Bachelor of Laws (Hons) in Law with Business and Management

at University of Bradford United Kingdom

The programme focuses on the key elements of corporate finance, investment management and applied quantitative finance. The aim is to produce specialists who have a strong financial perspective on corporate activity, pension fund behaviour, the economy and international financial markets.

The Master’s Finance and Investment places an emphasis on specialist areas within finance including undertaking financial investments, financial modelling, mathematical finance and financial management roles within mainstream financial firms. There will be particular focus on providing students with the conceptual understanding, knowledge and technical skills that are required to implement advanced financial models in a practical way.

The Master’s programme in Finance and Investment is built on a foundation of general Finance and Financial Management, Econometrics and Investment modules.

The Master’s in Finance and Investment is designed to equip students with the necessary knowledge and skills in finance and investment subjects to enhance their operational effectiveness in this particular area, or to serve as preparation for further study or an academic career.

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.

Bioinformatics combines knowledge from a variety of disciplines such as biology, computer science, mathematics and statistics to analyse and interpret biological data on a large scale.

The Bioinformatics programme at Bradford includes training in experimental techniques that complements commonly used data acquisition methods in a broad range of investigative scenarios. This is designed to provide a basic training in the principles of bioinformatics, followed by coverage of the advanced level of knowledge and training required relevant to large-scale data mining and processing, including programming and scripting via command line and the Galaxy interface.

A key feature of the MSc programme at Bradford is that students are able to learn the theoretical knowledge of bioinformatics with a practical training in experimental techniques that are commonly used in biomedical sciences. This is designed to enable students to become knowledgeable in genomics, proteomics transcriptomics and metagenomics so that they can apply bioinformatics approaches in a broad range of real world employment scenarios aimed at improving human health, both in industry as well as in healthcare organisations.

Civil Engineering is a highly important profession. It involves the design, construction, maintenance, operation and decommisioning of crucial infrastructure facilities, upon which modern life depends.

The MSc in Construction and Project Management enables graduate engineers to develop effective management skills that will allow them to take a leading role in these operations.

This programme is ideal for those with a degree in civil engineering/the built environment, management, and cognate disciplines, who are interested in pursuing a career in construction and project management.

During the twelve-month full-time MSc, you will choose from a wide range of modules relating to areas such as:

• Sustainability in the built environment
• Construction management
• Risk assessment
• Supply chain management
• Management of procurement and construction contracts
• Commercial dispute resolution
• Sustainable development law in contemporary business society

Learn how to design and develop the next generation of software tools and systems, and gain the knowledge and techniques required to enhance and exploit computer technology.

On this programme you will study object-oriented programming using industry standard Integrated Development Environments, web development using HTML and CSS, database technologies including MySQL and JDBC, Artificial Intelligence and applications of Machine Learning, and many other subjects including optional modules that allow you to tailor your degree content to fit your career aspirations.

This programme is designed for those with a passionate interest in technology, and who wish to progress to careers such as software engineer, system administrator, data scientist, financial analyst, app developer, and IT consultant. The flexible and diverse skillset that Computer Scientists will gain on this programme opens up many other exciting career options in a range of industries.

Our three-year BSc (Hons) Finance and Economics degree gives you a strong working knowledge of:

• Accountancy
• Financial markets
• Investment appraisal
• Risk management

You'll also develop an understanding of qualitative and mathematical research methods, with a focus on the link between theory and its real-world application.

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.

This technically focused Master's programme provides you with the in-depth knowledge you need to:

• Design innovative structures
• Manage construction in the built environment
• Address the implications of earthquakes and ground challenges

It is suitable for candidates with an undergraduate degree qualification looking to strengthen their technical knowledge and improve their career potential in the sector.

You will be taught by research active staff, ensuring you are taught the latest theory and practice. It also means you’ll have opportunities to work on ongoing research projects.

You will practice by developing designs for real projects. In the design project module you will be guided throughout by our Industrial Royal Academy of Engineering visiting professor from Arup.

Apply professional engineering knowledge to understand, modify and control biological systems on this 4-year MEng Biomedical Engineering integrated Master's degree.

You’ll study disciplines such as:

• Rehabilitation engineering – prosthetic / orthotic devices
• Biomaterials and implant design
• Tissue engineering and wound repair for artificial organs
• Genomic coding and genetic engineering
• Medical technology – design and manufacturing

All teaching is informed by the latest research, and is delivered by experienced medical engineers and clinical scientists.  You’ll also gain professional insight from leading industry partners, and hands-on practical experience in our state-of-the-art engineering laboratories.

Clinical Sciences graduates have progressed to postgraduate study, leading to careers in medicine, the healthcare sciences and other healthcare roles such as:

• Physician Associate
• Dentist
• Healthcare Manager
• Health Commission Associate
• NHS Analyst
• Medical Sales

The modern society relies on the work of Chemical Engineers who develop and design the processes that make the useful products for the society by efficient use and management of resources including water and energy while controlling health and safety procedures and protecting the environment.

Chemical Engineering provides essential tools based on the concept of sustainability and low carbon footprint for changing raw materials into useful products in a safe and cost effective way. Chemical Engineers understand how to alter the chemical, biochemical or physical state of a substance, to create everything from health care products (face creams, shampoo, perfume, drugs) to food (dairy products, cereals, agro-chemicals) and water (desalination for freshwater) to energy (petroleum to nuclear fuels).