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Sustainable Materials
MEng (HFF2), BEng (HF22)

 

Structure

Sustainable Materials at Queen Mary is offered as either a 3 year BEng or a 4 year MEng. Both degrees are accredited by the Institute of Materials, Minerals and Mining, which means students can progress to chartered status.

We also offer both the BEng and the MEng degrees 'with Industrial Experince' where students take a year working in a related industrial position. Students are payed by the company during this year which also counts towards their degree. This exciting opportunity gives students a valuable insight into future careers and enhances employability.

Students gain a solid foundation in Materials Science by studying core modules. In addition, students take specialist Sustainable Materials modules starting in year 1 but increase throughout the degree programme. In years 3 and 4, students are able to choose their modules from a range of Materials course options (see Programme Structure below). This allows students to tailor their degree programme to match their own Sustainable Materials interests and intended career intentions.

Throughout the degree, course material is delivered through a combination of lectures, tutorials, laboratory practicals, problem-based learning and a variety of coursework. In addition, students undertake major projects.

The 3 year, BEng degree and the 4 year, MEng degree are identical up to the end of year 3 with the exception of the 3 year research project. Students with an overall average mark of greater than 60% at the end of year 2 are allowed to progress onto the 3rd and 4th years of the MEng degree.

The following structure is currently correct but may be subject to change in the future.

Year 1

Semester A:MAT106 (4)
Student Centred Learning 1
MAT100 (4)
Materials Science 1: Properties of Matter
MAT102 (4)
Materials Selection and Mechanical Modelling
GEG4205 (4)
Global Environmental Issues
Semester B:MAT106 (4)
Student Centred Learning 1
MAT206 (4)
Materials Science 2: Processing and Applications
MAT115 (4)
Mathematics for Materials Scientists
DEN4002

Year 2

Semester A:MAT321 (5)
Metals
MAT308 (5)
Student Centred Learning 2
MAT507 (6)
Environmental Properties of Materials
Semester B:MAT400 (5)
Structural Characterisation
MAT313 (5)
Polymers
MAT308 (5)
Student Centred Learning 2
GEG6205 (6)
Environmental Pollution Management

Year 3

Semester A:MAT522 (6)
Ceramics
MAT602 (6)
Materials Selection in Design
MAT604 (6)
Group Project
TBC
Semester B:MAT601 (6)
Manufacturing Processes
MAT501 (6)
Failure of Solids
MAT605 (6)
Total Quality Management
MAT427 (7)
Renewable Energy Materials

Year 4

Semester A:MAT7400 (7)
Research and Design Team Project
MAT7400 (7)
Research and Design Team Project
MAT701 (7)
Biosensors and Devices
MAT7803 (7)
Nanotechnology and Nanomedicine
Semester B:MAT7400 (7)
Research and Design Team Project
MAT7400 (7)
Research and Design Team Project
MAT804 (7)
Advanced Materials Characterization Techniques
MAT707 (7)
Chemical and Biological Sensors

Notes

The numbers in brackets indicate the academic level of each module, where a typical first year module is delivered at a level 4, whilst a master's module is delivered at level 7.



Created: 22:24 Thursday 23rd May 2013