Bachelor of Science (Hons) in Mathematics (with Placement Year)

at De Montfort University United Kingdom

This degree programme will equip graduates who are capable of meeting the increasing demands for combining computer networks, security, and programming expertise raised by the growing adoption of the Next-Generation Network (NGN) services, e.g., VoIP, and Next Generation Network Model, i.e., SDN and NFV, where network devices have turned to be a programmable virtual entity on the cloud.

Beside core computer science and cyber security modules, this course includes key networking modules prepared carefully according to the new Cisco certification path, in consultation with our Cisco partner. These new modules focus on industry level requirements and are certification oriented and will prepare graduates to meet the new skill demands to maximise employability.

The structure of the course and programme modules makes it possible for graduates to also take traditional and emerging computer science, software engineering, or cyber security roles.

This programme provides opportunities to engage in many aspects of education, childhood, and life-long learning. You will engage with a range of academic disciplines to discuss, debate and question educational structures, policy, practice and theory.

Our Education Studies programme enhances personal development and depth of thought. We believe in creative and collaborative approaches to evidence-based teaching and learning. The programme will empower students to see their own career path in education environments as individual, ongoing, multi-faceted and with many routes. With social justice and inclusion at its heart, alongside work-based learning opportunities, the programme inspires its staff and students to engage with local, national, and global issues. The programme aspires to achieve sector recognition for its innovative research, engaging content and modes of delivery which are transformative for its staff, students, and the wider community.

Our students explore how people develop through education and, by taking part in placement and volunteering opportunities from the first year of study and throughout their degree programme, gain a broad range of skills that are transferable to careers in socially-orientated professions.

You will cover modules including Perspectives of Education, Childhood, Social Justice and Education, Ways of Learning and Wellbeing, and Special Educational Needs, Disability and Neurodiversity. The programme will also help you to develop transferable skills and your professional agency through placement opportunities.

Fine Art is the creation and the study of visual art. It educates and inspires students to pursue a career as an artist or to follow a wide range of other creative practices and career pathways associated with art and creativity.

Our course gives you the flexibility to experiment across a range of specialist disciplines which include drawing, painting, sculpture, printmaking, video, photography, digital media and installation art.

When you join us, you will study options in painting, sculpture, printmaking, video and photography, while also studying drawing and contextual and professional studies.

As you progress into year two you’ll develop your individual studio practice in one or more of these areas. You’ll then have the opportunity to explore a range of approaches to fine art via projects, workshops and self-directed study.

Our Intelligent Systems MSc provides you with knowledge of the various models of computational intelligence, an insight into their theoretical basis, and the skills to apply the associated techniques to a wide variety of industry problems.

Course modules include Computational Intelligence Research Methods, Fuzzy Logic, Natural Language Processing and Mobile Robots, and you will have opportunities to use the knowledge you acquire in a range of application areas to suit your interests, from robot control to games development.

Mechatronics covers the integration of mechanical, electronic and intelligent control sub-systems to realise a complete system, which may be a product, machine or process. The multidisciplinary nature of Mechatronics employs design principles, processes, models, toolsets and philosophy unique to Mechatronics Engineers which enable the design and development of simpler, more economical and reliable systems. Mechatronics engineers are in short supply, and enjoy highly versatile careers due to their multidisciplinary skills.

The course covers a unique balance of key analytical subjects and professional skills, ensuring that you graduate well-equipped to face challenging engineering situations in industry. The management skills necessary to operate successfully as a multidisciplinary engineer in industry are promoted and developed at all stages of the course.

In the first year, everyone will undertake a standard first-year syllabus, studying core modules in Constitutional and Administrative law, Contract Law, Criminal Law, and English and European Legal Contexts. A range of delivery and assessment styles will fully prepare students for subsequent years of study.

The focus on foundational legal knowledge and skills will continue in the second and third year with modules on Land Law, Law of Tort, and Equity and Trusts. You will also develop functional awareness through Inter-professional Legal Skills.

You will have the opportunity after your first year to focus your studies by selecting a preferred specialism pathway in one of the following areas: Business Law, Criminal Justice, Human Rights & Social Justice, Sociolegal Studies and International Law. Alternatively, you can continue on the Law LLB pathway.

The emphasis is on doing rather than simply reading and listening; participation is a central feature of this course. The teaching of the law modules is augmented by a range of employability and placement activities. The aim is to produce confident, independent learners.

Economics is key to understanding some of the critical questions facing our world. This course will explore these questions while also examining some of the principles and theories that can help us to answer them. The programme will also put data-driven analysis at the heart of its approach, as emphasised by Contemporary Economics.

In this course you will learn to evaluate a variety of advanced quantitative and econometric techniques, and be able to effectively solve economic problems using data application tools. This includes applying knowledge to a range of specialised areas within economics using econometric techniques.

You will have an opportunity to build real skills for future employability. This includes state of the art knowledge in digital software and applications, as well as core skills in writing, presenting and teamwork.

You will study a range of areas, including Applied Microeconomics, Data Management and Visualisation and Digital Economics and Artificial Intelligence which are all taught by leading experts in their fields.

Studying Human Resource Management at DMU allows you to explore various issues raised by contemporary management, work, and employment developments. Our degree focusses on the purpose, values, specialist knowledge and core behaviours of the Chartered Institute of Personnel Development.

The course offers you a diverse career path where you will be able to gain expert knowledge in managing employee relations, managing equality, diversity and inclusion, learning and development, organisational development and consultancy and critical issues in human resource management. To prepare for your future career, you will also acquire critical attributes that employers value, based on CIPD core knowledge. These include commercial acumen, self-reflection and emotional intelligence, research and project management, people practice, culture and behaviour, evidence-based practice, change management, and HRM and technology.

Our Product Design course helps you to take your imaginative ideas and make them real. To do that you need both the creativity and the technical skills to bring your ideas to life.

On this course you’ll study the fundamentals of maths and science, electrical, electronic and mechanical principles, and simulation and fluid dynamics, as well as the functional and market-led requirements of product design.

You’ll look at specific areas including technology integration, computer-aided design (CAD) and 3D design, sustainability and design for manufacture, and be taught by academics with current industry connections.

The future of the design industry lies in advancing technology and emerging digital techniques. Whether your creative specialism lies in media, products, interiors, exhibitions, fashion or branding and marketing, on this course you will explore and embrace digital and design related technologies in your field.

You can specialise in technologies such as user experience (UX) and user interface (UI) design, mobile app design, e-learning, virtual and augmented reality, 2D and 3D animation, 3D digital printing, digital display and projection design, visual and special effects for TV and film, interactive kiosk and installation design, wearable devices and smart clothing. The course is designed for students with a good working knowledge of multimedia software tools such as Adobe Photoshop, Illustrator Flash, Dreamweaver and After Effects, and 3D software such as Autodesk MAYA or 3DMax, providing an opportunity to develop these technical skills to an advanced level.

You will examine the practical skills and the academic theories surrounding digital design methods. We will take you all the way from concept development and prototyping to production techniques and testing. In-depth insight into each stage of the creative production process will be supported by training in project management. This broad base of specialised skills will equip you for wide-ranging creative careers as digital designers, web and app developers, and multimedia production directors, while the understanding you will build of business planning and web presence management will teach you the key skills needed to launch a freelance career.

With us, you will gain real-world experience through live design projects, with the opportunity to collaborate with students from other disciplines. Through your major project (either creative practice based or research focused) you will have the freedom to draw on your learning and respond creatively to your chosen specialism.

Throughout the course we will empower and support you to challenge conventions, experiment boldly, and take risks. Prepare to embrace new ways of thinking and innovative approaches to contemporary design challenges, with a sophisticated suite of devices and industry software and hardware  for you to realise your creative visions.