Study modes: Full time | Part time evening
Course description: Research activities are centred on the following groups: Alloy and process development; alloy chemistry; casting, solidification and welding; ceramics; corrosion and oxidation; fatigue and fracture; ferrous metallurgy; high temperature superconductivity; magnetic materials; materials processing; microstructural studies; polymers; simulation of manufacturing and materials; sports materials; surface engineering and heat treatment.(read more)
Study modes: Full time
Course description: Research interests include: electronic and dielectric properties of weakly conducting materials; properties of metal, semiconductor and insulating surfaces; electrokinetic manipulation of bioparticles; Hydrocarbon polymers; lipid films in Langmuir monolayer and bilayer forms; biological polymers, enzymes and cells; metal dielectric and metal semiconductor interfaces; interaction of ultrasound with biological materials.(read more)
Study modes: Full time | Part time evening
Course description: Research areas include: Materials joining processes including self-pierce riveting and adhesive bonding; wear behaviour of materials; processing/microstructure/property relationships including studies on metal-matrix composites and intermetallics; fatigue behaviour; crash analysis modelling and other simulation work.(read more)
All materials science courses at University Of Hertfordshire
Study modes: Full time
Course description: Research interests include: electronic and dielectric properties of weakly conducting materials; properties of metal, semiconductor and insulating surfaces; electrokinetic manipulation of bioparticles; Hydrocarbon polymers; lipid films in Langmuir monolayer and bilayer forms; biological polymers, enzymes and cells; metal dielectric and metal semiconductor interfaces; interaction of ultrasound with biological materials.(read more)
Study modes: Full time | Part time evening
Course description: Research interests are materials-oriented, both structural and functional materials and polymers; supervision available in areas of nanotechnology; engineering composites; metal forming; sensors; surface science and thin films.(read more)
Study modes: Full time | Part time evening
Course description: Programme normally includes an industry-sponsored project carried out in the Institute; lectures are supplemented by laboratory exercises, from chemical and physical characterisation, to compounding and processing technology experiments; extra-curricular lectures on patents, health and safety, and information retrieval are also provided.(read more)
Study modes: Full time | Part time evening
Course description: This programmes offers an opportunity to work within one of our research groups to obtain a Master's by research studies; each qualification contains a mix of directed research work, development of research skills and taught material.(read more)
Study modes: Full time | Part time evening
Course description: The course is for science and engineering graduates interested in product design and, in particular, understanding the effect manufacturing processes have upon material performance; the optimisation of a manufacturing process requires a comprehensive understanding of the interrelationship between material properties and the manufacturing process.(read more)
Study modes: Full time | Part time evening
Course description: Research activities are centred on the following groups: Alloy and process development; alloy chemistry; casting, solidification and welding; ceramics; corrosion and oxidation; fatigue and fracture; ferrous metallurgy; high temperature superconductivity; magnetic materials; materials processing; microstructural studies; polymers; simulation of manufacturing and materials; sports materials; surface engineering and heat treatment.(read more)
Study modes: Full time
Course description: The courses' main themes are textile composites; manufacturing processes, including process modelling and recycling; mechanical performance, particularly damage under impact loading; and biodegradable composites for medical applications; the group addresses these topics through a combination of experimental and computational methods; processing and performance of materials based on both thermoplastic and thermoset polymers is investigated.(read more)
Study modes: Full time
Course description: The course provides graduates with an interdisciplinary overview of energy resources, conversion, and use, as well as on the materials requirements for the development of renewable energy technologies; the course draws from a range of subjects, including engineering, physics and materials chemistry.(read more)
All materials science courses at Heriot-Watt University, Edinburgh
Study modes: Full time | Part time evening
Course description: The course is designed for science and engineering graduates who wish to develop expertise in modern high performance materials; the course develops an understanding of the properties for a wide range of engineering materials from polymer composites to light-metal alloys, the effect of processing and surface engineering on the properties of a material, and analytical techniques used for materials characterisation.(read more)
Study modes: Full time
Course description: The group is engaged in cutting-edge research at the forefront of materials processing; they control the synthesis and processing conditions of advanced materials to design in functionality, shape and smartness at the macroscopic, microscopic and nano-scales to ensure that the properties and performance of the material are perfectly adapted to the end purpose; the courses strategic research themes include: Nano materials (carbon nanotubes).(read more)
Study modes: Full time | Part time evening
Course description: Programme normally includes an industry-sponsored project carried out in the Institute; lectures are supplemented by laboratory exercises, from chemical and physical characterisation, to compounding and processing technology experiments; extra-curricular lectures on patents, health and safety, and information retrieval are also provided.(read more)
Study modes: Full time | Part time evening
Course description: This programme provides selective training in materials so that you can make the most of existing and emerging materials; the programme comprises a series of modules lasting up to a week and others available as distance learning; single modules can be studied as part of continuous professional development.(read more)
Study modes: Full time
Course description: The course provides graduates with an interdisciplinary overview of energy resources, conversion, and use, as well as on the materials requirements for the development of renewable energy technologies; the course draws from a range of subjects, including engineering, physics and materials chemistry.(read more)
All materials science courses at Heriot-Watt University, Edinburgh
Study modes: Full time
Course description: The course provides graduates with an interdisciplinary overview of energy resources, conversion, and use, as well as on the materials requirements for the development of renewable energy technologies; the course draws from a range of subjects, including engineering, physics and materials chemistry.(read more)
All materials science courses at Heriot-Watt University, Edinburgh
Study modes: Full time | Part time evening
Course description: This programme provides selective training in materials so that you can make the most of existing and emerging materials; the programme comprises a series of modules lasting up to a week and others available as distance learning; single modules can be studied as part of continuous professional development.(read more)
Study modes: Full time
Course description: Supervision available in: quantum chaos in semiconductor superlattices; correlation effects in quantum dot tunnelling; quantum hall breakdown; quantum phenomena in micromechanical systems; vibronic coupling; electromagnetic wave chaos in photonic crystals and optical fibres; ultra-cold atoms; the effect of the demagnetizing field on NMR spectra; theory of the vibrating wire viscometer; hydrodynamic description of quantum hall breakdown.(read more)
Study modes: Full time
Course description: The programme comprises 1 major research project, which can be based in the University or in industry, plus 6 taught modules, 5 compulsory and 1 optional.(read more)
More Materials Science courses
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Mechanical Engineering PhD
University Of Bath
Xi, May 2010Overall score
1.Very much;
2.Yes;
3. Try to integrate the international environment here.
Study experience
1. Very much;
2. Yes;
3. Try to integrate the international environment here.
Facilities
1. Very good;
2. yes;
3. Student bar;
4. yes
Postgraduate life
1. Yes;
2. Anyone I like;
3. Not now.
Job prospects
1. job;
2. very much;
3. reluctant.
This review is the subjective opinion of a postgraduatesearch.com reviewer and not of postgraduatesearch.com.