Materials Science (Part-time) (BEng Hons)
Materials Engineers play a critical role in finding new material solutions that shape the products we use every day. This course in Materials Science is designed for students who are curious about how materials work and are interested in discovering and creating advanced materials for industries including aerospace, automotive, biomedical, and sustainable development. By understanding the structure, properties, and uses of various materials, students learn to apply their knowledge to real-world challenges and drive innovation.
Through practical hands-on experience and interdisciplinary and experimental learning, students engage in both theoretical and practical studies to learn about materials that are used across high-impact industries. You will have access to industry-standard labs and equipment, gaining essential lab skills and experience that match what is expected in professional engineering environments. These skills and experiences are critical for success in metallurgical industries and are valued by employers worldwide.
The programme offers career-focused modules that build on core engineering principles while focusing on environmental and sustainability goals. These goals are becoming increasingly important as industries look to develop sustainable and eco-friendly materials. By learning about the latest materials used in emerging green technologies, students are well-prepared to contribute to important global challenges, such as reducing environmental impact.
As part of your study, you will engage with advanced and cutting-edge research topics in materials science, guided by experts in the field. This research is supported by access to the latest technology and labs, helping you gain critical insight into high-level topics such as biomaterials, advanced manufacturing, and renewable materials. A part-time study schedule allows you to develop your engineering skills while balancing other commitments, with an emphasis on applied learning that lets you bring valuable insights from the classroom into the workplace.
Graduates from this Materials Science degree are in demand for a wide range of employment opportunities. Many go on to work in aerospace, automotive, biomedical, and other fields that focus on sustainable and innovative solutions.
Whether you are looking to research new materials or apply your skills directly in the industry, a degree in Materials Science offers the chance to join a dynamic and impactful field, with a career that helps shape the future.
Course details
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Why choose this course?
What you will learn
Our Materials Science course combines a practical, hands-on approach with rigorous theoretical study, encouraging students to build a strong technical foundation alongside critical thinking skills. Each year is designed to deepen your expertise and practical abilities, preparing you to meet the demands of an evolving industry.
In your first year, you’ll gain a foundational understanding of physical sciences and engineering mathematics to underpin your studies. Core modules in engineering science and applications provide a strong basis in essential principles, while study skills modules help you build effective learning techniques crucial for future study.
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Building on your foundation, you’ll study materials and processing techniques, engineering design, and manufacturing technology. A group project introduces collaborative problem-solving, while modules on management, innovation, and sustainability prepare you to address environmental challenges and drive industry innovation.
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Your third year focuses on the performance of materials in service, with special attention to non-ferrous metallurgy and quality management. You’ll develop skills in manufacturing systems and simulation, essential for creating efficient, high-quality production processes and evaluating material properties.
(20 credits)
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In the final year, you’ll undertake an independent project that allows you to explore an area of personal or professional interest. Modules in steel metallurgy and welding engineering provide industry-relevant skills, enabling you to work confidently with complex materials and their applications in manufacturing and design.
(20 credits)
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(40 credits)
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Staff
Our People
You will be taught and supported by a wide range of professional staff and teams here to help you get the university experience you are looking for. Our teaching staff were ranked 2nd in Wales for Teaching, Assessment and Feedback and Academic Support (NSS 2024) meaning that the support and feedback you get will help you learn and develop strong academic skills. Our students have placed us 1st in Wales for Learning Opportunities and Student Voice (NSS 2024) meaning that there are a wide range of opportunities available to enhance your studies and that students play an active role in shaping their learning experiences. Our commitment to your learning has seen our students place us as 1st in Wales and joint 3rd in the UK for student satisfaction (Times Higher Education, 2024, ‘Overall Positivity’ measure). Find out more about our academic staff who teach across our courses.
Further information
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112-128 UCAS Tariff Points
The UCAS tariff score is applicable to you if you have recently studied a qualification that has a UCAS tariff equivalence. UCAS provides a tariff calculator for you to work out what your qualification is worth within the UCAS tariff.
GCSEs
GCSEs Maths or Physics grade B (or 6) or equivalent.
Admissions Advice and Support
We may make you a lower offer based on a range of factors, such as your background, experiences and individual circumstances. This is known as ‘Contextual Admissions’. For specific advice and support you can contact our enquiries team for more information about entry requirements
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Students are taught through a series of lectures, tutorials, laboratories and practical sessions. Assessment of progress is made through a combination of laboratory-based practicals, assignments, presentations, exams and individual projects.
Module assessment is often by assignment, or assignment and examination. The final mark for some modules may include one or more pieces of coursework set and completed during the module. Project work is assessed by a written report and presentation.
One of the main parts of the final year will be the final year project. This is a work-based project that will allow students to use the knowledge built up through the course to solve a genuine workplace-engineering problem.
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UWTSD prides itself on being a bilingual University and although there aren’t currently any modules available through the medium of Welsh on this course, in all cases students can submit written assessments through the medium of Welsh.
Welsh Opportunities
As a leading Welsh university, we are proud to offer dedicated support services and halls of residence for Welsh-speaking students, encouraging the sense of community and the feeling of a home away from home, including joining clubs and societies for Welsh speakers and becoming a member of our vibrant Coleg Cymraeg Cenedlaethol branch.
Opportunities to Learn Welsh
We also provide a variety of opportunities to learn and develop your Welsh language skills.
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Extra costs to be borne by the student
As an institution, we seek to continually enhance the student experience and as a result, additional costs may be incurred by the student on activities that will add value to their education. Where possible these costs will be kept to a minimum with additional activities being optional.
Field trips and placement costs
Field trips will be available for students, which are optional. Students who choose to undertake internships/work placements are usually funded by the university (up to £1000) to cover travel and living costs.
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You may be eligible for funding to help support your study. To find out about scholarships, bursaries and other funding opportunities that are available, please visit our Bursaries and Scholarships section.
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Graduates from programmes offered by the school have found employment in a wide range of industries, with roles including manufacturing engineer, design engineer, maintenance engineer and project engineer. Many former students have made significant progress in their careers, with many of them now occupying senior engineering or management positions in their organisations. These include numerous senior engineers, section leaders and departmental managers at major manufacturing facilities such as Ford and Tata.