Engineering at Swansea University is taught in a cutting-edge learning environment using state-of-the-art teaching facilities. The university pioneers technological progress in both traditional and emerging engineering disciplines, working in partnership with major industrial companies. All engineering activities at Swansea University are driven by, and based on, world-leading research.
Successful completion of this pathway will lead to the award of one of the following from Swansea University:
Foundation - Two Semesters
September, November*, January - £19,500**
Foundation - Three Semesters
September, November, June - £22,000**
First Year - Two Semesters
September - £19,500**
September - £22,250 to £25,750**
*The November entry is the same price as 2 semester September entry but is 2.5 semesters in duration.
**Fees for 2024/2025 and subject to change. See Pathway and Fees Summary for more details.
You can apply via our application portal, Study Link.
Before you submit your application, please make sure that:
Please note: If you are a citizen/permanent resident of the United Kingdom and have not lived outside of the UK for at least three years, you may not be eligible to apply via The College, Swansea University. Admissions staff will review your application and get in touch to advise you.
There are both English Language and Academic Entry Requirements for Foundation and First Year study.
You can be admitted directly to First Year if your academic qualifications do not require a Foundation stage of study. For details of the requirements for students of your country, please visit our Academic Entry Requirements page.
In addition to the above, all students will be required to demonstrate a suitable level of English language ability. Information on these requirements, and on the qualifications that we accept, can be viewed on our English language requirements page.
Interactive Learning Skills and Communication
This module has been designed to help students develop their academic literacy and communication skills in preparation for undergraduate study and to understand the institutional culture, practices, rules and expectations of British higher education in an international academic context and community.
Assessment: presentations, group work, research report, referencing
Analytical Techniques 1
This module is intended to provide students of engineering and science with knowledge of the fundamentals of the branch of pure mathematics known as analysis. The module reviews the aspects of classical pure mathematics and leads into the development of a rigorous foundation for the study of calculus, matrices and complex numbers.
Assessment: Weekly homework, mid-term test, examination
Physics 2
Introducing students to the study of Physics, this course will cover topics including but not limited to; base and derived units, potential and kinetic energy, vectors, electric potential and fields, magnetics and electromagnetism, all of which will contribute to a comprehensive understanding of the basic principles of Physics necessary for further study.
Assessment: Weekly homework, mid-term exam, examination
Applied Critical Thinking
This module builds a fundamental knowledge base and establishes intellectual skills associated with thinking critically. Focus is placed on the real world application of critical thinking in identifying strong and weak arguments in the academic world and beyond.
Assessment: In-class test, essay examination
IT Support
Comprehensive understanding of current ICT issues is essential in the modern world. Through this module students will gain the skills to equip them in the use of common productivity and content management software programmes. This module will emphasise the use of Microsoft Windows packages including PowerPoint, Excel and Word as a platform for further study.
Assessment: Class test (unweighted)
Environmental Awareness
This module provides students with an understanding of environmental phenomena issues and their relationship to the various engineering disciplines. The module considers the universe from its birth and covers subjects such as evolution up until more recent human impacts such as climate change.
Assessment: Reports, group work
Analytical Techniques 3
As a development of the Analytical Techniques 1 module, this course aims to present to students the basic mathematical knowledge of fundamental topics of differentiation, integration, matrices and vectors that will bring them to proper understanding of equation solving and the use of calculus in engineering and science.
Assessment: Mid-term test, examination
Physics 3
The module provides an understanding of the reasoning behind the study of mechanics and considers concepts including energy, kinetics, momentum and forces amongst others. Students will build a fundamental knowledge base to facilitate the study of engineering at Undergraduate level.
Assessment: Mid-term examination, final examination
Fundamentals of Materials
This program offers students the opportunity to study a host of materials related content ranging from the studies of specific materials including glasses and ceramics, to more in depth assessment of phenomena such as melting, solidification and diffusion as well as delving into such topics as micro structures, atomic structures and classification.
Assessment: In-class test, Mid-term test, examination
English Portfolio*
The aim of English Skills Portfolio is to enable students to develop their English Language level within an academic context, and to equip students with the linguistic and academic skills necessary to perform confidently within their chosen discipline, whilst simultaneously encouraging them to become effective independent learners.
Assessment: Coursework, examination
*Required only by students undertaking both academic and English language modules
As this course is an Integrated First Year, students are required to study 120 credits of Swansea University Modules.
These modules can be found on Swansea University's Engineering page.
In addition, students must study the following College modules:
Research and Study Skills (ILSC) 1
This module aims to help students to develop their academic English, communication, research, and critical reasoning skills to be successful undergraduate students. A subsidiary aim of this module is to ensure that students develop transferable skills that help them to take responsibility for their personal, academic and professional development.
Assessment: Presentation, group work, written assessments
Academic Support Tutorial
The aim of the support tutorials is to provide academic support and guidance to students on a year 1 Integrated programme with The College, Swansea University. Each pathway has a distinct Academic Support Tutorial allowing students to receive tailored support in areas such as progression, discussion and debate, communication and organisation.
Assessment: None
All of the Engineering Degrees at Swansea University have professional accreditation. Please see your preferred Degree pathway for more information.
Accreditation is a mark of assurance that the degree meets the standards set by the Engineering Council in the UK Standard for Professional Engineering Competence (UK-SPEC). An accredited degree will provide you with some or all of the underpinning knowledge, understanding and skills for eventual registration as an Incorporated (IEng) or Chartered Engineer (CEng). A programme of accredited Further Learning will be required to complete the educational base for CEng. Some employers recruit preferentially from accredited degrees, and an accredited degree is likely to be recognised by other countries that are signatories to international accords.
All Foundation Year programmes will be taught on the Bay Campus. First and further years are also taught on the Bay Campus of Swansea University.
Recommended textbooks for this course are available in the University libraries, but you may choose to purchase personal copies. All software needed for the course is available on the University network for use within University computer rooms. Free wireless internet access is available across the whole of the University campus, including halls of residence. Personal costs such as purchase of stationery, photocopying costs, parking fees or travel between the campuses are not included in your tuition fees. For chemical and civil engineering courses you will need to purchase a pair of safety boots for industrial site visits, £20 maximum cost.
If you have any queries about this programme, please contact us at the-college-enquiries@swansea.ac.uk or call +44 (0) 1792 602 888.
