Materials Science and Engineering with a Foundation Year, BEng (Hons)
| Program start date | Application deadline |
| 2024-09-01 | - |
| 2023-09-01 | - |
Program Overview
Materials Science and Engineering at Swansea University explores the properties of matter and their control, connecting physics and chemistry with engineering. The program prepares students for careers in aerospace, automotive, manufacturing, sports, and energy generation through a combination of analytical abilities and hands-on experience with advanced equipment. Graduates are equipped for roles such as metallurgist, product development scientist, and manufacturing systems engineer.
Program Outline
Degree Overview:
Successful innovation depends on the selection and performance of key materials. From cars, aeroplanes and cruise ships, to sports equipment and musical instruments, the right materials can help to define technological progress. Materials Science and Engineering explores how the properties of matter can be controlled. It includes elements of physics and chemistry, connecting closely with most other areas of engineering. The integrated Engineering Foundation Year programme can lead to any full engineering degree. It is not a qualification in its own right, but the first year of a four-year BEng degree. This degree will prepare you for a rewarding career across engineering sectors including aerospace, automotive, manufacturing, sports, and energy generation. As you progress, your developing analytical abilities will combine with hands-on experience of advanced equipment, establishing skills which are vital to securing employment in the wider aerospace industry.
Outline:
Year 0 (Level 3)
Entry Level 3 / Foundation Year Compulsory Modules Module Name
|
Module Duration|
Credits|
Module Code- --|---|---|---| Fundamentals of Engineering Design | Academic Year | 30 | EG-000 Foundation Mathematics for Engineers I | September-January | 15 | EG-001 Chemistry of Materials | September-January | 15 | EG-091 Fundamentals of Engineering Science | September-January | 15 | EG-092 Foundation Mathematics for Engineers II | January-June | 15 | EG-002 Applied Engineering | January-June | 30 | EG-003
Year 1 (Level 4)
FHEQ 4 Undergraduate / HECert Students choose 120 credits from the following: Compulsory Modules Module Name
|
Module Duration|
Credits|
Module Code- --|---|---|---| Engineering for People Hackathon | September-January | 10 | EG-133 Introduction to Materials Engineering | September-January | 10 | EG-180 Materials Resources | September-January | 10 | EG-183 Engineering Analysis for Materials 1 | September-January | 10 | EG-187 Design and Laboratory Classes 1 | September-January | 10 | EGA163 Manufacturing Technology I | January-June | 10 | EG-182 Mechanical Properties of Materials | January-June | 10 | EG-184 Materials Practicals 1: structure / property links in metals | January-June | 10 | EG-185 Engineering Analysis for Materials 2 | January-June | 10 | EG-188 Instrumental and Analytical Chemistry | January-June | 10 | EGA110 Case Studies in Materials | January-June | 10 | EGA113 Optional Modules Choose Exactly 10 credits from the following Modules:
Module Name
|
Module Duration
|
Credits
|
Module Code
- --|---|---|---| GuidanceData analysis and simulation | September-January | 10 | EG-137 Foundation Chemistry | September-January | 10 | EGA103 Engineering Science | September-January | 10 | EGA106
Year 2 (Level 5)
FHEQ 5 Undergraduate / HEDip Compulsory Modules Module Name
|
Module Duration|
Credits|
Module Code- --|---|---|---| Software Engineering | September-January | 10 | EG-244 Research Project Preparation | September-June | 0 | EG-277 Functional and Smart Materials | September-January | 10 | EG-279 Microstructure Evolution and Control in Metallic Materials | September-January | 10 | EG-280 Statistical Techniques in Engineering | September-January | 10 | EG-285 Materials Practicals 2a: Microstructure Development in Alloy Systems | September-January | 10 | EG-286 Order and Disorder in Materials | September-January | 10 | EG-290 Materials for Energy | January-June | 10 | EG-218 Polymers: Structure and Processing | January-June | 10 | EG-281 Computational Materials 1 | January-June | 10 | EG-282 Mechanical Deformation in Structural Materials | January-June | 10 | EG-283 Manufacturing Technology II | January-June | 10 | EG-284 Materials Practicals 2b: Applied examples in advanced metallic materials | January-June | 10 | EG-287
Year 3 (Level 6)
FHEQ 6 Undergraduate / Honours Students choose 120 credits from the following: Compulsory Modules Module Name
|
Module Duration|
Credits|
Module Code- --|---|---|---| Advanced Optical Materials and Devices | September-January | 10 | EG-3071 Research Project | September-June | 30 | EG-353 Fracture and Fatigue | September-January | 10 | EG-381 Engineering Management | September-June | 10 | EG-386 Microstructure and Characterisation | September-January | 10 | EG-391 Physical Metallurgy of Steels | September-January | 10 | EG-392 Polymers: Properties and Design | January-June | 10 | EG-385 Optional Modules Choose Exactly 30 credits from the following Modules:
Module Name
|
Module Duration
|
Credits
|
Module Code
- --|---|---|---| Ceramics | January-June | 10 | EG-383 Materials Degradation and Protection | January-June | 10 | EG-387 Propulsion | January-June | 10 | EG-397
Teaching:
We are proud to provide an outstanding educational experience, using the most effective learning and teaching approaches, carefully tailored to suit the specific needs of your course. Apart from a small number of online-only courses, most of our courses consist of in-person, on-campus teaching, enabling full engagement with your lecturers and fellow students. Practical skills sessions, lab work seminars, and workshops predominantly take place in person, allowing for group working and demonstrations. We also operate virtual labs and Simulated Learning Environments which will facilitate greater access to training opportunities in the future. However, our approach also includes the use of some online learning to support and enhance traditional face-to-face teaching. Online learning may take place ‘live’ using software such as Zoom, allowing you to interact with the lecturer and other students and to ask questions. Lecture recordings also allow for more flexibility to revisit material, to revise for assessments and to enhance learning outside of the classroom. Some modules have extra resources in Canvas, such as videos, slides and quizzes enabling further flexible study.
Careers:
Graduates of Materials Science and Engineering at Swansea are set on course for a range of exciting career opportunities. Your future could lie in any of the following roles: Metallurgist Product Development Scientist Biomedical Engineer Manufacturing Systems Engineer Patent Examiner Quality Manager Process Development Scientist
Tuition Fees - Year 1 £ 9,000 £ 25,750 £ 25,750
Overview
Notable Achievements:
- Ranked among the top 300 universities worldwide (QS World University Rankings 2023)
- Recognized for research excellence in the Research Excellence Framework (REF) 2021
- Home to the prestigious Hillary Rodham Clinton School of Law
- Recipient of the Queen's Anniversary Prize for Higher and Further Education (2019)
Establishment:
1920 as University College of SwanseaUniversity Status:
Gained in 1948Student Life
Student Support Services:
- Student Union providing representation, support, and events
- Student Services offering academic, financial, and personal support
- Chaplaincy providing spiritual and pastoral care
Campus Facilities:
- Modern campus with state-of-the-art facilities
- Bay Campus, located on the waterfront, offering stunning views
- Singleton Campus, in the heart of Swansea city center, providing easy access to amenities
Extracurricular Activities:
Over 150 student clubs and societies, including sports teams, cultural groups, and academic societiesSports Teams:
30+ sports clubs, representing a wide range of sports from rugby to sailingAcademics
Academic Resources:
- Extensive library with over 1 million books and resources
- Modern teaching facilities, including lecture halls, seminar rooms, and laboratories
- Research centers and institutes across various disciplines
Faculty:
- Internationally recognized faculty with expertise in their fields
- Strong emphasis on research and innovation
Teaching Methodologies:
- Interactive lectures and seminars
- Problem-based learning
- Research-led teaching
Academic Support Services:
- Academic Skills Centre providing support with writing, research, and presentation skills
- Mathematics and Statistics Support Centre offering assistance with mathematical and statistical concepts
- Language Centre providing language support for international students
Unique Academic Programs or Initiatives:
- Hillary Rodham Clinton School of Law: A prestigious law school offering a range of undergraduate and graduate programs
- College of Engineering: A leading center for engineering research and education
- College of Science: Home to world-class research in areas such as physics, chemistry, and biology
Top Reasons to Study Here
Reputation:
Ranked among the top 300 universities worldwideResearch Excellence:
Recognized for research excellence in the REF 2021Specialized Facilities:
State-of-the-art facilities, including the Hillary Rodham Clinton School of Law and the College of EngineeringIndustry Connections:
Strong partnerships with industry leaders, providing opportunities for internships and placementsNotable Alumni:
Includes former Prime Minister of the United Kingdom, Gordon Brown, and Nobel Prize winner, Sir Martin EvansServices
Counseling:
Student Counseling Service providing confidential support and guidanceHealth:
University Health Centre offering medical and mental health servicesHousing:
University-managed and private accommodation options availableLibrary Resources:
Extensive library with over 1 million books and resources, including online databases and e-booksTechnology Support:
IT Services providing technical support and access to university systemsCareer Development:
Careers Service offering career guidance, CV writing, and interview preparationEntry Requirements:
We accept a wide range of qualifications and backgrounds for the Engineering Foundation Year. Each application is considered on a case-by case basis, depending on the educational background and work experience of the applicant. For A level or IB students, our standard offer is BCC at A level, or 26 at IB. Students studying for BTEC or other vocational qualifications, who might not have the right pre-requisite Mathematical background for Year 1 entry, may also apply for this scheme. BTEC entry requirements for the Foundation Year are DDD, with D in all Mathematics modules. All applicants are also expected to hold minimum B grades at GCSE (or equivalent) in Mathematics and all sciences, including at least two A grades. Mature students with relevant work experience, or access courses with a good mathematical and science content, are also considered for this scheme; an interview may be required.
