Master of Science in Finance and Investment

at University of Buckingham United Kingdom

BSC Business Management with Applied Computing is perfect combination programme, to develop skills which business, industry and commerce require from graduates.  An ability to appreciate where and how information systems can be effective and to help with their design, procurement, management and use, is highly sought after.

Such graduates need a sound background in information systems, with knowledge and skills in the use of current technology, techniques and tools. Also, to make an effective contribution, they need to appreciate the impact that such systems can have on business efficiency, organisational and management structure, and competitiveness. They must understand the range of resource management techniques available and have the skills to implement such techniques in a wide range of business contexts.

Our BSc Business Management with Applied Computing programme combines core Business Management modules with a range of relevant Applied Computing modules. The programme is uniquely designed to produce business graduates with a sound knowledge and understanding of how technology can be applied to problems in such areas as management, administration, industrial automation, large-scale manufacturing, resource allocation, retail and service industries, aerospace, education and healthcare.

Particular emphasis is placed on the fundamentals of the underlying technologies that support the development of computer-based information systems so that students are able to cope with the rapid advances in this field.

In a world of uncertainty and rapid change it is more important than ever to study why and how wars are fought. The University of Buckingham has a well-established Master’s degree in Modern War Studies and Contemporary Military History based in London. The one year (two years part time) course* commences in October with a ‘Course Study Day’ followed by ‘Research Skills’ lectures and culminates, after a period of supervised research, with the submission of a dissertation. The course includes a Saturday ‘Seminar Day’ at the Honourable Artillery Company’s House headquarters, three evening seminars at the university’s London home in Bloomsbury, and a ‘Course Symposium’ at the Royal Military Academy Sandhurst. This series of talks examines a range of historical subjects as well as those issues affecting modern Defence in all dimensions.

BA History is one of the five most popular subjects among UK university students, and with good reason. Having a historical perspective enables people to make sense of today’s rapidly changing world. Employers like it because history teaches you to think for yourself, to work under pressure, and to construct a coherent argument from the evidence. Historical research has never been more exciting than it is today, with the internet making available so many treasures from the archives.

This BA History programme has been carefully designed and fine-tuned by Buckingham’s team of experienced and high-calibre historians. It offers an outline and conceptual modules which concentrate on the period from 1800 to the present day – though we do study some earlier periods too from the 1500s onwards too.  It covers, in particular, empires, the rise in political polarisation, World Wars and the shaping of our modern political systems, whilst considering the relationship between ideology and the historical process.

Students progress to study the history of history and to reflect on historical method. In the last part of the course, we study historical documents and texts and develop research and writing skills through a long essay and a dissertation. So the programme not only teaches history; it also teaches you to think historically and to research and write history.

History Flexible (BA) Honours option
Make your degree as unique as you! If you choose BA History (Flexible Honours) you’ll have the freedom to tailor your History degree to reflect your interests and passions by combining it with a wide range of other subjects taught here at the University. This means that when you graduate you will have a highly personalised degree that will suit you and your aspirations perfectly.

If you choose Flexible Honours you have the freedom to select up to a third of your modules from the whole range of what is taught at the University. This means you can mix and match lots of different subjects ?with History. At every stage, your Personal Tutor will be on hand to advise and guide your choices.

The academic staff in the Applied Computing Department (ACD) are all engaged in research and publications. Considering its modest size, ACD has successfully attracted research funding from various sources in the UK and the EU, including industry, research councils, HEA and EU framework projects such as FP6. Furthermore, ACD has been working and collaborating with many European research institutions.

For the academic year, 2012-2013, two PhD and six MSc students (one in Mathematics) have graduated, four of whom graduated with Distinction. The two PhD students have made it for the March graduation and we expect to have three or four more completing their PhD research programmes for the next graduation. One of our new PhD students in Computing joined the Department last October, and three other PhD students have joined us since. Over the last few years, the number of research students in ACD has grown steadily to (currently) 29 PhD and two Master’s research students.

We have had over 20 refereed conference and journal papers published during the last 12 months, and two of the papers have been awarded best paper awards.

ACD supports diverse research topics addressing varied applied computing technologies such as:

• Image processing and pattern recognition with applications in biometric-based person identification, image super-resolution, digital watermarking and steganography, content-based image/video indexing and retrieval, biomedical image analysis.
• Multi-factor authentication and security algorithms.
• Wireless networks technologies (Multi-frequency Software-Defined / Cognitive Radios, convergence and integration of different wireless technologies and standards such as WiFi and WiMax, IPv4 and IPv6, wireless mesh technologies, intrusion detection and prevention, efficiency and stability of ad hoc networks).
• Hybrid navigation and localisation integrations for mobile handsets, including using Cellular and WiFi in conjunction with GPS and Glonass for seamless positioning indoors, Multiplexed receive chain of GPS/Glonass with on-board handset Bluetooth/WiFi, GNSS signals multiplexing for real-time simulation.
• Cloud computing, including the readiness of mobile operating systems for cloud services and focusing on techniques for fast computing handovers, efficient virtualisation and optimised security algorithms.
• Data mining techniques, including database systems, the application of data mining techniques in image and biological data, human-computer interaction and visual languages.
• Research and development of Apps for mobile devices and smart TVs, particularly for application in the areas of education and healthcare.
• Differential geometry – Einstein metrics, quasi-Einstein metrics, Ricci solitons, numerical methods in differential geometry.

As well as researching the chosen subject, our students engage in delivering seminars weekly, attending conferences and workshops, attending online webinars and discussion forums, attending training and focused group studies, supervising tutorial and laboratory sessions for undergraduate students, peer reviews and final year project supervision, among a host of technical and networking activities to enhance their skills and techniques.

This programme aims to engage energetic and motivated Mathematics students in innovative research in pure Mathematics and its application in Computer Science. The programme is suitable for students with a solid background in Mathematics or in a closely related discipline. This programme, in particular, is a stepping stone for students to join research institutes and universities as PhD students and researchers.

Some of our research projects will seek new directions towards neural networks and AI, and potentially towards industrial application. The significance of interdisciplinary research is emphasised in the UK’s Research and Development Roadmap, which includes innovative proposals for interactions between mathematical sciences, biomedical research, and the Computing industry.

The main research areas of interest include, but are not limited to:

• Model theory is a branch of mathematical logic, and its applications in a wide range of subjects such as algebra, topological dynamics, combinatorics, and theoretical Computer Science. Specifically, the projects are focused on Fraïssé construction method, automorphism groups of countable homogeneous structures, structural Ramsey theory, asymptotic classes, ultraproducts, and infinite constraint satisfaction problems in theoretical Computer Science. Research proposals in a wider range of areas in mathematical logic, philosophy of Mathematics, pure Mathematics and theoretical Computer Science are also welcome. These include research areas such as formal methods, type theory, set theory, higher-order logics and fuzzy logics.
• Applied Computational Topology and Geometry is a relatively recent and fast-growing field of mathematics that emerged from applying well-established theories in algebraic topology and geometry. Specific projects focus on applications of data-driven Machine Learning and Artificial Intelligence in the fields of computer vision, medical diagnostics, and multimedia security for image tampering and fake videos. These applications employ Topological Data Analysis (TDA) and its growing list of tools (Persistent Homology, Mapper, etc.) to infer relevant (topological) class discriminating features from high dimensional and complex data. Other projects involve the use of TDA for interpreting Deep Learning (DL) decisions and dealing with the problem of overfitting of DL models.

Throughout the project, students will interact and be encouraged to work with other researchers at the University of Buckingham and other leading research universities in the UK. The students will be part of research networks such as BPGMTC, SEEMOD, MODNET and Data Science groups.

A BSc in Computing looks at the computing and communications technologies lie at the heart of modern society. They include hardware, software, networks, tools, telecommunications equipment and required standards that provide the technological framework on which the delivery of information services is based. The IT industry is reporting a widening gap in software skills while hard technology is developing and diversifying fast.

The overall aim of this intensive programme is to enable all students to develop their potential so that they can apply what they have learnt to deal with computational problems and develop solutions in a real-world environment. Through studying this programme, students learn how to specify, design, develop and operate efficient and innovative computer-based systems and gain up-to-date knowledge of the relevant computing technologies at an advanced level within a shorter space of time. Graduates of the degree programme will be able to undertake a variety of careers in the IT industry, including programming, systems analysis and design, network and systems management, and technical support. Alternatively, they can advance their careers in research in computing/computer science in academic institutions at Buckingham, other UK universities or universities abroad.

This MA programme is a continuation of the project established by the late Sir Roger Scruton at the University of Buckingham. It is a one-year, London-based programme of ten evening seminars and individual research.

Sir Roger Scruton was very critical of the current academic approach to philosophy, where direct engagement with fundamental philosophical questions and the training of the philosophical mind have been displaced by a focus on engaging with the  thoughts of philosophers through the lens of linguistic analysis and examination of minutiae. Central to Scruton’s vision in designing the programme was his conviction that the best way to learn philosophy is by doing philosophy, i.e.: engaging in philosophical dialogue. This lies at the heart of the seminars.

Dr. Alicja Gescinska, was chosen by Sir Roger to assist him in this task, and continues the programme in the same spirit, where the exchange of ideas and a vivid dialogue are central to the course. She does this, together with Professor Raymond Tallis.

Together they have crafted a programme of ten guest lectures which will not only introduce the students to key topics of philosophy, but which will also allow them to take part in real philosophical discussions. The guest lectures will be provided by internationally renowned philosophers. The students will thus have  the chance to exchange ideas,  and enter into dialogue, with leading figures in the field. During the course of the year these seminars are supplemented by additional online lectures by the course organisers.

The range of topics covered in the programme reflect the wide range of research areas that were central to the work of Sir Roger Scruton.

Each seminar takes place at the Reform Club, Pall Mall, central London and is followed by a dinner during which participants can engage in discussion with the course directors and guest lecturer.

Examination will be by a research dissertation on an approved philosophical topic chosen by the student, of around 25,000 words. Guidance and personal supervision will be provided.

The BSc Computing with foundation year programme will benefit those individuals who wish to study an undergraduate degree but have non-standard academic qualifications.

Year one of BSc Computing with Foundation will follow the Foundation Pathway programme with the addition of the Access to Computing programme introducing students to key concepts and study skills. This is followed by a pre-university access programme specially designed for Applied Computing. The overall aim is to equip students who have not achieved the minimum entry requirements for BSc (Hons) Computing with the fundamental knowledge and essential skills required for the intensive study of the undergraduate degree programme at Buckingham.

These preparatory modules include mathematics, fundamentals of computing as well as web computing. Students must pass all modules before being allowed on to the BSc Computing degree portion of the programme.

In years two and three students will build on these skills and enhance their knowledge, understanding and practice in core subjects following the BSc Computing programme structure. Throughout the three years, a student will be equipped with the skills to reach their potential in academic studies.

Computing and communications technologies lie at the heart of modern society. They include hardware, software, networks, tools, telecommunications equipment and required standards that provide the technological framework on which the delivery of information services is based. The IT industry is reporting a widening gap in software skills while hard technology is developing and diversifying fast.

The overall aim of this programme is to enable all students to develop their potential so that they can apply what they have learnt to deal with computational problems and develop solutions in a real-world environment. Through studying this programme, students learn how to specify, design, develop and operate efficient and innovative computer-based systems and gain up-to-date knowledge of the relevant computing technologies at an advanced level within a shorter space of time.

LLB Law with Business Management (2-year + one term degree – September entry) combines the study of law with that of business to develop knowledge and skills that will boost your legal career. The Business Management component contextualises your legal knowledge within a business framework and reinforces that legal knowledge, for example deepening understanding of company law and commercial law. However, if you are not interested in qualification as a lawyer, it provides an excellent foundation for careers in banking, the civil service and management.

Law with Business Management also satisfies the necessary first step for qualifying as a lawyer in various common law jurisdictions, including Canada, Nigeria, the Bahamas, and Bermuda.

For those interested in qualifying as a solicitor in the UK, Law with Business Management provides you with thorough preparation for the Solicitors Qualifying Exam 1 (SQE1), enabling you to choose the accelerated SQE1 preparation courses after graduation. Our innovative and diverse law curriculum also contributes to preparation for the practice-orientated SQE2, both SQE1 and SQE2 being necessary for qualification as a solicitor.

For those UK and international students wishing to qualify as an English barrister, Law with Business Management also satisfies the academic component of Bar training,  the necessary first step to qualifying as an English barrister.

Buckingham Law School also offers a broad range of extra-curricular opportunities to develop your professional skills and experience of legal practice. These opportunities include the possibility, between the first and second year of your LLB, of a sandwich year placement with a professional organisation.

We often accommodate the particular requirements needed to practise in various common law jurisdictions other than the UK. If you are an international student from one of these jurisdictions, we are happy to discuss what subjects you must take to qualify.

The Business Management component of the degree develops skills in solving business problems that are transferable, organisationally and internationally, across business environments. We teach business and management as live subjects, incorporating practical and real-life projects to enhance learning and produce graduates equipped to meet the needs of commerce and industry. This approach is often highly participatory and may involve visits to selected companies to complement classroom activities.

Our LLB with Business Management graduates who gain a second-class honours degree, or higher, are guaranteed a place on our LLM programme in International and Commercial Law. This opportunity greatly enhances specialist knowledge and enables our students to acquire two degrees in only three years.

The University of Buckingham’s one-year MA by research in the History of Art: Renaissance to Modernism gives an overview of the development of Western art and its leading artists and movements and offers students the chance to study in depth an approved topic of their choosing. A supervisor will oversee each stage of the research, whether that be into such subjects as Renaissance portraits, aspects of the Baroque, Impressionist techniques or postwar British art, offering not just art historical guidance but information about research techniques and dissertation structure. The aim is to produce a 25,000-word dissertation that sheds new light on the topic.

This groundbreaking programme is London-based and directed by the art historian Michael Prodger. The course will be supplemented by a series of ten guest seminars presented by an internationally distinguished group of art historians, artists and gallerists.

The guest speaker seminars will be held at the Society of Antiquaries, Burlington House, Piccadilly, W1J 0BE.

Each seminar (approximately 70 minutes, beginning at 18:30) is followed by a post-seminar dinner, for those who wish to attend, where there will be an opportunity to continue the seminar discussion in an informal environment. The cost of the post-seminar dinners is included in the tuition fees.