Physics MPhys (Hons)

How will I be taught on Northumbria University’s Physics MPhys (Hons)?

Physics students at Northumbria are taught through a wide range of methods, including directed learning, laboratory experiments and self-directed research. There is a strong emphasis on problem solving, ranging from laboratory sessions and seminars to develop solutions to ideal problems, to applying computational techniques to multi-variable constrained problems.

You will be exposed to and encouraged to use the latest technology, through dedicated facilities, to study and understand complex physical concepts.

How is the course assessed?

Our assessment philosophy is to provide students with the opportunity to demonstrate their knowledge, understanding and application in a variety of ways and settings including laboratory experiments, presentations, assignments, exams, reports and project work.

Assessments will develop your communication skills while also testing your grasp of the learning outcomes for each module.

During your fourth year, we will introduce you to advanced and topical problems in Physics. Through the Research Physics Project, you will apply specialist knowledge and skills to tackle an open-ended research project.

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Who teaches the MPhys (Hons) Physics course?

With a large number of staff linked to our MPhys (Hons) Physics course, each with their own specialist areas of interest, you will learn from some truly world-leading experts. Within a field as diverse as Physics, you will be exposed to an inspiring array of innovative thinkers working on cutting edge research into the biggest challenges humanity faces.

Whether you are interested in quantum physics or soft and biological matter, our staff are not only teaching their specialist subjects but also writing textbooks and adding new knowledge and perspectives to our understanding of the world around us. 

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What Physics facilities are available at Northumbria University?

Northumbria has recently invested more than one million pounds into Physics facilities, meaning our students have access to the state-of-the-art learning environments.

The Smart Materials and Surfaces Lab supports research into many specialist fields including super-water repellent surfaces and microfluidics. The Microwave Technology Lab is at the centre of exciting research into breast cancer detection and security screening for concealed weapons. The New and Renewable Energy Lab is closely connected to future-changing research into wind power, photovoltaics and electric vehicle battery testing.

Technology Enhanced Learning is core to the Physics course. You will undertake online tests and self-guided exercises, which have a positive impact on your formation as they enable you to work independently and to develop innovative thinking. 

How is Physics research applied to teaching throughout my Integrated Masters?

At Northumbria your learning will be enhanced through one-to-one contact with academic staff.  

Key research interests of staff include:

• Condensed matter, including quantum dots, photovoltaics and high-speed LEDs
• Soft and biological matter, including smart materials, surfaces and biofluids
• Power systems, including synchronous generators, wind energy conversion systems and induction machines
• Mechanical systems including control of flexible joint and rigid robots
• Communications systems including compressive sensing and chaotic synchronisation

Research in Physics is fundamental to the distinctive learning experience at Northumbria. Research at the frontiers of physics is often used to inform lectures and seminars, through simulations and reports on recent scientific enquiry. During your final year Physics Research Project, you get the opportunity to closely work with one of our world-leading research groups in areas such as quantum devices, smart materials, theoretical physics, optics, non-linear phenomena, etc.

The strong research expertise includes:

• Smart Materials and Surfaces Laboratory
• Renewable Energy Technologies and Materials

How will my MPhys (Hons) Physics degree provide me with the skills needed for my career?

From the first day of your Physics MPhys to the last, you will be empowered to take responsibility for and develop your own learning.  This experience will equip you with a valuable range of transferable skills from the analytical to the practical and interpersonal.

Our industry partners tell us they value highly the analytical skills of Northumbria Physics students such as estimation, quantitative modelling and statistical analysis, and these skills can be deployed across a wide range of disciplines in addition to research, such as healthcare to energy, electronics and finance.

Whatever you decide to do, you will have a strong employability potential as a result of having acquired the characteristics of a Northumbria graduate. These include the ability to think creatively while at the same time applying rigorous structure to solve complex problems. The integration of a Masters award will provide additional weight to your profile, and a crucial edge at the beginning of your career as a Physicist.