~ Dr. Jerry Liang 1998

                               MSc in Polymer Engineering


Course Content

Structure

The MSc course is normally taken full time and runs for 12 months from the end of September each year. It encompasses 3 academic semesters each lasting approximately 4 months.

During semesters 1 and 2 (September to January & February to June) students take 11 course subjects, which are normally examined at the end of each semester. These are a mixture of taught and practical classes, which contain an integrated programme of lectures, laboratory exercises, process demonstrations and individual and group projects.

Projects

During semester 3 (June to September) students undertake a final full-time research project, which is assessed through the submission of a project thesis.

?Students who achieve a high standard in their examinations and their project will be awarded an “MSc with Distinction”.

Modules

The taught part of the MSc Course consists of a total of 6 modules, which is comprised of 10 subjects at half module weighting and 1 at full module weighting. All are compulsory and cover the many different aspects of polymer technology. Each module has been specifically designed for the MSc course and teaching is shared amongst ten academic staff who are leading experts in their individual fields.

The first semester concentrates on the basic principles of polymer materials, processes and product design.

The second semester covers some of their major applications such as medical devices, biomaterials, composites and other emerging technologies.

The course modules are:

Semester 1

Semester 2

 

Polymer Science

The basic chemistry and physics of polymer materials

 

Emerging Polymer Technologies

Latest polymer materials and processes. Sustainability and recycling.

 

 

Polymer Materials

Overview of the major polymer materials. Thermosets, thermoplastics and elastomers. Polymer morphology.

 

 

Design and Performance of Medical Devices

Engineering of artifical joint replacements, medical tubing and other devices.

 

Polymer Testing & Characterisation

Rheology. Laboratory testing and characterisation methods for polymers

 

Biomaterials & Tissue Engineering

Polymers for biomedical applications. Biocompatibility. Tissue scaffolds.

 

Polymer Processing

Introduction to the major polymer processing techniques

 

Polymer Additives, Blends & Composites

Principles of polymer composite materials. Composite manufacturing processes Additives, polymer blends and nanocomposites.

 

Polymer Product Design

Aesthetics and engineering properties of polymers. Principles of product design.

 

Computational Modelling for Polymer Engineering

Introduction to simulation techniques and software packages. Melt flow theory and deformation modelling.

 

Polymer Processing Laboratories

Group based practical exercises to demonstrate major polymer processes, measurement and laboratory techniques.

Semester 3

Industrial Research Project

Practical Experience

Many of the modules contain practical work and the module ‘Polymer Processing Laboratories’ comprises a series of mini-projects which focus on different polymer processes and laboratory test methods. These mini-projects are completed in groups and the module is entirely assessed through project work. Many of the modules contain practical work and the module ‘Polymer Processing Laboratories’ comprises a series of mini-projects which focus on different polymer processes and laboratory test methods. These mini-projects are completed in groups and the module is entirely assessed through project work.

 

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