Bachelor of Science (Hons) in Business Information Systems

at De Montfort University United Kingdom

Building enterprise is seen as one of the most effective ways to realize individual promise and spur the economy. Entrepreneurial minds are constantly refining ways to produce and deliver goods and services, develop new products and services, or indeed create new industries. Preliminary research shows how vital entrepreneurial thinking is to this process, driving our national prosperity.

Whether you want to launch your own business or change an existing organisation, this programme immerses you in the world of creative business thinking, helping you to prepare for employment after university. You will develop your entrepreneurial and creative skills and apply them to real-world situations.

Taught by lecturers with industry experience, this course will hone your key competences as you study core topics that cut across business and entrepreneurial practice. Innovative modules will teach you relevant knowledge and equip you with practical skills. You’ll be able to take part in a collaborative consultancy project with businesses in the Leicester area and simulate a new venture creation using SimVenture software. You will also have the opportunity to pick the optional final year module, Venture Creation Project, where you will get to create a feasible and compelling solution to a new business venture within a specific market and pitch your idea to a panel consisting of staff, experienced entrepreneurs and potential investors.

Delivered with support from sector-leading organisations such as Airbus and Deloitte UK, our strong partnerships ensure that this course is aligned with the latest industry needs.

Input from experts from the Software Technology Research Laboratory means that you will also benefit from their expertise and research in the sector.

Develop your technical skills through modules such as Requirements Analysis and Cloud-based System Design, Internet of Things, Software Quality Assurance and Testing and Critical Systems.

You will also study a Legal, Ethical and Professional Practice and Research Methods module in preparation  for your final project, during which you will explore a contemporary issue from a wide range of applications, including Electronic Patient Records, London Ambulance System, E-Voting System and Flight Control System.

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.

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.   

Developed by a pharmacy team, this degree provides an understanding of the chemistry and engineering components of pharmaceutical product design and manufacture.

Our research-active academics have experience in the fields of pharmacy, engineering, chemistry, pharmacology and microbiology. Their strong collaborations with the pharmaceutical industries mean that this curriculum is continuously reviewed to ensure we’re equipping our students with the advanced skills sought by graduate employers.

The modules on this course have been carefully designed to provide a fully integrated program of study. Applied Computing BSc (Hons) is a practical, vocationally oriented course providing students with knowledge and skills for the modern, computer-driven workplace. The course is a contemporary mix of traditional computing subjects with professional and work-related skills.

The core modules include Introduction to Computing, Computer Ethics, Data Analytics, Information and Database Design, Programming in Python, Project Management, Human-Computer Interaction, Programming with APIs and Frameworks, Mobile Application Design and Development, and Artificial Intelligence. In addition to the core modules, there are a number of optional modules for students to choose from including Information and Communication Technologies for Development, Information Security Management and Governance, Internet of Things, and Advanced Database Management and Programming, so you can tailor your learning to your areas of interest.

In your final year, you will select from a range of specialist options and also complete a computing project.

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.

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.

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.

This program focuses on detailed decisions about the design and construction of buildings and their immediate surroundings. Architectural Technology is concerned with new and existing buildings and examines how detail relates to the design concept. This field is also central to the communication of design decisions to members of the construction team and vital to ensuring that work is carried out in the correct manner.  

Our course will help you evolve the knowledge and skills required in understanding, application, analysis, synthesis, and evaluation relative to design, technology, management, and practice. It will also help advance your architectural management proficiency by bringing together all aspects of the design process, from concept through to completion. 

In addition, this degree examines design strategies to promote and encourage sustainability. You will explore methods of sustainability to inform architectural design, and develop an awareness of ecological footprints, materials, and embodied energy along with processes of achieving sustainable design.