Bachelor of Arts (Hons) in Footwear Design

at De Montfort University United Kingdom

Our programme is diverse, international in focus and innovative. We will teach you the skills for effective research and analysis, helping to hone your ability to absorb, communicate and critically analyse complex information.

Reflecting the globalised world we live in, the History curriculum covers a wide range of modern and contemporary European and non-European histories, exploring topics such as colonialism, decolonisation, immigration, ethnic minorities, racism and gender.

You will also gain an understanding of the role politics plays at local, national and global levels and explore the crucial issues in contemporary international politics that are impacting our world. Our research-informed curriculum provides both the practical tools and the theoretical knowledge to understand a wide range of political issues and respond to the current social, political and economic challenges.

As you progress through the course, we’ll challenge you with more in-depth explorations, and the subject matter will become increasingly complex. You can choose to specialise in either History, Politics or International Relations. You’ll be supported by a passionate teaching team who provide a dynamic learning environment and whose national and international expertise is embedded within the curriculum.

Forensic science – familiar to most of us thanks to its appearances in popular TV police dramas – is the application of science to law. It’s carried out through the collection, preservation and analysis of evidence.

If you have an enquiring mind, are good at solving scientific problems and want to work with cutting-edge equipment and facilities, then you could be the right person to work at a crime scene or analyse the evidence recovered from that scene.

On this course, you’ll study forensic chemistry, biology, imaging and photography, the essentials of forensic investigations, and professional and quantitative scientific skills.

Then you’ll take modules on bodies, tissues and fluids, materials ID, drugs of abuse, analytical forensic chemistry, forensic IT and issues in criminal justice.

The third year will cover forensic case studies and the presentation of evidence, then fire, arson and explosions, authenticity and fraud, DNA profiling, forensic chemical pathology, and project and professional skills.

The production and utilisation of energy is a key global issue. Governments and industry are becoming increasingly aware of balancing energy production and utilisation with the need to be environmentally conscious and energy efficient.

This course addresses energy production, storage and utilisation. Develop your understanding of the production and efficient use of conventional and renewable energy sources for power generation, and modern energy storage solutions, complemented with elements of energy economics. You will gain a strong understanding of key principles in engineering, mechanics, electricals and electronics, and will explore specialist topics in modules including Sustainable Buildings, Energy for Transport Applications and Low Carbon Energy Technology.

You will have the opportunity to gain industry experience by undertaking an optional work placement. Recent placements have taken place at companies such as Cummins, Network Rail and Caterpillar. We also place a strong focus on employability through industry relevant modules, including Energy Economics and Policy and Project Management.

Graduates of this course go on to a vast range of careers in production, utilisation, energy storage and management, design, research and development, environment control and policy making.

Mechanical engineering touches virtually every aspect of modern life. It’s at the forefront of developing new technologies for a multitude of industries including transport, healthcare, construction, and robotics.

You will learn fundamental skills and knowledge by studying core modules such as Engineering Mathematics, Mechanical Principles and Machines and Mechanisms. You will be able to take optional modules such as Design for 3D Printing, Bioengineering and Emerging Materials and Processes to tailor the course to your interests. Modules such as Product Design, Project Management and Engineering Business Environment equip you with the professional skills you need to work in industry.

Designed to address skills gaps in this innovative industry, our MSc will help maximise your employability. Industry-relevant course content, placement opportunities and teaching from research-active staff mean our graduates are well-equipped for a range of roles.

You will grow your skills across core electronic engineering disciplines, by taking modules such as Digital Signal Processing, Power Electronics and Embedded Systems. You will further enhance your employability by studying Engineering Business Environment, a module that considers the opportunities and threats to business arising from environmental policy, legislation and societal change. In your final semester, you will be supported by our academics and technicians with your individual project, a substantial piece of work focused on your specific research interests.

You will be taught by staff who are carrying out research in areas including emerging memory devices, growth nano-structures and communications cabling. This means you will develop a thorough and up-to-date understanding of the context of electronic engineering in the 21st century.

Fashion buying requires both strong commercial understanding as well as theoretical knowledge. After looking at the roles and responsibilities of buyers – from design concept to point of sale – you’ll focus on the business side of fashion, building your knowledge of planning, branding, public relations/communications and social media platforms.

You will study computer-aided design (CAD) to ensure that your design and marketing concepts can be presented and communicated in a professional, and industry-recognised, style. You will also cover report writing, data selection, presentation and critical analysis.

Develop the practical skills needed to take on the challenges of our rapidly evolving industry, focusing on the shift in consumer demand from high street to online shopping. With an emphasis on sustainability and social responsibility, we aim to give you the tools you will need to drive innovation at all stages of the buying process.

This course will underpin your learning with industry-led insight and expertise, mixing professional knowledge and skills with academic critical thinking about films, audiences and the film industry.

You will enhance your filmmaking skills while developing a range of core skills and expertise in business and production management. These include scriptwriting, lighting and cinematography, directing and post-production, pitching, budgeting and management.

Further your knowledge of key roles in the film industry and the production process by learning about screenwriting and digital film and audio capture. As your studies progress you will develop your own projects under the guidance of our expert staff, with modules covering pre-production and production, equipping you for your final dissertation or individual film project.

We’re living in a digital age, and while this technology and connectivity gives us so many benefits, it also means hackers and cyberterrorists have more opportunities than ever before to sabotage institutions, businesses, and even individuals.

This programme is developed in partnership with a range of national and international organisations, including Deloitte UK, Airbus, BT, and Rolls-Royce, ensuring you learn about the issues at the forefront of the sector.

Teaching is delivered by our expert staff at the Cyber Technology Institute, which has been named as an NCSC Academic Centre of Excellence in Cyber Security Research thanks to its pioneering research in incident response and cyber threat intelligence, industrial control systems and sociotechnical security.

Our Cyber Technology MSc course consists of four main themes –Artificial Intelligence, Cyber Security, Digital Forensics and Software Engineering. It can be studied by combining modules from all five categories, allowing you to specialise in your chosen area of interest. Alternatively, you have the opportunity to choose mixed pathways, for example the choices of modules could lead to a degree in Cyber Technology with Artificial Intelligence.

Biomedical science is the term for the investigations carried out on samples of tissue and body fluids to diagnose disease and monitor the treatment of patients.

A biomedical science degree is highly sought after in NHS pathology centers, forensic science laboratories, research institutions and the biotechnology and pharmaceutical industries. Successful graduates can benefit from entering a dynamic profession with long-term career prospects in research, specialised laboratory work, education and management.

Our course is professionally accredited by the Institute of Biomedical Science, which enables our graduates to gain the necessary skills and qualifications sought by employers.

You’ll study a range of topics including anatomy and physiology, biochemistry, cell biology, microbiology, immunology and more. Throughout the course, you’ll be exploring the analytical skills needed in modern biomedical science, along with research and diagnostic techniques.

Computational Intelligence (CI) encompasses the techniques and methods used to tackle problems that traditional approaches to computing struggle to solve. The four areas of fuzzy logic, neural networks, CI optimisation and knowledge-based systems encompass much of what is considered to be computational (or artificial) intelligence. There are also opportunities to apply what you learn in areas such as robot control and games development, depending on your interests.

You can choose from a number of specialist modules including natural language processing, artificial neural networks and data mining techniques, while developing your skills in our dedicated robotics laboratory, equipped with a variety of mobile robots. The applied computational intelligence module considers knowledge-based systems, as well as the historical, philosophical and future implications of AI, and focuses on current research and applications in the area.