Bachelor of Science (Hons) in Accounting and Finance

at University of Bradford United Kingdom

This full-time Master’s programme will enable you to work on complex Automotive Systems Engineering problems in order to equip you with the skills required to support working in the modern automotive industry.

The automotive engineering landscape is rapidly changing with the advent of connected and autonomous vehicles. Automotive engineers are now expected to work in interdisciplinary design teams, to develop scalable, multidisciplinary systems models covering all aspects of the product lifecycle from conceptual design of the user interaction, through to verification and validation of designs and systems, and all the way through the operation phases of the system lifecycle.

This programme provides both engineering broadening and deepening by exposing you to a range of automotive engineering and computer science topics to prepare you for a role in industry.

You will have the opportunity to work on interdisciplinary automotive team projects with a focus on systems engineering, and at the same time will gain expertise in a chosen specialist research area as part of your MSc Project.

The programme is delivered using an enquiry-based learning approach involving workshops, lectures, tutorials and independent study. We assess your learning through a variety of methods including project work, essays and exams.

At Bradford you'll benefit from:

• Industry experienced tutors – our tutors have extensive track records of project design and delivery
• Outstanding lab and studio facilities
• In-depth training in the digital technologies shaping the profession - you'll gain hands-on experience with key equipment and software packages used by industry professionals
• A wide-ranging curriculum covering subjects including the circular economy and sustainable materials

This three-year Virtual and Augmented Reality degree programme is one of the first of its kind in the UK.

The course has is part of Screen Yorkshire’s Connected Campus initiative and is carefully structured to equip students with the most up-to-date knowledge, skills and experience required by industry.

Guided by knowledgeable industry active staff such as Carlton Reeve (a consultant for commercial AR games) and Peter Chapman (who runs his own digital agency), you’ll learn advanced techniques such as:

• 3D modelling
• Motion capture
• Digital compositing
• Programming
• Games design and app development

Chemists with a good understanding of the biosciences and an ability to apply their chemistry knowledge to biological and medicinal problems are in high demand.

The interface of chemistry and bioscience is one of the leading areas driving 21st century research and development. Science is becoming more and more interdisciplinary as we seek solutions for environmental problems, such as carbon capture and the ability to do greener chemistry, and the development of targeted and personalised medicines. 

Many of the most important recent discoveries have been made at the interfaces of chemistry and biology, and chemists are needing to become well versed in both biological and medicinal chemistry. This degree course has evolved to reflect this and will equip you with the traditional tools of organic synthesis and the necessary biology and biochemistry you need to succeed. We will give you hands-on experience across a range of disciplines, even including areas such as computational chemistry to solve medicinal and biological chemistry problems.

With a particular emphasis on the blend between the technical and creative aspects of games design, you’ll be taught the core theories that underpin the discipline and use these to guide your practical work and, in turn, gain the vocational experience needed to embark on a career in this fast-growing industry.

Through the course you’ll gain a robust understanding of areas such as:

• Game play
• Technical computer animation
• Game programming
• Script programming

This course builds knowledge and skills in the planning and management of development projects and programmes. It is designed to deepen critical understanding of the strategies, processes, techniques and issues involved in taking ideas for development and turning them into practical realities with identifiable outcomes and benefits.

The degree provides an excellent basis for career enhancement or conversion for those with interest and experience in projects for development. The focus of the course is on development projects in the public or third (voluntary or community) sectors, but the underlying principles are applicable to all types of project, including those for commercial benefit.

On completion of your course, you will be able to understand and examine critically:

• The discipline of project and programme management, within an overall appreciation of the nature and purpose of projects
• The principles and practice of project planning, design, preparation, and appraisal techniques for projects in a development context
• The theory and practice of management skills for project and programme management, focusing particularly on 'hard' and 'soft' skills for successful project implementation

Our Master of Laws (LLM) programme gives you an in-depth knowledge of law in its international context.  You’ll evaluate research and advanced scholarship in areas of legal study such as human rights law, immigration and refugee law, international banking and finance law, and international environmental law.

With a range of optional modules available alongside the core curriculum, you’ll be able to tailor the programme to your areas of academic interest and your career aspirations.

You’ll learn from School of Law academics with significant research expertise and international legal experience in areas including:

• Social justice
• Criminal law
• Human rights
• Energy and environment
• Competition law
• Intellectual property

As a University of Bradford chemistry student, you will have choice and flexibility in your degree.

During the first two years, you will develop a sound understanding of theoretical and practical aspects of chemistry with core content delivered across the traditional areas of organic, inorganic and physical chemistry. 

The third year will introduce you to specialist content in medicinal, materials and analytical chemistry. You will also have the opportunity to study a specific subject by choosing to a greater depth during an extended dissertation.

In the Master's year you will develop a deeper understanding of the application of chemistry to solving real-world problems. Master's-level training focuses on deploying training in real-world settings. Academic research experience involves students working on their own project as part of a research team alongside postgraduate and postdoctoral researchers at the University.

This MEng degree equips you with the underlying knowledge and skills you need to become a creative Civil and Structural Engineer, capable of planning, designing and overseeing the construction of sustainable structures and transport infrastructure systems.

Civil and Structural Engineering involves the design, construction, and maintenance and repair of infrastructure such as roads and bridges, buildings, and underground transport systems.

You’ll develop a broad knowledge of geotechnical, structural, environmental and management aspects of civil engineering, and gain the computing, mathematical, drawing and communication skills you need as an engineer.

On completion of the programme you’ll be able to enter range of graduate civil engineering roles. You’ll be joining a dynamic profession with a high demand for skilled graduates, and contribute to the prosperity of our society.

Forensic Archaeology is the specialist application of archaeological techniques to the search and recovery of evidential material from crime scenes, often but not always related to buried human remains.

This course is taught by staff with extensive crime scene experience who regularly work on a range of operations and are at the forefront of the professional development of the discipline.

The course will:

• Provide you with advanced practical, analytical and interpretative skills in forensic archaeology
• Provide training in discipline skills to enable graduates to pursue careers in Forensic Archaeology and Crime Scene Investigation (CSI)
• Prepare students for careers in non-cognate fields through emphasis on team working and application of a wide knowledge base to problem solving