Master of Science in Professional Practice in Health Sciences

at University of Southampton - Highfield Campus United Kingdom

Help develop the next generation of world-changing technology - from mobile phone and entertainment systems, to medical devices and artificial intelligence. Electronic Engineering is both a technical and creative subject that combines theory and practice. You’ll learn to solve problems by designing, building and testing new electronic systems. You'll gain all the knowledge and skills for a career as an incorporated electronic engineer.

Electronics is the study of the physical components, software and systems that bring electronic devices to life.

This 3-year course will help you develop the skills to solve real-world challenges, from sustainable energy production to cyber security. You’ll explore the components within electronic devices and how they work together, for example, to analyse data or display information on a screen.

Our outstanding facilities, huge range of optional modules and strong industry links make Southampton one of the best places in the UK to study Electronic Engineering.

As part of this course you can:

• use our research facilities, including a high-voltage laboratory and our £110m interdisciplinary clean room
• develop your enterprise skills with help from our startup supporter, Future Worlds
• build your own unique electronic systems
• learn from leading researchers in quantum technology, nanotechnology and photonics
• study engineering management and law to develop your career skills

This BEng Electronic Engineering degree is accredited by the Institution of Engineering and Technology on behalf of the Engineering Council for the purposes of:

• fully meeting the academic requirement for registration as an Incorporated Engineer
• partly meeting the academic requirement for registration as a Chartered Engineer

Make the music you're passionate about in a vibrant, cultural city with a great music scene. This 3-year BA Music degree provides a broad musical education across all forms and styles. You can specialise in areas including music performance, history, composition and technology. You'll then develop all the skills and experience you need for a successful career.

Our students sing opera and music theatre, play funk guitar and classical oboe. No matter what your musical background, we'll provide:

• Regular performance and composition workshops, including with guests from the industry
• Performance projects with world-renowned performers and recording artists
• Up to 20 hours of fully funded individual tuition per year
• Ensemble and conducting coaching

As part of this course, you can:

• Learn different approaches to musical topics, from the middle ages to global hip hop
• Work on projects with other students across classical, pop and jazz
• Study concert hall composition, commercial songwriting or film scores
• Experience advanced studio techniques, jazz theory and orchestration
• Spend a semester studying abroad
• Take your music to the local community, with school placements, therapy sessions and workshops

You'll also gain professional career skills. These may include arts administration or managing events.

Our excellent facilities include:

• Dedicated rehearsal spaces
• Electronic studios
• Networked multimedia workstations

Our Turner Sims concert hall supports the most extensive series of professional concerts and workshops of any UK university. You can also perform around the city in a range of different venues.

Gain the knowledge and skills to develop new, intelligent technologies. From facial recognition software to self-driving cars, artificial intelligence (AI) plays a growing role. You'll explore electronics and specialist AI topics and discover its future applications. This course will prepare you for a career in this dynamic and exciting industry.

Artificial intelligence is where electronics and computer science meet. It involves custom-designed hardware with complex algorithms and software.

On this course, you’ll design computer systems that can learn from data, recognise speech and images, and solve problems. You can get practical laboratory experience by:

• Developing control algorithms for robots
• Solving real-world machine learning tasks

At Southampton, Electronics and Computer Science are in the same department, so it's easy for you to study across both disciplines.

As part of this course you can:

• Use our research facilities, including a high-voltage laboratory and our £110m interdisciplinary clean room
• Develop your enterprise skills with help from our startup supporter, Future Worlds
• Build your own unique electronic systems

You’ll learn from our AI experts, who research in fields like:

• National security
• Forensics
• Effective disaster relief operations

This MEng Electronic Engineering with Artificial Intelligence degree is accredited by the Institution of Engineering and Technology on behalf of the Engineering Council for the purposes of:

• Fully meeting the academic requirement for registration as a Chartered Engineer

With our Business Analytics and Management Science master's, you'll develop your skills in business analysis and learn how to gain insights from data. You can also compete for an industry placement for the chance to get valuable experience.

This UK master’s degree will equip you for a career in data analysis. It is ideal for graduates with analytical skills who can use data to improve business performance and solve problems for organisations.

This business analytics master’s with management science is ideal for students with a background in quantitative study or work experience in this area. The course will help you to specialise in further study, advance in your current professional role or change your career.

Organisations are looking for people with analytical skills and an ability to form insights from data, to improve their performance and grow business intelligence. We've designed our MSc to teach you theory and practical application, which will prepare you for your future career.

We teach in partnership with the Centre of Operational Research, Management Sciences and Information Systems (CORMSIS), one of the country’s best analytics research groups.

As part of CORMSIS, your learning is informed by specialist research and you'll have a wider module choice in business and maths topics. This gives you a chance to customise your postgraduate experience.

You can either complete a dissertation or compete for a 3-month analytics summer project with an organisation, such as British Telecommunications, Deloitte or Ford. This competitive industry placement will boost your career prospects as you take on a real-world challenge and make a strong connection with the business. Whatever you choose, we'll give you career support to maximise your employment prospect.

MSc Business Analytics and Management Science is taught by supportive lecturers who bring learning to life through case studies, active discussions and practical exercises. The course content is based on the latest industry practice, ensuring you learn skills relevant to the current job market.

Learn in-depth how financial markets work and how money is organised on our Finance and Economics master’s degree. You’ll study economic analysis and quantitative techniques and learn about global capital markets.

This 1 year, full-time MSc prepares you for high-level finance roles across the world, and is an Economic and Social Research Council (ESRC) recognised training programme.

On this master’s course you’ll learn about corporate finance, economic analysis, financial economics and asset pricing. You’ll develop the skills to carry out independent research in finance and economics. Subject areas you’ll study include:

• The foundations of economic and financial analysis
• Analysis of economic models
• Applying analysis to financial markets
• Economic ideas and research findings
• Test and evaluate economic models  functionality of financial markets
• Design, implement and manage independent research in finance and economics
• Presentation of ideas, arguments and research findings

You’ll have access to our Financial Laboratory (FinLab) which hosts 21 Bloomberg trading terminals, where you can work with real-time data, breaking news and powerful analytics.

You’ll look at economic theory and econometric methods across a range of topics. You’ll also gain in-depth knowledge of specific areas of economics necessary to undertake independent research. This will lead to a dissertation on a subject within an area you choose.

Mathematics is the fundamental language of physics. Physics uses maths to make predictions, and many mathematical areas have been developed to solve physical problems. This degree explores mathematical topics and how they appear throughout theoretical physics. You'll study particle physics, astrophysics and quantum field theory. You’ll graduate with technical skills sought by employers across science, industry and research.

This course is run by the School of Mathematical Sciences. It's taught jointly by Mathematical Sciences and Physics and Astronomy, through the STAG (Southampton, Theory, Astronomy and Gravitation) research centre. STAG is a leader in the latest research in theoretical particle physics, astronomy, general relativity and string theory.

The mathematical part of this course begins with the fundamental areas of calculus, linear algebra, vector calculus and partial differential equations.

The physics part includes the key ideas of relativity, cosmology and astrophysics, applications of laser technology, atomic and particle physics, and optoelectronics.

As part of this course you’ll:

• Identify the key areas of physics theory relevant to a given problem
• Construct mathematical models for physical situations
• Choose to specialise in areas such as particle physics, astrophysics or condensed matter
• Use our student centre, a dedicated learning and social space for maths students
• Use mathematical and computational packages such as Python and the statistics package 'R'

This is the only degree in the UK to combine economics and actuarial science. Actuarial science uses mathematical and statistical methods to assess risk and uncertainty. Actuaries are essential in industries such as insurance and finance. You'll learn to use the Bloomberg trading terminals in your first year, and study with students on the related Mathematics and Actuarial Science degree.

Your A level results will determine which core or compulsory modules you'll need to take.

You'll study core modules in microeconomics, macroeconomics and quantitative methods. Optional modules will let you shape your studies around your interests or career plans. These include international trade, survival models or public economics. You can also choose modules from outside the Economics and Mathematics departments.

You'll study in lectures and small classes. Our facilities include the behavioural economics laboratory and the Financial Laboratory (FinLab). This is a realistic trading room environment using the most detailed financial data available.

As part of this course you can also:

• Spend a semester abroad in your third year
• Spend a year in employment
• Gain vital work experience on our Student Innovation Projects

This BSc Economics and Actuarial Science degree is accredited by the Institute and Faculty of Actuaries (IFoA). You'll be eligible for 6 exemptions from the core principles:

• Actuarial Statistics (CS1 and CS2)
• Actuarial Mathematics (CM1 and CM2)
• Business Finance and Economics (CB1 and CB2)

This is the maximum number of IFoA actuarial exemptions available on any undergraduate programme.

This degree will give you an in-depth knowledge of both economics and accounting. You'll how to use Bloomberg terminals in our Financial Laboratory (FinLab) and may decide to study abroad or take a year in employment. It is ideal for those looking for a career in economic or accounting consultancy.

This Economics and Accounting course will give you specialist knowledge of microeconomics and macroeconomics and the main concepts of accountancy. These will help you better understand the behaviour of individuals and businesses, and the economy as a whole.

Optional modules will let you shape your studies around your interests or career plans. These include international banking, risk management or public economics.

You'll study in lectures and small classes and our facilities include the behavioural economics lab, and the Financial Laboratory (FinLab). This is a realistic trading room environment, using the most detailed financial data available.

The programme is taught in conjunction with the Business School.

As part of this course you can also:

• Spend a semester abroad in your third year
• Spend a year in employment
• Gain vital work experience on our Student Innovation Projects

Your A level results will determine which core or compulsory modules you'll need to take.

Discover the vital systems behind computers and electronic devices, and learn what makes them work. You'll explore the main components of integrated circuits and the complex architecture for high-power computing. We’ve pioneered many of the most important advances in electronics and microelectronics over the past 30 years. This degree will give you the skills to work in any area of the electronics industry.

This degree is accredited by the Institution of Engineering and Technology (IET). It provides a route to professional registration as a Chartered Engineer.

On this 4-year, integrated master's, you'll study fundamental electronic engineering, then take specialist topics, like:

• Advanced computer architecture
• Parallel and concurrent programming
• Computational modelling

Many of our specialist modules have design exercises with the latest computer-aided design and modelling software. You'll work on hardware security and system-on-a-chip technology, and take part in a group design project judged by an industry panel.

As part of this course you can:

• Use our research facilities, including a high-voltage laboratory and our £110m interdisciplinary clean room
• Develop your enterprise skills with help from our startup supporter, Future Worlds
• Build your own unique electronic systems
• Study engineering management and law to develop your career skills

This MEng Electronic Engineering with Computer Systems degree is accredited by the Institution of Engineering and Technology on behalf of the Engineering Council for the purposes of fully meeting the academic requirement for registration as a Chartered Engineer.

Learn about the physics of magnetic resonance and its real-world applications on this unique master’s course at the University of Southampton. Nuclear magnetic resonance spectroscopy is crucial in providing insights for chemistry, biology and medicine. On this MSc you’ll benefit from hands-on experience with the latest magnetic resonance equipment. You’ll graduate with the knowledge and practical skills to move into industrial or academic research.

Magnetic resonance occurs when materials are placed in a strong magnetic field and exposed to radio waves.  

It is used in chemistry through nuclear magnetic resonance (NMR) spectroscopy, and in medical diagnostics through magnetic resonance imaging (MRI).

On this UK master’s course you’ll learn how fundamental physics can be used to help solve real-world problems: with this degree you could help develop new applications for diagnosing cancer or protecting the environment.

The topics you’ll study include:

• The dynamics of nuclear spins
• The practical aspects of magnetic resonance research
• Current problems in magnetic resonance research
• Numerical simulation methods

There’s a strong focus on practical experience throughout the course. We’ll teach you how to:

• Use modern magnetic resonance spectrometers
• Gather and process NMR data
• Interpret NMR data to answer research questions
• You’ll also benefit from our strong industry connections and industry-standard facilities.

Our world-leading contributions to magnetic resonance research include:

• Designing the NMR pulse methods used in all NMR spectrometers
• The discovery of nuclear spin quantum states with exceptionally long lifetimes
• Developing miniature NMR detectors to study extremely small samples

Our flexible approach means you can adapt the course to your personal interests or career plans. A wide range of optional modules allows you to complement your knowledge of magnetic resonance with specialist courses in molecular cell biology, cancer biology, advanced quantum physics or computational chemistry.