Bachelor of Arts (Hons) in Social Work

at University of Plymouth United Kingdom

Do you want to make a difference to patient care? Radiography is one of the core diagnostic healthcare roles, helping patients get the treatment they need. It is also at the forefront of technological developments, offering a dynamic career full of potential. With hands-on, interprofessional learning and patient care at its heart, this innovative, evidence-based course, will give you the knowledge, skills and confidence to become an outstanding radiographer for the modern health care setting.

Nurturing critical thinking and a caring approach to your practice, we’ll help you develop the clinical and communication, teamwork and leadership skills for a top career in radiography. The University of Plymouth BSc (Hons) Diagnostic Radiography is approved by the Health and Care Professions Council (HCPC), and once you have graduated you will be eligible to apply for HCPC registration as a diagnostic radiographer.

Key Features

• Train using advanced medical imaging technology, at the forefront of modern patient care.
• Learn using state of the art teaching facilities.
• Take part in expert-led discussions around clinical case studies and the latest medical science breakthroughs, through our structured small groups teaching approach, including enquiry-based learning. These are also a great opportunity to learn from other students’ knowledge and experience.
• Develop empathic, technical and professional healthcare skills in a practical, innovative modern training programme.
• Benefit from close relationships and training with our hospital partners, including the Southwest Regional Trauma centre, Derriford Hospital and the Peninsula Radiology Academy.
• Train alongside other health profession students to enrich your experience and understanding of different healthcare roles.
• Learn from real patients from the outset, with clinical placements starting in the first semester of Year 1.
• Practise your clinical and communication skills in the safe setting of our Clinical Skills Resource Centre (CSRC), which features specially designed replicas of hospital wards and emergency rooms, with high-specification patient-simulators.
• Utilise online systems to support your learning including the student logbook, custom-made for our students to access lecture notes, online assessment systems and lecture sessions.
• Deepen your understanding of the structure and functionality of the human body at our Life Sciences Resource Centre (LSRC), with expert-led life science sessions helping you apply this information to radiography.
• In Year 1, students will study in Plymouth, with all of their clinical placements within daily commute. In Years 2 and 3, all students will complete a semester in Plymouth for the academic delivery, and then a semester on clinical placement in the following locations: Plymouth, Truro or Taunton.

This MSc equips graduates of engineering or science degrees with the knowledge and skills needed to work within the coastal engineering industry. You'll study core topics in coastal and port engineering, be introduced to numerical modelling techniques, obtain hands-on experience of using state-of-the-art software tools and carry out physical modelling of coastal structures within the COAST laboratory.

Study the theory of waves, tides, surges and modern techniques in coastal data collection and analysis, including GIS and remote sensing. You also study core topics in coastal and port engineering, gain research skills, are introduced to numerical modelling techniques and obtain hands-on experience of using state-of-the-art software tools.

Key Features

• Equips engineering and science graduates with knowledge and understanding of engineering and coastal processes enabling them to work in this strategically important sector.
• Learn how to quantify the loading effects of waves, tides, surges and manage the influences of climate change: sea level rise and greater storminess.
• Discover how coastal structures - breakwaters, groynes, sea walls - are designed to protect against flooding and coastal erosion.
• Understand how modern ports are designed for the needs of international trade.
• Work in our acclaimed COAST laboratory to develop skills in physical modelling and interact with our COAST researchers or collect data in Plymouth Sound.
• Obtain hands on experience in numerical modelling using modern industry software.
• The program is accredited as meeting the requirements for Further Learning for a Chartered Engineer (CEng) for candidates with an Accredited CEng (Partial) BEng (Hons) or an Accredited IEng (Full) BEng/BSc (Hons) undergraduate first degree.

Exploring the beauty of mathematics trains you to think systematically and creatively, so you're valuable in today’s economy. Choose the direction you want on our highly flexible course, culminating in a final-year project of your choice.

Employers want graduates with work experience, so when you arrive here, ask about our placements programme. Science, engineering, finance, government and medicine – as a mathematics graduate you stand to enter a rewarding career in a sector that interests you.

Key Features

• This course offers modules in all key areas of mathematics, statistics and theoretical physics, including a wide choice of final year options. This allows you to follow your interests and shape your future career.
• You will acquire skills which are highly sought after by employers: problem solving skills, knowledge of computing languages and mathematical software packages as well as presentation and communication skills.
• You have a great deal of available support including: a study space next to staff offices; our lecturers’ open door policy; a mathematics drop-in centre in the library; and additional peer learning sessions led by second and third year students.
• An optional but recommended paid placement year primes you for the career you want. Students who have taken a placement tend to attract multiple job offers.
• You have an opportunity in the final year to carry out an in-depth research project on a mathematical topic of your choice, supervised by an expert in that field. This involves producing a 50 page report and presenting your work at a poster session.

This programme will empower you to confidently meet the clinical and logistical challenges of working in complex and unpredictable situations; overseas, in low resource settings, on expedition or within your UK practice. Gain the advanced knowledge, skills and leadership qualities to deliver quality care, interact with healthcare professionals in multicultural or resource constrained settings and ensure the best possible health outcomes for your unique patient population, whatever your location.

Key Features

Will gene therapy become an established treatment for cancer? What are the potential benefits of stem cell research? How has the revolution in genome sequencing provided insights into human biology? On this flexible course, you’ll develop skills and knowledge across the spectrum of subject disciplines – enabling an understanding of these and other key questions relating to human biology, health and disease.

This course is delivered by the School of Biomedical Sciences in the Faculty of Medicine and Dentistry and enhanced by links with healthcare professionals. You’ll benefit from a rich and varied learning environment. You will also have the opportunity to enhance your employability with an optional placement year. We’re very proud of our National Student Survey (NSS) 2018 return showing that the course had an overall student satisfaction of 95 per cent.

Have you considered

• BSc (Hons) Biomedical Science
• BSc (Hons) Nutrition, Exercise and Health
• BSc (Hons) Psychology with Human Biology
• BSc (Hons) Medical Physiology

Key Features

• Delivered by the School of Biomedical Sciences in the Faculty of Medicine and Dentistry and enhanced by links with healthcare professionals.
• A strong foundation in a broad range of bioscience disciplines underpinned by a biomolecular knowledge-base relevant to contemporary human biosciences today.
• Opportunities to include optional elements of psychology at each stage of the programme.
• Enables students to explore themes of personal interest within the biosciences at all stages.
• Staff with expertise in a wide range of biomedical research topics directly inform learning and teaching.
• Strong international reputation in translational research with significant financial investment in laboratory infrastructure.
• Emphasis on practical laboratory skills relevant to research and other scientific careers.
• Benefit from a rich and varied interdisciplinary learning environment, which includes collaboration with a wider health care education community at the University.
• Optional placement opportunities provide students with relevant work experience.
• Personal tutoring in modules throughout the programme of study.
• Equips graduates with the confidence, knowledge, skills and other attributes suitable for a wide variety of careers within this rapidly expanding field.
• This course has competitive entry for up to ten ring-fenced places at the end of stage one for progression onto medicine and dentistry. Applicants must meet minimum academic requirements for consideration. e.g A levels - Minimum of AAB to include A grades in Biology, one other science from Chemistry, Maths, Physics, Psychology, Geology or Geography. General Studies will not be accepted.

 Chemists plays a vital role in tackling key societal challenges, including sustainability, health, energy and protecting the environment. To ensure our graduates can apply their chemistry, our course places problem solving, communication, and project management at the core of what we do. Taught by world-class researchers, our students gain both the academic knowledge and practical laboratory skills needed to be a professional chemist in a wide range of careers.

Work and learn in our ISO 9001 certified laboratories, our unique offer to undergraduates to train in a regulated professional laboratory environment. Chemistry at Plymouth is ranked 14th in the Guardian University Guide 2021: top in the UK for ‘satisfied with feedback’, 2nd in both ‘satisfied with teaching’ and the ‘value-added score’, and 6th on ‘satisfied with the course’

Key Features

• Benefit from outstanding teaching - our degree is ranked 1st in the UK for academic support, 2nd for assessment and feedback and 4th for overall teaching quality (NSS, 2019).
• Equip yourself for successful employment in a competitive job market – our focus on practical, professional skills means you graduate primed to enter the workplace.
• Benefit from award-winning teaching in small groups and be inspired by staff who are world-leading researchers.
• Hone your practical problem solving skills in our newly-refurbished laboratories, kitted out with the latest analytical instrumentation.
• Our tutorial system ensures that you receive the support and guidance you need to reach your full potential.
• 70% of assessment is based on coursework.
• Experience chemistry in the real world and boost your employability by taking a placement, work-based project in your final year, or working alongside PhD and post-doctoral researchers in our high specification laboratories.
• Graduate with in-demand skills for a range of career paths, from research and development in the pharmaceutical industry and lab-based roles in the food and energy industries, to positions in the science, engineering, healthcare, environmental or technology sectors.
• Accredited by the Royal Society of Chemistry, the professional body representing chemistry in the UK.

This programme focuses on state-of-the-art practical and theoretical aspects of a wide range of electronic engineering systems including integrated systems programming, advanced inverter technology, state-of-the-art mobile phone signal processing and nanotechnology clean-room applications. Design and build your own hardware and benefit from hands-on practical experience in well-equipped labs supported by expert researchers and practising engineers.

The MSc Electrical and Electronic Engineering will appeal to you if you are a design engineer. The programme provides an in-depth knowledge of specialist areas in electrical and electronic engineering underpinned by the theory and practice of modern electronics and renewable energy systems, together with the associated signal processing and embedded programming techniques. The modules have been selected to give you an even balance of essential modern areas of electrical and electronic engineering. The communications content will give you a broad grounding in communication theory and systems while the signal processing content is generally biased toward applications in communications engineering. From our experience of intensive courses, and our work with partner companies, this programme meets the current needs of electrical and electronics industry. The programme is taught in autumn and spring blocks and includes a project

Key Features

Environmental scientists are critical to addressing global environmental challenges. Your degree will provide you with the knowledge and skills to identify and develop solutions to a wide range of environmental challenges on land and in our oceans, including climate change, biodiversity loss, conservation and sustainability. Applying the latest techniques in the laboratory and the field, you will graduate ready to shape the future of fields from ecosystem management to environmental monitoring.

Key Features

• In the 2018 National Student Survey (NSS), 90 per cent of students agreed that the course was intellectually stimulating 93 per cent of students agreed that staff were good at explaining things and 95 per cent were satisfied with the quality of the course*.
• Benefit from enthusiastic, supportive staff and teaching informed by our renowned research.
• Take part in regularUK and overseas fieldwork in destinations such as Dartmoor National Park, Malaysia and Malta, where you will explore and study terrestrial and marine environmental systems.
• Experience in-depth coverage of natural sciences in the context of cultural and economic systems.
• Learn about the latest actions and technological developments in the struggle against climate change.
• Deepen your knowledge through our international exchange programme with the USA, Canada, Australia and various European countries.
• Hone your skills and knowledge with a wealth of facilities, including our marine research vessel Falcon Spirit, high specification laboratories and analytical facilities, LABplus and our new Marine Station. 
• LABplus is a unique open access laboratory and resource centre designed for students studying science and engineering courses. The lab provides a flexible workspace, computing facilities, specialist software, access to microscopes, microscope cameras and bespoke resources. 
• Develop your employability with placement opportunities in the UK and abroad, with organisations such as Kew Gardens, Pell Frischmann, The National Trust and Hyder Consulting Ltd.
• Qualify as a professional diver (HSE SCUBA) as part of your second year of study. 
• Increase your confidence with support from student mentors in our externally recognised peer assisted learning scheme, PALS.

Hydrography is crucial to the sustainable management of marine environments. Yet there is an international shortage of hydrographic surveyors, data processors and analysts, during a period when technology is rapidly advancing. Seize this opportunity to gain a thorough knowledge of the science and technology of hydrography, experiencing the practical application of modern methods and equipment involved in exploring and managing the seabed whilst preparing for a career in this growth area.

Key Features

Podiatrists are experts in foot and ankle health keeping people of all ages active. Choosing to become a podiatrist will give you a broad scope of practice with a scientific approach to diagnosis, treatment and rehabilitation of people with foot problems. A podiatry degree can launch a dynamic career and is a springboard to specialising in other areas of the profession such as sports medicine, injection therapy, independent prescribing, clinical research and podiatric surgery.

As a podiatry graduate you will be a highly skilled health professional who can work confidently with a variety of different patients in a range of settings. Six months after finishing the course 95 per cent of our graduates were in work or further study with an average salary of £22,000 according to the 2019 Destination of Leavers from Higher Education survey (DLHE)

Key Features

• Employability rates are high within the podiatry profession with potential to work in the NHS, but also as an independent practitioner. 95 per cent of our students go on to work or study, with an average starting salary of £22,000 a year (2019 Discover Uni*).
• The course has been designed, and continues to be developed, by expert educationalists, service-users and carers.
• Work-based learning is an integral part of the course and you spend 1,000 hours in clinical practice during your three years.
• Opportunities to attend vascular ward rounds at Derriford Hospital.
• Observe an independent practitioner working in the private sector.
• A Ministry of Defence placement is available for high achievers.
• Practitioners with specialist roles are invited to lecture regularly in years 2 and 3.