Bachelor of Science (Hons) in Business Management (Top-Up)

at University of Bolton United Kingdom

Literature is an extraordinary resource for broadening your intellectual understanding. It’s one of the most powerful ways we can experience others’ lives, enjoy worlds we’ve never visited, and develop our appreciation for the sheer power of words in expressing ideas and emotions. Through in-depth study and analysis of a range of texts and formats – including prose, poetry and plays – you’ll have the chance to hone your critical skills and develop your prowess as a creative communicator.

We’ll guide and support you through a rich course of study that should help you extend your understanding of language and how it can inform, persuade, shock and delight. Join us on a journey into the world of literature, where we’ll help you develop a deeper understanding of the social, political, historical and cultural contexts, and the impact of literary texts.

Our experienced and highly qualified team offers you a supportive environment in which to explore the central role of language in the creation of meaning. Through research, discussion, argument and analysis, you’ll have opportunities to learn to use language, effectively and powerfully, to achieve your goals.

Highlights

• Our English and Creative Writing courses are ranked second in the UK by the Guardian University Guide 2020.
• The Times and The Sunday Times Good University Guide 2020 also ranks our English subject area as top in the UK for student experience and second in the UK for teaching quality.
• You’ll get the opportunity to benefit from our strong links with external creative organisations, including the nationally acclaimed Octagon Theatre, Bolton, where you can gain behind-the-scenes access and workshop experience.
• To give you publishing experience, we encourage you to submit your work to our literary magazine The Bolton Review.
• Our dedicated and enthusiastic lecturers are professional writers and researchers whose work is published or produced on stage, screen or radio.
• We have excellent industry contacts and strong links to external creative organisations such as publishers, production companies, theatres, libraries, art galleries, schools, funding bodies and arts development agencies – so we can offer you work experience in a wide variety of settings.

Key Features

• We offer popular options in women’s writing, Gothic fiction, children’s literature, film adaptation and contemporary poetry, as well as a range of creative writing workshops in poetry, fiction and drama.
• You can benefit from the latest thinking and discoveries, as our course tutors are active researchers in poetry, prose and drama, and feed their knowledge back into the curriculum.
• We’ll help you develop a range of skills highly valued by employers, such as written and verbal communication, presenting information and ideas, argument and persuasion, working to tight deadlines, and research and critical analysis.
• You can attend guest lectures from literary scholars, and hear contemporary writers’ work at the University’s regular literature events.

Almost every business or organisation uses some sort of system to keep things working efficiently and productively. This system might keep information moving securely and efficiently, or it might ensure product distribution or service availability. A systems engineer is the all-important link between complex programming and technology, and its users, customers and stakeholders. So, you’ll need a firm knowledge and understanding of both sides, and the ability to take a joined-up approach to ensuring systems meet a wide range of needs reliably, efficiently, and in user-friendly fashion.

That might sound like a tall order, but it’s a hugely rewarding career path, and this course is a great opportunity for you to develop a unique blend of practical engineering and management-orientated learning. We’re here to help you further specialise your systems engineering knowledge and skills, and completing this course successfully should make you highly employable in a range of sectors and settings.

The course meets professional institution standards in the UK and Europe, and addresses a range of contemporary issues in engineering and engineering management. If you’re looking to take a systems-based approach to engineering management, this course is could be ideal.

PLEASE NOTE This programme is only open to students who are currently enrolled on the MSc Systems Engineering and Engineering Management programme offered by South Westphalia University of Applied Sciences (SOEST) in Germany. If you are not currently studying at SOEST, please see the related programmes section of this web page for details of the University of Bolton’s other MSc programmes in this subject area.

Highlights

• This programme is a collaboration between the University of Bolton and South Westphalia University of Applied Sciences in Germany. It allows you to spend one of your three semesters of study in the UK and receive two awards, one from each University.
• We’ll support you as you develop a systematic knowledge and understanding of how advanced engineering concepts and design methodologies apply in the design of electronics-based equipment.
• We’ll encourage you to develop a mastery of digital signal processing for use in control applications.
• You’ll have the chance to explore advanced artificial intelligence techniques used in the design and control of automated machinery.
• We’ll work to help you develop a detailed understanding of how ‘total quality management’ applies to design, manufacture and project management.
• You’ll have the opportunity to learn about the commercial side of project management, including contract negotiation, stakeholder management, quotations, procurement and a range of other financial and legal matters.

Key Features

• The course is designed to meet professional institution standards in the UK and Europe.
• We’ll encourage you to undertake a work placement and/or an industry-based project.
• You can also choose from two alternative pathways: Mechatronics or Mechanical Systems Engineering.
• You can select common systems modules, whichever pathway you take.
• For this three semester programme, you’ll normally study semester 1 at South Westphalia University of Applied Sciences, Soest, Germany and semester 2 at the University of Bolton, UK. The third semester, which is largely devoted to project work, is normally undertaken at South Westphalia University of Applied Sciences.

Almost every business or organisation uses some sort of system to keep things working efficiently and productively. This system might keep information moving securely and efficiently, or it might ensure product distribution or service availability. A systems engineer is the all-important link between complex programming and technology, and its users, customers and stakeholders. So, you’ll need a firm knowledge and understanding of both sides, and the ability to take a joined-up approach to ensure systems meet a wide range of needs reliably, efficiently, and in a user-friendly fashion.

That might sound like a tall order, but it’s a hugely rewarding career path, and this course is a great opportunity for you to develop a unique blend of practical engineering and management-orientated learning. We’re here to help you further specialise your systems engineering knowledge and skills, and completing this course successfully should make you highly employable in a range of sectors and settings.

The course meets professional institution standards in the UK and Europe and addresses a range of contemporary issues in engineering and engineering management. If you’re looking to take a systems-based approach to engineering management, this course is could be ideal.

Highlights

• This programme is a collaboration between the University of Bolton and South Westphalia University of Applied Sciences in Germany. It allows you to spend one of your three semesters of study in Germany and receive two awards, one from each University.
• We’ll support you as you develop a systematic knowledge and understanding of how advanced engineering concepts and design methodologies apply in the design of mechanical equipment.
• We’ll encourage you to develop a mastery of digital signal processing for use in control applications.
• You’ll have the chance to explore advanced artificial intelligence techniques used in the design and control of automated machinery.
• We’ll work to help you develop a detailed understanding of how ‘total quality management’ applies to design, manufacture and project management.
• You’ll have the opportunity to learn about the commercial side of project management, including contract negotiation, stakeholder management, quotations, procurement and a range of other financial and legal matters.

Key Features

• The course is designed to meet professional institution standards in the UK and Europe.
• We’ll encourage you to undertake a work placement and/or an industry-based project.
• You can also choose from two alternative pathways: Mechatronics or Electronics Systems Engineering.
• You can select common systems modules, whichever pathway you take.
• For this three-semester programme, you’ll normally study semester 1 at the University of Bolton, UK and semester 2 at South Westphalia University of Applied Sciences, Soest, Germany. The third semester, which is largely devoted to project work, is normally undertaken at the University of Bolton.

Almost every business or organisation uses some sort of system to keep things working efficiently and productively. This system might keep information moving securely and efficiently, or it might ensure product distribution or service availability. A systems engineer is the all-important link between complex programming and technology, and its users, customers and stakeholders. So, you’ll need a firm knowledge and understanding of both sides, and the ability to take a joined-up approach to ensure systems meet a wide range of needs reliably, efficiently, and in a user-friendly fashion.

That might sound like a tall order, but it’s a hugely rewarding career path, and this course is a great opportunity for you to develop a unique blend of practical engineering and management-orientated learning. We’re here to help you further specialise your systems engineering knowledge and skills, and completing this course successfully should make you highly employable in a range of sectors and settings.

The course meets professional institution standards in the UK and Europe and addresses a range of contemporary issues in engineering and engineering management. If you’re looking to take a systems-based approach to engineering management, this course is could be ideal.

Highlights

• This programme is a collaboration between the University of Bolton and South Westphalia University of Applied Sciences in Germany. It allows you to spend one of your three semesters of study in Germany and receive two awards, one from each University.
• We’ll support you as you develop a systematic knowledge and understanding of how advanced engineering concepts and design methodologies apply in the design of mechatronics-based equipment.
• We’ll encourage you to develop a mastery of digital signal processing for use in control applications.
• You’ll have the chance to explore advanced artificial intelligence techniques used in the design and control of automated machinery.
• We’ll work to help you develop a detailed understanding of how ‘total quality management’ applies to design, manufacture and project management.
• You’ll have the opportunity to learn about the commercial side of project management, including contract negotiation, stakeholder management, quotations, procurement and a range of other financial and legal matters.

Key Features

• The course is designed to meet professional institution standards in the UK and Europe.
• We’ll encourage you to undertake a work placement and/or an industry-based project.
• You can also choose from two alternative pathways: Mechanical or Electronics Systems Engineering.
• You can select common systems modules, whichever pathway you take.
• For this three-semester programme, you’ll normally study semester 1 at the University of Bolton, UK and semester 2 at South Westphalia University of Applied Sciences, Soest, Germany. The third semester, which is largely devoted to project work, is normally undertaken at the University of Bolton.

Our MSc in Motorsport Engineering focuses on preparing you for industry. It’s designed to take you from your bachelor’s degree to a role in the motorsport or automotive industries. Written with industry collaboration, our dedicated, knowledgeable team will cover the key areas needed to make you stand out to employers. We’ll concentrate on technological advancements, such as additive manufacturing (commonly called 3D printing), advanced powertrains, electric vehicles, big data and industry 4.0.

By working with industry players like Airbus, HAAS F1, M-Sport, Prodrive and RML to write the programme, we’re ensuring that the core ethos, skills and projects are industry-centred, realistic and aimed to maximise your employability. The fourth industrial revolution, known as industry 4.0, is happening around us and the motorsport and automotive industries are leading these changes. We’ll explore the latest in motorsport vehicle dynamics, advanced powertrain technologies, and the design and development of electric vehicles. Our dedicated and knowledgeable team will work to help you prepare to develop and innovate as the industry evolves.

Additionally, the course is designed to address all the competencies set out by the Engineering Council and UK-SPEC, and to support you to achieve Chartered Engineer (CEng) status. So, if you’re an ambitious motorsport or automotive engineering graduate seeking to develop advanced digital manufacturing and production engineering knowledge while boosting your understanding of core motorsports engineering principles, this master’s degree should prove an excellent investment in your future.

Highlights

• Your studies will be based in the purpose-built National Centre for Motorsport Engineering (NCME) at the University of Bolton.
• This master’s course is designed to meet professional institution standards in the UK, and support your achievement of Chartered Engineer (CEng) status.
• Our dedicated staff team, who possess a wide range of professional experience, industry knowledge, technical expertise and academic credentials, offers face-to-face sessions and one-to-one support.

Key Features

• Course materials are available online, allowing you to prepare work at home and make the most of the highly interactive in-class tuition.
• Our approach to teaching and learning is ‘student-centred’, so we’ll work with you on an individual basis, providing tailored help and support throughout your studies.
• By studying alongside students and professionals from other engineering specialisms or alternative industrial sectors, you can benefit from a wider range of knowledge and experience that supports cross-disciplinary thinking.
• This course is based at the University of Bolton’s campus in the North West of England.
• We also offer master’s degrees and postgraduate apprenticeships in Systems Engineering and Engineering Management, and this programme is part of a well-established suite of master’s programmes offered by the University of Bolton.

Professional recognition

• The University of Bolton’s MSc Motorsport Engineering uses UK-SPEC learning outcomes and is designed to meet the academic requirements leading to Chartered Engineer (CEng) status. Please see the Engineering Council UK website for further details of UK-SPEC.
• We’ll be seeking accreditation of the MSc Motorsport Engineering for Chartered Engineer (CEng) status from the Institute of Mechanical Engineers (IMechE).

The MSc in Cloud and Network Security offers graduates with a background in networking, system administration or cloud computing the opportunity to gain a deeper understanding of security and operations of computer systems.

You’ll have the opportunity to study the latest methodologies and development techniques and develop a detailed understanding of computer operating systems, virtualisation and networking. We’ll support you as you acquire the capacity to adapt and learn new skills ready to respond as the computer industry evolves throughout your career.

The programme has been designed collaboratively with industrial partners, giving you to the chance to equip yourself with professional skills, and understand the ethical and environmental issues you’ll encounter in yo