Materials with Nuclear Engineering
Bachelor's degree
In London
Description
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Type
Bachelor's degree
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Location
London
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Start date
Different dates available
Through challenging experiments and excellent opportunities to use advanced equipment, you will investigate how to manipulate existing materials, as well as develop new and improved ones.Materials Science and Engineering is a modern discipline, which brings together all of the sciences and engineering, and our Department of Materials is at the forefront of research in this area. This degree deals with the fundamentals of matter, both its structure and its properties.
Facilities
Location
Start date
Start date
About this course
Materials Science and Engineering is a modern discipline, which brings together all of the sciences and engineering, and our Department of Materials is at the forefront of research in this area. This degree deals with the fundamentals of matter, both its structure and its properties. You’ll learn how to manipulate existing materials and how to develop new and improved ones. All Materials Science and Engineering students follow the same pathway of core modules in the first two years,...
Home and EU students 2016 entry: £9,000 per year Please note the tuition fee you pay may increase slightly each year in line with inflation and subject to UK government regulations. If you have applied for a Tuition Fee Loan (see below), your loan entitlement will automatically increase to reflect any changes; you will need to reapply for a loan each year at the new fee rate. Islands and overseas students
Reviews
Subjects
- IT
- Materials
- Engineering
- Nuclear Engineering
- Project
- Materials Engineering
Course programme
Modules shown are for the current academic year, and are subject to change depending on your year of entry.
In the first two years, the course content is the same for all the materials courses. The final years include a common section taken together with a very wide range of optional modules to choose from.
You will be able to choose from specialist options in materials production and processing, structural materials, and electrical materials.
To progress to the next academic year, you must achieve a mark of at least 40% in each element of the previous academic year.
In order to complete the fourth year, you must achieve a mark of at least 50% in that year.
Year 1Your first year consists of six core modules:
- Materials Chemistry and Biology
- Materials Engineering
- Materials Physics
- Mathematics and Computing
- Mechanical Behaviour
- Microstructure and Properties of Materials
In your second year you will continue to follow a pathway of six core modules.
As the course advances you perform more individual and group project work. These involve literature searches, exploration of new ideas and concepts and writing technical reports.
- Electronic Properties of Materials
- Materials Chemistry and Polymer Sciences
- Materials Engineering 2
- Mathematics and Computing
- Mechanical Behaviour
- Microstructure
In the third year you select three optional modules on top of the four core modules, allowing you to focus on the areas that interest you most.
Core modules- Integrated Materials Engineering
- Introduction to Nuclear Engineering
- Materials Characterisation
- Nuclear Chemical Engineering
- Biomaterials
- Ceramics and Glass
- Electronic Structures & Opto Electronic Properties
- Engineering Alloys
- Materials Modelling
- Metal Processing
- Nanomaterials I
- Polymers and Composites
You have the opportunity to complete a four-month placement in the break between your third and fourth year.
Placements can take place in the UK or overseas – we have strong links with organisations organisations in Europe, the USA, Australia, New Zealand and East Asia. The placement will be relevant to the degree specialisation.
Year 4You take all the core modules and choose one module from each of the optional module groups below.
Research projectYou will complete an advanced research project relevant to your chosen degree, personal or professional interest.
Core modules- Comprehensive Paper
- Strategic Management
- Nuclear Materials I
- Nuclear Materials II
- Advanced Biomaterials
- Advanced Thin Films Manufacturing
- Advanced Tissue Engineering
- Biomaterials
- Biomechanics
- Design-led Innovation and New Venture Creation
- Electroceramics
- High Performance Alloys
- Nanomaterials I
- Nanomaterials II
Materials with Nuclear Engineering