this course are many and varied and will help progress your career.

You will focus on Deep Learning, developing adaptable artificial neural networks that replicate how the brain works.

As AI is transforming society you will explore the wider issues of ethics, accountability and trust that surround it and how ‘Explainable AI’ is used to interpret the functioning of adaptable artificial neural networks.

You will learn in the world-class, state-of-the-art City AI lab and have the latest computers, tools and technologies at your fingertips.

Who is this course for?

If you want to learn about AI as science, this course is perfect for you. You will learn how to apply deep learning and other groundbreaking AI methods to image recognition, sequence analysis, optimal control, creativity and cognitive modelling.

You will also gain an understanding of the ethical and legal challenges of AI and how to make AI explainable and fair.

You are required to have a degree in computer science, computational neuroscience, mathematics, computer engineering, or natural sciences.

You will need to have good programming skills, particularly in Python.

You’ll also need a good imagination, be creative and have a keen interest in learning in a collaborative environment where intellectual debate and teamwork are encouraged.

Learn how to effectively produce and apply empirical research through the development of extensive methodological skills and knowledge. You will gain a broad interdisciplinary perspective of research production and consumption while boosting your understanding and practice of qualitative and quantitative research methods.

You will directly benefit from the expertise of our staff. They will ensure that whatever your academic or professional background, you achieve the broadest possible interdisciplinary perspective on empirical research.

You will also benefit from independently pursuing a specialist subject through original research and selected modules.

We aim to give you an overview of key issues in research design and the philosophical foundations of social research.

This accredited integrated master’s covers mechanical, computational and sustainable life-cycle engineering in this high-tech field. Over four years, students learn to develop professional engineering skills, with a focus on innovative and sustainable solutions to current and future Aeronautics and Aerospace trends.

Individual and group engineering design projects demonstrate students expertise to future employers. Whilst a fourth year, at master’s level, it helps to transition from study to professional practice.

• Benefit from strong links to industry and exceptional industry involvement in the degree programme. Profit from City’s vision of sustainable engineering, a fundamental aspect in future Aerospace engineering.
• Study in world leading test facilities, including our low-turbulence wind-tunnel and high-speed tunnel belonging to the UK National Wind Tunnel Facility initiative.
• Work with modern state-of-the art experimental equipment and high-performance computational fluid solvers, both being developed at City and supported by world-experts in those fields.
• Enjoy easy access to our central London location and benefit from the links to our international aviation program, with City being the hub for the aviation industry with satellites in Dubai and Germany.
• Boost your employability within an optional placement year or placement over two summer periods, which offers first-hand experience in professional industry. Recent placements have included BAE SYSTEMS, Rolls Royce, Raytheon.

If you want to work in areas that depend on the application of new technology or the introduction of innovative products and services, this is the right course for you.

You will consider the economics of digital business and the characteristics of innovative businesses that succeed in a turbulent environment.

On the Business Management, Digital Innovation and Entrepreneurship course, you’ll gain a broad understanding of business with a strong emphasis on managing entrepreneurship and innovation. You’ll study the exceptional challenges associated with innovations that can trigger massive changes in what is possible within a business.

You’ll deepen your understanding of the processes involved in creating digital start-up businesses from inception to launch. And how both new and established organisations can respond to the opportunities and threats associated with disruptive innovation.

The Energy and Sustainability Engineering course equips you with the expertise to take a multidisciplinary approach in tackling the challenges faced in sustainable development and access to clean and affordable energy.

Over three years, you will develop the professional engineering skills required, with a focus on innovative and sustainable solutions to current and future problems in energy systems.

Individual and group engineering design projects demonstrate your expertise to future employers.

• Benefit from exceptional industry involvement in the degree programme, taking advantage of the London location of City, including undertaking projects set by industry and guest lectures from practising engineers
• Study in world leading research facilities where different engineering systems are designed, developed, and implemented for industry today
• Take an optional placement year or placement over two summer periods to boost your employability, building on the strengths in research and industrial collaborations across the Department of Engineering.

You are fascinated by the financial world and that complements your love and talent for mathematics, especially modelling and probability. You love solving problems and setting up, then challenging, hypotheses.

The Finance with Actuarial Science undergraduate course will equip you with financial risk management and analysis skills that will boost your career prospects in investment management, risk management or actuarial science. Financial engineering or financial analysis careers will also be open to you.

Discover the different aspects of the financial world and in particular how assessing and managing risk is vital for success. To develop the skills you need to understand these ideas, you’ll take a mixture of financial, mathematical, statistical and actuarial modules. You will apply your new technical and analytical skills to solve a wide range of business problems.

In the first year your focus is on building a firm foundation in mathematics, statistics and economics as you begin to develop your understanding of financial risk.

In the second and third years you will broaden your understanding of the financial markets. This will include analysing the various types of financial instruments that are available, how they are valued and how they can be used to provide suitable solutions to financial problems involving risk and return.

You will study the latest theoretical and clinical developments with academics who are carrying out world-class research in the field of maternal and child health.

Choosing from a mix of core and elective modules, you will be supported to build a stimulating and challenging programme of study that suits your particular learning needs and clinical interests.

You will gain a thorough grounding in research skills and applied data analysis to support your role as an evidence-based practitioner.

You will be encouraged to become a reflective practitioner and supported to develop lifelong learning practices.