Master of Science in Robotics, AI and Autonomous Systems

at City, University of London United Kingdom

This programme combines academic rigour with the development of practical, transferable skills that can be applied in a wide range of health policy, planning and management settings. Focused on real-world challenges, this master’s degree is the ideal platform for you to explore in detail the many social, political and economic factors that influence health policy development across the world.

Core modules cover:

• The health policy process, politics and power
• International health systems
• Health economics
• Research methods and policy evaluation.

You will have plenty of scope to pursue your own areas of interest through our wide range of elective modules.

Over the course of your studies, you will address key issues relating to health policy in a range of contexts, including:

• How can we best meet people’s changing health needs?
• What are the most effective ways to finance and organise health care?
• How do we tackle health inequalities?
• How do we balance cost-effectiveness with high quality, comprehensive and person-centred health services?

The benefits of this course are many and varied. You will build knowledge of the field and its history while developing practical skills and understanding to help you in the modern workplace.

By the end of the course you will know how to analyse financial markets and instruments for risk management and how to apply quantitative data and statistical techniques to economic and business decision making.

Your personal development will give you greater confidence and value to the workplace.

Who is this course for?

If you want to learn how to apply economics to business issues, this course is suitable for you.

Our core modules require that you have a basic level of business economics knowledge, and a strong understanding of statistics and quantitative methods. You are also expected to have a strong interest in current affairs relating to business, finance and economics.

This degree encompasses the disciplines of material sciences, thermodynamics, solid and fluid mechanics and robotics. Accredited by the Institution of Mechanical Engineers, it is your quickest way to achieve Chartered Engineer status.

You’ll develop 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.

A fourth year at master’s level prepares you for professional practice through an in-depth individual design project and a focus on business and management.

• Apply your interest in science and mathematics to solve engineering challenges and develop innovative solutions
• 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 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 four 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.

Taught by methodological and health practitioner experts, this intensive MRes course will build your confidence and expertise in leading research in healthcare settings. You will gain in-depth understanding and skills across a breadth of research methods, laying the groundwork for a career as a healthcare researcher.

The programme focuses on formal training in research methods for evidence based practice and on applied data analysis, including quantitative and qualitative research and statistical analysis. Through the allocation of a University-based supervisor and a practice-based clinical mentor, you will be prepared for the conceptual, methodological, ethical and logistical challenges faced by all researchers.

Under the guidance of methodological and profession specific experts, the course will provide the opportunity to explore the application of advanced-level research. You will undertake high quality, publishable research, that can be used to influence and lead health service related delivery, policy and innovation.

Data science is an in-demand discipline across a wide range of sectors, from energy and transport to the creative industries. This degree will equip you with the valuable combination of computing and data analysis skills needed for a career in this fast-growing area.

You will develop skills in computer science, such as algorithmic thinking and programming. You’ll also develop specialist data science skills needed for the extraction of actionable insights from data. These skills, combined with creative problem-solving, can answer challenging questions and bring new knowledge to light.

This skill set will be widely applicable within the computing industry and in various other sectors including retail and health, making our graduates highly employable.

• Acquire leading-edge knowledge, skills and techniques required by the data science profession
• Become proficient in a broad range of programming languages and software design techniques
• Work with and learn from active researchers in machine learning, high-performance computing and data visualization
• Apply your knowledge and skills to develop solutions in data-intensive sectors where insights can deliver commercial advantage or social benefit
• Access excellent work experience opportunities at nearby Tech City.

This integrated master’s provides expert knowledge of electronics, power engineering, communications, programming and engineering management.

You’ll spend your fourth year developing advanced, in-demand expertise at the cutting edge of the discipline, and completing a design project that helps you transition from study to professional practice.

We have been educating electrical and electronic engineers for almost 90 years.

Our degrees are dual-accredited by professional bodies, meaning your qualification will be recognised for its quality and relevance. In addition, you will:

• Learn from research-active academics working at the cutting-edge of their field
• Develop highly relevant, in-demand skills thanks to industry involvement in our curriculum
• Put your in-depth engineering knowledge into practice and apply your expertise to real-world problems with design projects at every stage of your studies
• Gain hands-on experience with high-tech equipment in modern undergraduate and research labs, including chip production facilities and electrical power equipment
• Take an optional work placement to boost your grades, employability and professional expertise
• Fast track your progress to Chartered Engineer status, with a degree that meets all academic requirements for professional registration.

Mathematics is the universal language of today’s global economy. Data Science is increasingly the tool for analysing real world complexity and decision-making.

Whether you are managing an investment portfolio, encrypting financial transactions or constructing a machine-learning algorithm to identify hidden patterns in your customer database you will likely be doing it through a combination of Mathematics and Data Science methods.

The Mathematics with Data Science BSc opens doors to the widest range of careers, because virtually all industries need graduates with skills in these disciplines. The confidence and knowledge you gain at City will open doors to a rewarding and satisfying career.

• Understand the universal nature of mathematics as a discipline that knows no borders or language barriers
• Master a wide range of mathematical and data science topics and techniques, such as calculus, probability and machine learning
• Learn to implement sophisticated algorithms, data mining techniques artificial intelligence with real world applications
• Boost your employability with an optional paid one-year work placement – past students have secured placements at organisations such as Axa, Barclays, Bloomberg, Disney, Microsoft, Toyota and Warner Music
• Take special career development modules to understand mathematics’ essential role across all industries and the opportunities available to you.

Explore your interests through a research project chosen from a wide variety of mathematical topics – past projects have included everything from life-saving mathematics in medical imaging, to wallpaper patterns.

Develop the knowledge and skills to plan and evaluate public health programs on our master’s degree in Public Health. You will develop robust research and analytical skills and gain a critical understanding of the factors that drive public health theory and practice.

Drawing on international case studies, evidence, and practice, you will explore how public health programs and policies are planned, measured and evaluated and the socio-economic and political forces that affect them.

You will gain a clear understanding of the social determinants of health and how effective public health programs can help identify and address inequalities within societies.

To underpin your studies, you will learn thorough research, evaluation and analytical skills that you can apply in a wide range of settings.