Your Courses

First YesaFff
Programme Structures
Third year Course Structure
These programmes aim to help you develop:
•
Your understanding of interfaces and materials in combination such as composites
•
Skills in extended project work and group studies
•
Improved conceptual understanding so that you are better able to devise and sustain arguments
and/or solve problems
•
Your appreciation of the uncertainty, ambiguity and limits of knowledge
•
Your ability to manage your own learning and using relevant literature and other media
•
As a BEng student, the skills and knowledge to undertake an individual research project, so
demonstrating that you can carry out independent original research; critically evaluate your own and
others’ results; and process new hypotheses
(MATU06) MEng & (MATU05) BEng Materials Science and Engineering and MEng (MATU32) Materials
Science and Engineering with a Year in Japan
MAT339
Failures and Case Study
10
Spr
MAT348
Fracture Mechanics and Heat Transfer
10
Spr
MAT373
Surface Degradation and Protection
10
Spr
MAT3820
Introduction to Finite Element Modelling
10
Aut
MGT388
Finance and law for Engineers
10
Aut
Core BEng (MATU05)
MAT356
Literature Survey and Project
30
Acad
MAT3810
Analysis Techniques for Materials
10
Spr
Core MEng (MATU06/MATU10/MATU32)
MAT399
Industrial Placement
30
Spr
MAT3830
Extended Case Study
10
Aut
Units to the value of thirty credits from:
MAT306
Composite Micromechanics and Strong Reinforcing Fibres
10
Aut
MAT333
Metals
10
Aut
MAT3210
Advanced Functional Materials
10
Aut
MAT3430
Materials for Biological Applications
10
Aut
MAT3910
Nuclear Science, Engineering and Technology
10
Aut
(MATU16) MEng & (MATU27) BEng Materials Science and Engineering (Industrial Management)
MAT339
Failures and Case Study
10
MAT348
Fracture Mechanics and Heat Transfer
10
MAT373
Surface Degradation and Protection
10
MAT3820
Introduction to Finite Element Modelling
10
MGT388
Finance and law for Engineers
10
Core BEng (MATU27)
MAT356
Literature Survey and Project
30
MAT3810
Analysis Techniques for Materials
10
MEC304
Manufacturing Systems
10
MEC314
Innovation Management
10
Core MEng (MATU16)
MAT3830
Extended Case Study
10
MAT399
Industrial Placement
30
Units to the value of 30 credits for (MATU16) or 10 credits for BEng (MATU27)
MAT306
Composite Micromechanics and Strong Reinforcing Fibres
10
MAT333
Metals
10
MAT3210
Advanced Functional Materials
10
MAT3430
Materials for Biological Applications
10
MAT3910
Nuclear Science, Engineering and Technology
10
(MATU21) MEng Metallurgy
MAT333
Metals
MAT339
Failures and Case Study
MAT348
Fracture Mechanics and Heat Transfer
MAT373
Surface Degradation and Protection
MAT399
Industrial Placement
MAT3820
Introduction to Finite Element Modelling
MAT3830
Extended Case Study
MGT388
Finance and Law for Engineers
Units to the value of twenty credits from:
MAT306
Composite Micromechanics and Strong reinforcing Fibres
MAT3210
Advanced Functional Materials
MAT3430
Materials for Biological Applications
MAT3910
Nuclear Science, Engineering and Technology
Spr
Spr
Spr
Aut
Aut
Acad
Spr
Aut
Spr
Aut
Spr
Aut
Aut
Aut
Aut
Aut
10
10
10
10
30
10
10
10
Aut
Spr
Spr
Spr
Spr
Aut
Aut
Aut
10
10
10
10
Aut
Aut
Aut
Aut
23
First YesaFff
Programme Structures
(MATU28) MEng &( MATU29) BEng Aerospace Materials
MAT306
Composite Micromechanics and Strong Reinforcing Fibres
MAT333
Metals
MAT339
Failures and Case Study
MAT373
Surface Degradation and Protection
MEC302
Integrity of Materials and Components
MEC319
Sensors, Actuators and Controllers
MGT388
Finance and Law for Engineers
Core BEng (MATU29)
MAT356
Literature Survey and Project
MEC301
Mechatronics
MGT389
Project Management and HRM for Engineers
Core MEng (MATU28)
MAT348
Fracture Mechanics and Heat Transfer
MAT399
Industrial Placement
MAT3820
Introduction to Finite Element Modelling
10
10
10
10
10
10
10
Aut
Aut
Spr
Spr
Aut
Aut
Aut
30
10
10
Acad
Spr
Spr
10
30
10
Spr
Spr
Aut
The Biomaterials programme aims to help you develop:
• Understanding of the principles behind materials processing, design and selection for specific
applications
• Skills in the design and production of materials for biological applications
• An understanding of a range of different approaches to analysing and solving problems at the life science
interface
• Skills in extended project work and group studies
• Improved conceptual understanding so that you are better able to devise and sustain arguments and/or
solve problems
• Appreciation of the uncertainty, ambiguity and limits of knowledge
• The ability to manage your own learning using relevant literature and other media
• As a BEng student, the skills and knowledge to undertake an individual research project, so
demonstrating that you can: carry out independent original research; critically evaluate your own and
others’ results; and process new hypotheses
• As an MEng student, the skills to research and develop a novel bioengineering concept
(MATU36) MEng & (MATU37) BEng Materials Science and Engineering (Biomaterials)
MAT300
Tissue Engineering Approaches to Failure of Living Systems
MAT306
Composite Micromechanics and Strong Reinforcing Fibres
MAT308
Research Seminars in Bioengineering
MAT333
Metals
MAT3410
Design of Medical Devices
MAT3430
Materials for Biological Applications
MGT388
Finance and law for Engineers
Core BEng (MATU37)
MAT356
Literature Survey and Project
MAT3810
Analysis Techniques for Materials
Core MEng (MATU36)
MAT372
Group Projects in Bioengineering
MAT373
Surface Degradation and Protection
MAT3820
Introduction to Finite Element Modelling
20
10
10
10
10
10
10
Spr
Aut
Spr
Aut
Spr
Aut
Aut
30
10
Acad
Spr
20
10
10
Aut
Spr
Aut
Details of the content of each module, the methods of assessment used, and lists of recommended reading are
available
on
MOLE
or
on
the
departmental
webpages
for
current
students
at:
http://www.sheffield.ac.uk/materials/currentstudents/modules1 . If you have any queries regarding your modules,
please see your Supervisor or Year Director.
24

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