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BEng Biomaterial Science and Tissue Engineering

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Comments about BEng Biomaterial Science and Tissue Engineering - At the institution - Sheffield - South Yorkshire

  • Objectives
    Our bioengineering courses combine leading-edge developments in biology, physiology, medicine and engineering. They are taught by departments that are rated excellent for teaching and have strong research ratings. Our Biomaterial Science and Tissue Engineering course is available as a three-year BEng and four-year MEng. You do not need to decide between a BEng or MEng until the end of Year Two, when you will have enough knowledge and experience to make an informed decision.
  • Entry requirements
    -GCE/VCE A Levels - Typically BBC -BTEC National Diploma - 2 Distinctions and 1 Merit -Two GCE A Levels plus two GCE AS Levels - Typically BB+CC -Scottish Highers - AAAB-ABBB + AB-BB in Advanced Highers -Irish Leaving Cert. - AABBB-ABBBB -International Baccalaureate - 30-33 points -Core Requirements - Three A Levels in Science or Maths and Science (combination of Chemistry, Maths, Physics, Biology recommended). -We consider each application on its merits and may tailor our offer to suit your achievements, experience and potentials, as indicated by your UCAS form and performance at interview.
  • Academic Title
    Biomaterial Science and Tissue Engineering BEng
  • Course description
    This is a list of modules that have been offered in the past. We expect similar modules to be offered for courses starting in 2009.

    Typical First Year Modules

    -Biology and Chemistry of Living Systems    
    -Microstructure and Mechanical Properties    
    -Functional Materials 1    
    -Industrial Awareness and Computing Skills    
    -Introduction to Human Anatomy and Physiology    
    -Material Science: Where To/How Fast? I    
    -Materials in Medicine and Dentistry
    -Mathematics 1a (Materials)    
    -Mathematics 1b (Materials)    
    -Structure and Bonding of Materials    

    Typical Second Year Modules

    -Cell and Molecular Biology    
    -Deformation of Materials    
    -Materials Selection, Design and Reverse Engineering    
    -Materials and Biomaterials Practicals
    -Materials for Biological Applications
    -Mathematics II (Materials)    
    -Physics of Living Systems 2    
    -Principles of Materials Processing    
    -Structural Characterisation    
    -Structural Chemistry and Crystallography    
    -The Physiology of the Musculoskeletal System    
    -The Physiology of the Neural and Endocrine Systems    

    Typical Third Year Modules

    -Literature Survey and Project    
    -Tissue Engineering Approaches to Failure in Living Systems    
    -Functional Polymers and Surface analysis    
    -Management for Bioengineers    
    -Research Seminars in Bioengineering    
    -Surface Modification for Biomaterials
    -Advanced Structural and Chemical Analysis    
    -Chemistry of Silicate Materials    
    -Composite Micromechanics and Strong Reinforcing Fibres
    -Materials Science: Where to/How fast? - II    
    -Solidification and Thermomechanical Processing
    -Structures and Properties of Glasses    

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