If you're not sure whether this course is for you, take a look at our exciting range of
engineering degree courses
.
Undergraduate course
BEng (Hons)
Integrated Engineering
The BEng (Hons) Integrated Engineering course at the University of Plymouth is a multidisciplinary degree, covering civil, mechanical, electrical, electronic, robotics, computing, and mathematics for modern engineers.
Our typical offer
112 UCAS points
Pushing traditional engineering boundaries
This course goes beyond traditional engineering boundaries, combining civil, mechanical, electrical, electronic, robotics, computing, and mathematics to prepare engineers for the digital age.
Be ready for industry 4.0
We equip you with skills to navigate cyber-physical systems and rapidly evolving technologies, ensuring they can meet modern industry demands.
Enhance your employability
The integration of multiple engineering disciplines fosters creativity, critical thinking, and professional flexibility, leading to improved career opportunities
About
This course is an interdisciplinary engineering degree for the digital age. It will provide you with the skills and competences needed to operate effectively as a modern professional engineer across traditional boundaries. The course draws on expertise from across the school, with a range of modules including civil and mechanical engineering, electrical and electronic engineering, robotics engineering, and computing and mathematics.
This course is for you if...
you're interested in a multidisciplinary degree, covering civil, mechanical, electrical, electronic, robotics, computing, and mathematics
you're passionate about designing and finding solutions to problems
you seek hands-on experience in projects to put your learning into practice
you're keen to learn from industry-experienced professionals and researchers
Details
Year 1
Get ready for an exciting start to your career as a multi-disciplinary engineer. Our "learning by doing" ethos is at the heart of our teaching approach. You will join forces with fellow engineering students in our unique, purpose-built laboratories to experience the fascinating world of engineering materials, structures and electronics. Alongside this hands-on approach, you will develop skills in software engineering and mathematics allowing you to model how the real world behaves.
By the end of this year, you'll have developed confidence in the fundamentals of programming, electronic circuitry and computer aided design, while using your imagination and creativity to resolve real-world engineering challenges.
Core modules
BPIE115
Stage 1 Mechanical Placement Preparation
0 credits
Undertaking a sandwich-year placement (also known as an industrial or work placement) offers many benefits, including valuable hands-on work-experience and enhanced employability. This module is for first-year students who may undertake a placement in their third year. It is designed to support students in exploring placement opportunities and developing the skills and knowledge required to successfully secure one.
COMP1000
Software Engineering 1
20 credits
In this hands-on module, you’ll explore how computers make decisions, repeat actions, and store data while building your own programs step by step to solve real-world problems using programming languages. Along the way, you'll use professional tools and techniques to write clean code, test, and debug. Whether you're dreaming of games, apps, or AI, this module is your first step into the world of software engineering.
100% Coursework
ELEC144
Electrical Principles and Machines
20 credits
Learn about the internal workings of any processor and digital embedded system. From the language of logic to the implementation of digital circuits, this module will provide the theory and practice necessary to develop the skills of a true embedded programmer.
100% Coursework
ENGR104
Engineering Mathematics
20 credits
Build the maths skills every engineer needs. Want to design bridges, launch rockets, or create the next big tech breakthrough? It all starts here. This module gives you the core math skills and problem-solving techniques every engineer relies on. It’s the foundation for everything you'll build in your engineering journey.
50% Coursework
50% Examinations
ENGR105
Mechanics and Structures
20 credits
We'll teach you the fundamental scientific principles of engineering mechanics and structures appropriate for engineering applications. You'll develop a deeper understanding of these key scientific principles through practical applications using hands-on calculations and also computer software tools.
50% Coursework
50% Examinations
ENGR107
Engineering Design
20 credits
Problem solving is at the heart of everything, but to solve a problem, you must first understand it. Engineering design sharpens this skill, helping you develop valid solutions to real challenges. In Semester 1, you'll develop essential techniques: sketching, computer-aided design, and application of the design process. Then, in Semester 2, you’ll put those skills to the test, tackling real-world design problems head-on.
70% Coursework
30% Tests
ENGR108
Engineering Practice and Experimental Techniques
20 credits
Here you'll take a hands-on, practical approach to learning the fundamental principles of engineering science, with engaging experiments in our modern, student-centred labs. Along the way, you’ll develop essential study habits, strengthen teamwork skills, and build confidence in technical communication - key qualities for any aspiring engineer.
100% Coursework
Year 2
Choose the route that leads to your perfect career. In the second year, you will choose modules to propel you along one of four inter-disciplinary pathways, allowing you the freedom to tailor your learning to your career ambitions.
Pathway 1: Mechanical/Civil Engineering
Pathway 2: Electro/Mechanical Engineering
Pathway 3: Electro/Robotic Engineering
Pathway 4: Robotic/Computing Engineering
In parallel, an extensive programme of career development support will supercharge your professional and transferable skills in readiness for the workplace; helping you to find the perfect placement.
Core modules
BPIE215
Stage 2 Mechanical Placement Preparation
0 credits
A year-long work placement is a valuable opportunity to gain hands-on experience and develop skills that will enhance future career prospects. This module prepares students to begin their placement search by providing practical guidance on where to look, how to apply, and how to present themselves effectively to potential employers; featuring insights from students who have recently returned from their own placements.
MATH237
Engineering Mathematics and Statistics
20 credits
In electronic and communications engineering, mathematical and statistical methods are used to obtain solutions. You'll learn and use the techniques to solve engineering problems, including transforms which are needed to study linear time-invariant systems. Descriptive statistics and probability will be introduced, and then you'll learn the more advanced topics of reliability and quality control.
80% Examinations
20% Coursework
Optional modules
COMP2000
Software Engineering 2
20 credits
Go beyond coding to master the craft of software development. This module builds on foundational skills by exploring agile practices, version control, test automation, and software quality. You'll learn how professionals deliver reliable, maintainable systems in dynamic real-world environments.
100% Coursework
COMP2002
Artificial Intelligence
20 credits
Unlock the foundations of machine intelligence. This module introduces core AI concepts including decision trees, neural networks, and heuristic search. You'll explore how machines learn, adapt, and solve problems, building intelligent systems that mimic human thinking.
100% Coursework
ELEC237
Power Electronics and Generation
20 credits
Electrical systems are the backbones of the modern civilization. You will be introduced in this module to different electrical devices including power electronics, transformers, and machines. You will explore how to control the electrical power through its different forms. Besides, you will have the opportunity to build your switched mode power supply as well as design a soft starter for three phase induction motors.
60% Examinations
40% Coursework
GEEN200
Geotechnical Engineering 1
20 credits
This module introduces Geology, and the properties/ behaviour of soil as relevant to Civil Engineering projects. The concepts of groundwater flow and consolidation are considered, with associated calculations. Methods of analysis for estimation of stability and deformation when the ground is loaded are also introduced.
70% Examinations
30% Coursework
HYFM200
Hydraulic and Coastal Engineering
20 credits
Clean water is essential for life, and our coast needs to be defended from flooding and erosion. Hydraulic engineering includes predicting flow in pipes and open channels. Coastal engineering topics include study of waves and tides, and their application to coastal engineering. Learning is supported by laboratory work and a site visit.
50% Coursework
50% Examinations
ROCO219
Control Engineering
20 credits
This module introduces the basic ideas behind how we control machines that involve both electrical and mechanical parts. It covers how to make systems behave in a stable and predictable way. For example, it might involve keeping a Segway upright while it moves, or guiding a robotic arm smoothly to a target without shaking or going past the intended position.
70% Examinations
30% Coursework
ROCO224
Introduction to Robotics
20 credits
This module explores how robots work and how they are built and controlled, both in the real world and in simulations. You'll learn how to analyse different robot designs using industry-standard techniques, and get hands-on experience with robot movement and planning. It also covers the basic mechanical principles behind building physical robots.
60% Examinations
40% Coursework
ROCO226
Sensors and Actuators for Robotic Systems
20 credits
This module looks at how electricity - using currents, voltages, wires, and coils - is used to power and control DC motors. Students learn how different types of motors and sensors work, and take on a fun, hands-on challenge to design and build their own improved motor.
60% Coursework
40% Examinations
STAD200
Structural Analysis and Design 1
20 credits
"Refine your programming skills with advanced features of the Python language and learn about the software development lifecycle for larger programs. You will team up with other students to identify a discipline-specific problem or industrial challenge. You will design, develop and deliver a software solution and analyse the impact of your work in a global context. You can present your application at the Project Showcase. "
70% Coursework
30% Tests
MATS236
Materials & Structural Integrity
20 credits
In this module, you will be introduced to the structural assessment of a range of engineering materials. You will learn both a study of the materials themselves as well as their likely failure mechanisms when subjected to external loads. The module will also help you develop the underpinning mathematical analysis you will need to quantify these effects in an appropriate manner.
50% Coursework
50% Examinations
MECH238
Mechanical Engineering Design & Commercialisation
20 credits
This module is your chance to use your creativity in an exciting mechanical engineering challenge, developing a product that you are proud of. You will learn to apply knowledge of engineering science (combined with 3D modelling) to optimise your designs. You will follow a structured design process as you would in industry, considering factors such as project/risk management, sustainability and product commercialisation.
70% Coursework
30% Tests
MFRG217
Engineering Quality Management
20 credits
This module gives you an understanding of the importance of Total Quality to a manufacturer, its measurement and some of the tools available to the designer/manager to ensure it is profitably achieved. It introduces the concept of the World-Class organisation, its culture and management as well as the international (ISO) management systems (quality, environment and H&S) involved.
70% Examinations
30% Coursework
Optional placement year
The optional placement year is a fantastic opportunity to advance your career as a professional engineer by working in a commercial engineering team. The placement gives you invaluable experience beyond the classroom environment, developing skills crucial to your future employment.
The whole world awaits: our engineering students find opportunities in a diverse range of sectors including Formula 1, medical robotics, nuclear engineering, space communications and offshore renewables. Placement often results in an offer of graduate employment.
Core modules
BPIE335
Mechanical Engineering Related Placement
0 credits
A year-long work-placement, undertaken with an approved placement provider and in a role relevant to the students programme. Students will leave with practical and relevant work experience, where they put theory into practice. This module is attached to the Placement and provides students with a single digital space to refer to for key reminders, FAQs, contact details, top tips and their Placement-year handbook.
Final year
The most significant element of this year is your dissertation project where you will apply all the skills and knowledge that you have learned to explore a topic that you find truly fascinating. The project is a hands-on research challenge allowing you to develop deeper insight and knowledge into an area that aligns to your careers aspirations. You will continue the pathway chosen in Stage 2 to become a truly inter-disciplinary engineer ready to tackle the essential challenges of the future.
Core modules
PRME309
Integrated Engineering Project
40 credits
Your dissertation project is where you can implement the skills and knowledge developed in your whole degree by applying them to a problem of your choosing. Whilst you are supervised and supported by the engineering staff, you will work relatively independently to really focus on a single topic. Experimental, numerical, design, feasibility studies - all are possible, and the choice is yours.
100% Coursework
Optional modules
COMP3001
Parallel Computing
20 credits
Ever wondered how to make software run faster—on a laptop or even a supercomputer? In this module, you’ll learn to spot performance bottlenecks and speed up real-world applications on modern multi-core CPUs and GPUs. From PCs to high-performance systems, you’ll gain hands-on experience writing efficient parallel code and even test it on the University’s brand-new supercomputer used by real researchers.
100% Coursework
COMP3003
Machine Learning
20 credits
Dive into the world of machine learning, where data becomes insight and algorithms learn from experience. You'll explore supervised and unsupervised models, build neural networks, evaluate results, and apply industry-standard tools - gaining hands-on experience in one of the most transformative fields in computing today.
100% Coursework
COMP3004
Advanced Computing and Networking Infrastructures
20 credits
Explore the engine rooms of modern digital systems, from cloud architecture to software-defined networks. You'll study how virtualisation, data centres, and scalable infrastructures support global computing services, and gain practical knowledge of the platforms powering today's digital economy.
100% Coursework
ELEC345
High Speed Communications
20 credits
Explore radio propagation, antenna design and how cellular systems and Wi-Fi achieve high data rates supporting gaming and video alongside audio. You'll design and test RF circuits using a range of high end test equipment gaining skills that make you highly employable.
70% Examinations
30% Coursework
ELEC349
Design and Control of Renewable Energy Technology
20 credits
As power electronics are the key players for energy decarbonization, this module focuses on the application of power electronics in the renewable energy sector. You will explore the solar photovoltaic technology and how it generates electricity. You will also have the opportunity to design and build a power converter to utilize and control the generated energy to achieve the maximum extracted power from the solar panels.
60% Coursework
40% Tests
ELEC351
Advanced Embedded Programming
20 credits
The module aims to develop skills in embedded programming by making use of advanced features of high-level programming languages, deepening your knowledge of modern programming techniques used in embedded systems at the heart of vehicles, consumer goods and modern technology. The module has a strong practical bias where students are required to understand real time and safety critical systems.
60% Coursework
40% Examinations
GEEN314
Geotechnical Engineering 2
20 credits
Gain a solid understanding of geotechnical analysis and design, learning how to apply key concepts to real-world problems. Develop skills to choose the right mathematical methods for complex geotechnical challenges. Build confidence in using these techniques to tackle practical design and analysis tasks you’ll face in professional engineering practice.
70% Examinations
30% Coursework
MATH3708
Modelling and Numerical Simulation
20 credits
Simulations and modelling drive research and innovation across industry. In this module you’ll explore mathematical models and algorithms, write code to implement them, and assess their performance both theoretically and in practice. You’ll also run your code on our state-of-the-art high-performance computer, gaining forward-looking skills valued by employers.
100% Coursework
MATH3709
Optimisation, Networks and Graphs
20 credits
Do you want to make businesses efficient by optimising their supply chains? Do you want to be part of AI decision making? We'll teach you the optimisation and graph theory that will make this possible. You'll study the implementation of cutting-edge algorithms to tackle real-world challenges. We'll also explain the mathematics of networks that are used to model complicated systems such as social media interactions.
100% Coursework
MECH341
Computer Aided Engineering
20 credits
In this module, you will gain expertise in two powerful Computer Aided Engineering methods: Computational Fluid Dynamics for fluid flow challenges and Finite Element Analysis for structural solutions. You’ll explore validation techniques to ensure reliable simulation results. You will develop your skills that set you apart in the world of engineering!
70% Coursework
30% Tests
ROCO318
Mobile and Humanoid Robots
20 credits
This module explores how mobile and humanoid robots move and are controlled. It covers how motor commands drive motion, how sensors track movement, and how signals are processed using tools like Kalman filters. Real-world examples are supported by mathematical analysis and computational methods.
70% Examinations
30% Coursework
ROCO321
Computer Vision
20 credits
The module offers an in-depth exploration of advanced artificial vision systems, focusing on their application in the guidance and control of interactive systems. It is grounded in contemporary theoretical and practical principles of vision technology, ensuring a robust understanding of both foundational concepts and cutting-edge advancements in the field.
100% Coursework
ROCO351
Machine Learning for Robotics
20 credits
This module introduces the basics of machine learning - a fast-growing area of computer science where computers learn to do tasks on their own, without being directly programmed. It's used in many areas, from recognizing images and sounds to helping control robots.
70% Examinations
30% Coursework
STAD300
Structural Analysis and Design 2
20 credits
How do structural engineers design buildings that stand up? This module combines the basic principles of analysis and design to develop an integrated approach to solving structural problems. It is supported by the use of structural analysis and design software and laboratory work.
70% Coursework
30% Examinations
STAD315
Structural Engineering Design
20 credits
This module challenges students to think like practicing engineers and prepares them for the complexities of modern structural design by immersing students in industry-standard design and construction practices. Students will strengthen their conceptual design skills of bridges and multi-storey buildings and adopt a holistic approach to sustainable design by considering the "whole" as well as the individual elements.
50% Coursework
50% Tests
CONT318
Control and Intelligent Systems Design
20 credits
From autonomous ships to self-driving cars and aerial drones, this module explores how control engineering and AI power intelligent systems across land, air, and sea. You'll learn how engineers design smart technologies that make real-time decisions—just like the systems behind modern ships, aircraft, and vehicles.
70% Examinations
30% Coursework
MECH343
Mechanical Engineering Design and Practice
20 credits
Supercharge your engineering design skills by creating innovative and sustainable solutions to complex, real-world challenges. Use CAD and CAE tools to bring your ideas to life, validate functionality, and optimise technical performance across the product lifecycle. Explore the ethical responsibilities of engineers by debating real-world dilemmas. This module is a deep dive into creativity, precision, and integrity!
100% Coursework
Alternative pathways
The modules shown for this course are those currently being studied by our students, or are proposed new modules. Please note that programme structures and individual modules are subject to amendment from time to time as part of the University’s curriculum enrichment programme and in line with changes in the University’s policies and requirements.
Experience
Facilities to inspire the engineering and design pioneers of the future
Research-informed teaching
Our team of 100 staff work in the disciplines of engineering, computing, mathematics and navigation. We carry out research in fields from renewable energy to pure mathematics, robotics and cyber security.
Dr Alexander Besinis
Associate Professor in Mechanical and Medical Engineering
Admissions Tutor
Dr Keri Collins
Lecturer in Mechanical Engineering
Dr Adrian Ambroze
Associate Professor of Digital Communications Engineering
Meet our school technical staff
Our technical staff are integral to the delivery of all our programmes and bring a diverse range of expertise and skills to support students in laboratories and workshops.
Plymouth Engineering Society
The University of Plymouth Engineering Society's main aim is to provide a platform for engineering students at the university to meet, socialise with and learn from their fellow students. We aim to promote links across all engineering disciplines and between all year groups from foundation year to masters year.
We will be hosting socials and events throughout the year so come and get involved! Once you have your membership be sure to follow the society's social media to keep up to date with all activities, socials, and events.
Life in Plymouth
Plymouth's maritime history and coastal location have an undeniable influence on life in the city. The walk from our main campus to the seafront is only about one mile, providing loads of opportunity to relax and unwind during your studies. You don’t need to leave the city to get to the coast!
The overall vibe of the city is perfect. You are by the sea so it is still laid back, but you have all the conveniences of living in a city.
Jenna
Current student
Current student
Life in the city
Discover what Plymouth and its unique geographical location have to offer
Explore your accommodation options
Discover our range of student accommodation options and find out how you can get a guaranteed place in halls
Get involved with one of our many student groups
Our large student population, active Students' Union, and abundance of student-led clubs and societies blend to create a busy and vibrant student scene
Careers
The future needs of industry worldwide requires engineers with a new perspective and with a different range of enhanced engineering skills, understanding and competencies (Industry 4.0).
Current, and future, engineering production, and other systems, rely on a decentralised intelligence. To function effectively this requires programming to control their operation as autonomous mechanical and mechatronic systems. Full automation of processes will be necessary in a modern engineering context and will only be achieved through further digitisation, networking and applying an interdisciplinary or systems approach to the engineering activity.
We now need engineers who have the key transferrable skills, ability and knowledge to be able to “think outside the box”. Studying for a BEng (Hons) degree in Integrated Engineering at the University of Plymouth will help you gain and develop these necessary professional attributes.
Optional placement year: preparing you for the future
Completing an industrial placement provides a valuable opportunity to apply and reinforce the knowledge gained in your first and second years. By choosing to spend an optional year in paid employment as a student engineer, you will gain documented professional experience, establish industry connections, and often secure summer work, sponsorships, or job offers upon graduation. Our dedicated placements team is here to assist you in securing a placement, drawing on our extensive network of employers across various sectors.
*Data is from the Graduate Outcomes Surveys covering the three years of 2019/20 – 2021/22. Graduates were surveyed 15 months after graduating. Data displayed is for UK-domiciled, first degree, full-time graduates who are working, studying or looking for work.
Fees and funding
Tuition fees
Tuition fees for new full-time students starting in 2025-2026 or
Full-time study
£9,535 per year
£9,535 per year
Part-time study
£795 per 10 credits
£795 per 10 credits
Tuition fee price changes
On Monday 20 October 2025, the UK Government announced its intention to increase tuition fees for home undergraduate students in line with inflation from 2026 onwards.
Along with other universities in the UK, the University of Plymouth intends to apply this new fee. Whilst the exact details have not currently been announced, it is expected that the increase will be in the region of £400, increasing the annual tuition fee to £9,935 for 2026, which will then be subject to automatic inflationary increases thereafter. However, implementation of this increase will be subject to further Government guidance and legislation.
The University will give further details to both prospective and current students as soon as the Government has issued further information. More information about
fees and costs of studying
.
Tuition fees for full-time international students starting in 2025-2026 academic year.
Full-time study
£18,650 per year
£18,650 per year
Optional placement year completed in the UK
£1,905
Optional placement year completed outside the UK
£1,430
Tuition fees for full-time international students starting in 2026-2027 academic year.
Full-time study
£19,200 per year
£19,200 per year
Optional placement year completed in the UK
To be confirmed
Optional placement year completed outside the UK
To be confirmed
Tuition fee price changes
Our fees are reviewed on an annual basis. Fees and the conditions that apply to them are the most up to date but are still subject to change in exceptional circumstances. More information about
fees and costs of studying
.
Additional costs
This course is delivered by the Faculty of Science and Engineering. Studying a course in this faculty may incur additional costs relating to field-based activities or equipment requirements.
Fund your studies
As an undergraduate at Plymouth, there are plenty of funding options available, including tuition fee loans, living cost loans, scholarships, bursaries and support funds.
The Tamar Engineering Project
The Tamar Engineering Project is for ambitious students who want to embark on a career in engineering and who have shown potential for high academic achievement at A level, but whose background or personal circumstances may be a barrier to university study.
Successful applicants will receive:
- £3,000 per annum towards living costs for the duration of the taught element of their degree (usually three years)
- £1,500 fee waiver per annum
- one-to-one mentoring from an industry expert.
Supporting students with the cost of living
The cost of living in the UK has risen faster than household income, meaning that most people will have less to spend on essential goods and services. This is an ongoing situation that is likely to affect everyone in some way.
The University provides advice and guidance and has a range of services, facilities and offers to help students with rising everyday costs.
Apply
Entry requirements
Our typical offer
112 UCAS points
112 UCAS points
You may be eligible for a contextual offer
GCSE
English and Maths grade C / 4 or above or equivalent.
A levels
112 points to include grade C in Maths and grade C in a second relevant subject in Science or Technology.
BTEC RQF National Extended Diploma/QCF Extended Diploma
DMM-DDM in a relevant Science or Engineering subject. Must include Maths units. Candidates may be interviewed before an offer is made.
If you hold a BTEC qualification it is vital that you provide our Admissions team with details of the exact modules you have studied as part of the BTEC. Without this information we may be unable to process your application quickly and you could experience significant delays in the progress of your application to study with us. Please explicitly state the full list of modules within your qualification at the time of application.
All Access courses
Pass Access to HE Diploma with 33 level 3 credits with at least 12 Level 3 credits at distinction in Mathematics and 12 credits at Merit in another Science, Engineering or Technology subject. Plus, GCSEs: English and Maths at a Grade C/4.
International Baccalaureate
28-30 points overall to include 4 at Higher Level Maths and 4 at Higher Level Sci/Tech subject.
Other
Irish Leaving Certificate: 112 including mathematics and a science or technology subject at higher level plus Ordinary Level Grade C Maths and English.
Welsh Baccalaureate
120 points from Welsh Baccalaureate – accepted as additional points in addition to the two A levels described above.
120 points from Welsh Baccalaureate – accepted as additional points in addition to the two A levels described above.
Scottish Qualifications Authority
112-128 points including grade C in a relevant subject at Advanced Higher Level (applied ICT; applied science; biology; chemistry; computing; DT (product design); DT (systems and control tech); DT (textiles tech); electronics; engineering; environmental science; maths/further maths; stats; physics; science; tech and design). Plus pass Higher level maths.
112-128 points including grade C in a relevant subject at Advanced Higher Level (applied ICT; applied science; biology; chemistry; computing; DT (product design); DT (systems and control tech); DT (textiles tech); electronics; engineering; environmental science; maths/further maths; stats; physics; science; tech and design). Plus pass Higher level maths.
Extended entry requirements
To be accepted onto a degree course with us, you must have a suitable English language qualification.
Ready to apply?
All applications for undergraduate courses are made through UCAS.com. Please refer to the course facts below when completing your application for this course.
UCAS course code
H110
H110
Institution code
P60
P60
Duration
3 years
(+ optional placement)
Course type
Full-time
Study location
Plymouth
Plymouth
Entry requirements
We welcome applicants with international qualifications and we accept a range of qualifications from across the globe.
Our typical offer
112 UCAS points
112 UCAS points
BSearch entry requirements for your country
5
English language requirements
To be accepted onto a degree course with us, you must have a suitable English language qualification.
Ready to apply?
As an international student, you can apply for this course through UCAS or an agent in your country.
Need support with your application?
- Personal statement guidance
- student visa support
- travel and arrival information
- and more.
UCAS course code
H110
H110
Institution code
P60
P60
Duration
3 years
(+ optional placement)
Course type
Full-time
Study location
Plymouth
Plymouth
Visit us at an undergraduate on-campus open day
Open days are the best way to get a feel for studying an undergraduate degree at the University of Plymouth.
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The results of the National Student Survey (NSS) and the Graduate Outcomes survey (GO) are made available to prospective students and their advisors through the Discover Uni website.