Master of Science in Biomedical Engineering

at University of Bedfordshire - Luton Campus United Kingdom

The MSc Software Engineering and Applications is designed for graduates and experienced programmers who want to solve real-world problems, evaluating advanced software engineering environments and building up complex software applications based on emerging technologies.

The course covers a range of topics from advanced programming, design patterns and data modelling to popular development platforms, open source frameworks and cloud computing will be explored to open up your career.

The aims of the course are to provide you with a critical understanding of Software Engineering Techniques such as advanced programming, design patterns and databases.

You will be able to follow significant trends in system development, including software development, version control with GitHub, open source frameworks such as OpenCV and Tensorflow along with web services and cloud computing.

You will have developed your problem solving skills with respect to software engineering and develop your analytical and evaluative skills with respect to information technology.

Why choose this course?

The MSc in Software Engineering and Applications with Placement course is about building professional software developers and helping them to create applications of latest emerging technologies. It is an ideal course for Computer Science graduates and experienced programmers who want to solve real-world problems, evaluating advanced software engineering environments, and built up complex software applications based on emerging technology with improved readability, testability, and extensibility. A range of topics from advanced programming to popular development platforms, open source frameworks, Big Data ecosystem and Cloud Computing will be explored to fulfil the goal and to open up your career opportunities.

This 2 year Master’s courses will give you the opportunity to be awarded a subject-specific degree in International Business with Data Analytics. As the business world morphs to accommodate the dynamic economic environment of today, this course introduces non-specialists to a range of business functions areas to enable you to become knowledgeable and effective managers.

The course focuses on developing an awareness of business operations in an international environment, the management of corporate reputation and brands, international finance, and cultural awareness in global contexts.

The Data Analytics units cover a wide range of topics including programming, databases, security, project management and computer networking, giving you both the underpinning theory and the ability to apply it to complex real-world problems

Why choose this course?

• 2 year subject specific degree with data analytics.
• This course introduces non-specialists to a range of business functions areas to enable you to become knowledgeable and effective managers.

On this Master’s course, you learn how biotechnology and engineering can be used to treat human disease, exploring areas of biological science that offer clear commercial applications for future healthcare developments.

Biomedical engineering is at the forefront of medical research, advancing our understanding of biology and improving healthcare. As a professional in this field, you will be able to use biotechnology and engineering to create new products and medicines aimed at solving a wide range of medical problems.

When you join this course, you start by learning about new technologies in cell and molecular biology before focusing on genomic and systems’ data; cell visualisation; and protein localisation in cells and tissues. You also study methods to create three-dimensional cultures and tissues.

Why choose this course?

• Benefit from a wide choice of laboratory-based research projects using state-of-the-art technologies and instruments
• Study with a research-active academic team who possess wide-ranging research experience in each subject area
• Benefit from the expertise of visiting specialists from external academic institutions, industry or government agencies
• Develop the ability to synthesise and use information from relevant sources, independently and critically evaluating current research and advanced scholarship
• Gain the practical, hands-on knowledge and expertise that will equip you to work within emerging areas of the biotech and pharmaceutical industries

In following this Master’s course, you develop the essential knowledge, attributes and professional skills you need to pursue or further your career in operational forensic casework.

The forensic industry is highly competitive, requiring skilled professionals across diverse fields including pathology, toxicology, drug analysis, fire-debris analysis, wildlife crime, microbial forensics, forensic genetics and document analysis. This course prepares you to meet the needs of the industry and enter a career in areas related to civil and criminal investigation as well as wider science- or research-based positions.

On the course, you develop your theoretical understanding and practical experience alongside your skills in analysing and evaluating your findings. You also learn how to communicate these findings to a variety of audiences, including other scientists, the court and the media. Units may include forensic chromatography; evaluation and presentation of evidence; forensic spectroscopy; and biological advances.

Why choose this course?

•  Learn from staff with experience in operational forensic casework. Develop your practical skills through hands-on experience in our exceptional laboratory facilities, including a Scenes of Crime Laboratory.
• Study a course informed by the latest research, ensuring you are aware of current and emerging developments in this specialist field.
• Gain a qualification, the skills and the knowledge to meet the wide-ranging needs of the forensic and other science-based industries, making you well-placed to enter a career in a number of specialised fields.
• Develop strong research skills for form the basis of those required for study at PhD level. Benefit from the University’s strong links to external stakeholders in the forensic industry and related organisations and practice sectors.
• Take up career opportunities that could include forensic consultancies; government agencies; related industries; and research and development

As the science of life and living organisms, there’s never been a more important time to study Biological Science. It touches almost every aspect of modern life, from developing drug and immune treatments to cloning and climate change.

This course gives you a wide understanding and knowledge of this exciting specialist field. You begin with a foundation in microbiology, cellular chemistry and anatomy before progressing to biochemistry and biotechnology; human health and environment; the application of biology in industry; and the impact of human population growth on our environment. In your final year, you develop your knowledge of the biochemical and biological mechanisms related to health and disease, exploring areas such as pathopharmacology, immunology, and cell and molecular biology.

The course also helps you evaluate and confidently discuss the ethical issues around biological developments like cloning and the Human Genome Project.

In your final year, you undertake your own research project, under the guidance of the Biological Science team, all of whom are actively involved in research themselves.

Why choose this course?

• It’s a leading-edge course, exploring the impact of the latest advances in areas such as biotechnology and medicine
• You are taught in our state-of-the-art laboratories, within the University’s new, centrally placed STEM building
• Our Biological Science team has over 30 years’ experience and are involved in a range of research projects from environmental science and cancer treatment to biophysical analysis of proteins and drug interactions
• The course offers a broad-based training so you’ll graduate with key transferable skills like critical thinking, review writing, data interpretation and communication
• It opens up a variety of possible career paths, not only in science-related industries but in education, scientific sales and marketing, and technical media

If you’re interested in a career in forensic science, we have a crime scene for you! A unique mix of biosciences and criminal psychology, our degree course offers you the opportunity for practical forensic processing in our crime scene facility.

Technological advances have made the role of the forensic scientist – the expert who collects, preserves and analyses evidence - increasingly important in crime investigation, and also in other fields such as archaeology.

The course starts with an introduction to psychology and the sciences relevant to forensics, followed by more detailed applied forensics including the preparation of evidence for court, pathology, medical physiology and haematology. You’ll also study the most recent advances in DNA analysis, toxicology, criminal psychology, and fire and explosive analysis.

Why choose this course?

• The Forensic Science team includes international experts in the psychology of criminal behaviour and forensics experts from a variety of operational backgrounds
• Our teaching is rated as ‘Excellent’ by the QAA and the team is part of a highly experienced department that has run biological science courses for over 30 years
• You’ll study in a specialist forensic laboratory, with key laboratory skills incorporated into most of the taught units, especially your final-year research project
• You’ll learn the skills and techniques needed to evaluate a real-life crime scene in our scene-of-crime lab, designed to resemble an 'normal' flat
• There’s the option to take the course over four years and include a year’s work placement (see below) to gain experience and industry contacts
• If you’d like to step-up into higher education, you can take an introductory Foundation Year (see below), which guarantees entry to the Undergraduate course

    "Studying forensic science with Bedfordshire has been an awesome, inspiring experience, with lecturers who are specialists with industry experience in the areas they teach. I highly recommend anyone wishing to study this subject with Beds to 'Go 4 it'."

Biochemistry has revolutionised our understanding of biological systems, from microbes to humans, and led to ground-breaking biotechnology applications. Our degree equips you with the specialist knowledge and skills you need for a career in the pharmaceutical or biotechnology industries, as well as other related sectors.

Offering a strong foundation in modern biochemistry, this course allows you to explore core subjects such as genetics, cell biology and molecular biology along with specialised fields including bioinformatics and molecular modelling; drug design and development; biotechnology; and genetic engineering.

You gain specialist knowledge in areas such as structure-function relationships; signalling and regulatory systems; and metabolic pathways as well as building the practical laboratory skills to work at the forefront of this exciting and developing field.

Why choose this course?

• Learn the techniques and practical laboratory skills essential for working in the field of biochemistry
• Benefit from our new science facilities and STEM building, which offer a modern working environment including high-spec laboratories
• Study with research-active experts in their field, many having previously worked at leading institutions such as Cambridge University, Imperial College London and King’s College London
• Develop transferable skills highly sought after by employers, such as independent thinking; planning and problem solving; analysis; and communication skills
• As a graduate, seek wider career opportunities in hospitals, government departments, academic organisations and the publishing industry. Or move on to further study at postgraduate level
• Take the course over four years and include a fee-free year in industry (see below), gaining experience, adding to your CV and making contacts for the future
• If you need to step up into higher education (see below), start with a Foundation Year which guarantees your place on the full degree course

At some point in life, we all access services that rely on the expertise of biomedical scientists - professional laboratory scientists involved in blood testing, newborn screening and cancer staging. They have played a key role in developing vaccines and tests for the SARS-CoV2 coronavirus. This course prepares you to join them.

Our Biomedical Science BSc (Hons) provides a solid grounding in the laboratory sciences used to research, diagnose and treat disease. You gain an in-depth understanding of how the human body works, studying the molecular, cellular and organ-level processes that take place in the human body and the pathological changes that occur in disease. You also explore advances in areas such as biotechnology and medicine, and the impact they have on treatment and scientific research.

The course is accredited by the Institute of Biomedical Sciences (IBMS), ensuring it delivers the scientific education, skills and training needed to follow a career as a professional biomedical scientist.

Why choose this course?

• Learn abrn about the latest amazing advances in biomedical sciences from research-active staff and guest lecturers from research institutes and hospital laboratories
• Benefit from our new STEM building with its modern, high-spec science facilities
• Accrue knowledge as well as graduate-level analytical and transferable skills that prepare you for a career or further study across a wide range of different scientific disciplines
• Graduates with IBMS-accreditnd skills that prepare you for pursuing a career or further study in a wide range of different scientific disciplines

This course allows you to develop a deep theoretical understanding and practical knowledge of tourism and aviation management. It will help you understand the changing nature of international tourism as it faces the challenge of rapid growth, emergence of new destinations, climate change, and the ethics of managing a business in which the prime attractions include the natural environment and people’s culture.

This innovative and interdisciplinary course provides you with a critical view of the broad range of global issues which affect how international tourism and aviation are organized and managed.

Topics include: management; heritage, cultural, social, environmental and political issues; and sustainable development.

This course will also provide you with a basic understanding of the nature, structure and organisation of the aviation and airport industry. It examines the key developments within aviation sectors and focuses on the component sectors of the industry and their operating characteristics.

The University of Bedfordshire is a member of The Association for Tourism in Higher Education (ATHE). ATHE is the subject association for tourism in higher education in the UK. It represents universities that are leading providers of tourism programmes.

Why choose this course?

Computer Science is a complex and wide-ranging subject, and includes the study of computation theory, the design of systems and artificial intelligence.

This course shares its first stage with our other related BSc degrees to give you a foundation in the subject while providing a platform for specialist study in the second and third stages.

You will concentrate on essential areas such as systems architecture and security, acquire practical programming, modelling and software development skills before focusing on a chosen specialist area for your final stage project.

Why choose this course?
MSc in Computer Science is an ideal course for computing graduates who want to continue studying computing technology but are looking to explore a wide area in computer science without the need to focus (solely) on one particular subject at this stage. The course is therefore ideal for those students who want to keep their career options open. A range of topics from Networking and Data Modelling to Smart Technologies will be studied which will equip you to fully understand the application of computing technology in real-world situations. You will also do a MSc final project to demonstrate a deep and systematic understanding of a selected area within computer science, including theoretical and methodological approaches issues at the forefront of research or professional practice in that area.