Study modes: Full time
Course description: The MPhil focuses on the design and execution of an original research project, which occupies about two-thirds of the year, with correspondingly less time devoted to formal teaching; the Master’s combines advanced lecture modules in an area of specialisation, with safety and professional skills modules, and a period of individual research; specialisations on offer include: Chemical biology; electrochemistry and surface science.(read more)
Study modes: Full time | Part time evening
Course description: This new programme addresses the key themes of pharmaceutical, biomedical and environmental analysis, and homeland security; extensive consultation with industry and the engineering and physical sciences research council (EPSRC) identified a need for more research-oriented postgraduate training, and this programme is designed for graduates in chemistry or a closely related discipline who wish to develop their research skills in 1 of these areas.(read more)
Study modes: Full time | Part time evening
Course description: Modules include: introduction to molecular biology research (20 credits); molecular basis of disease I: mendelian disorders (20 credits); molecular basis of disease II: complex disorders (20 credits); molecular services in health care (10 credits); statistics (10 credits); bioinformatics (10 credits); gene regulation in mammalian cells (10 credits); molecular technologies (20 credits); research project (60 credits).(read more)
Study modes: Full time | Part time evening
Course description: This programme includes modules offered by the Department of Chemistry and the Department of Computer Science and brings together 2 important aspects of modern chemistry.(read more)
Study modes: Full time | Part time evening
Course description: Major areas of research interest include: solid-state chemistry; glass chemistry; cement chemistry; polymer chemistry; environmental and analytical chemistry; organic chemistry; spectroscopy and theoretical chemistry.(read more)
Study modes: Full time
Course description: Course provides recent graduates with training in current analytical techniques and scientific skills relating to a range of sectors, including the chemical and pharmaceutical industries, optoelectronics and environmental management; programme consists of a taught element and a substantial research project.(read more)
Study modes: Full time | Part time evening
Course description: Contact provider for further course (read more)
Study modes: Full time
Course description: The course aims to provide students with an appreciation of the interrelationships between fundamental research and its commercial exploitation; students develop an understanding of specific areas of modern chemistry and become fluent in the financial, marketing and managerial aspects of modern business.(read more)
Study modes: Full time | Part time evening
Course description: The course covers the process from drug discovery, through pharmacokinetics and drug metabolism to formulation, coupled with training in the techniques of analytical chemistry that are used to underpin the drug development cycle.(read more)
Study modes: Full time | Part time evening
Course description: Offers students modules covering environmental analysis and the analytical techniques used in environmental science together with modules on environmental management systems, environmental assessment, wastewater treatment and solid waste management; the course incorporates modules from the cross-faculty MSc in Environmental Studies administered by the Department of Chemistry.(read more)
Study modes: Full time | Part time evening
Course description: Programme provides training in pharmacokinetics; drug metabolism; drug synthesis; the principles of formulation; methods to identify potential drug targets and drug candidates; methods to assess the biological activities of drug compounds; additional modules cover the key techniques in analytical chemistry used to support research in the pharmaceutical sciences.(read more)
Study modes: Full time | Part time evening
Course description: This programme is designed to provide comprehensive training in analytical chemistry and its implementation in the industrial laboratory; the programme comprises a broad range of modules covering all the major analytical techniques, complemented by studies in transferable and professional skills, with the option to study aspects of medicinal and pharmaceutical chemistry if desired.(read more)
Study modes: Full time
Course description: Core modules: Introduction to nanotechnology; physical characterisation of nanostructures; advanced materials characterisation; single molecule biophysics theory and practice; nanoscience literature and communication skills; self-assembly and bottom-up approaches to nanostructure fabrication; top-down approaches to nanostructure fabrication; biophysical methods for medicinal chemistry.(read more)
Study modes: Full time
Course description: The taught element encompasses both subject specific and transferable skills modules chosen to encompass such areas as: modern analytical techniques for chemistry; computational techniques (use of databases); molecular and cell biology of diseases; biomarkers of autoimmunity; critical evaluation of scientific literature; writing and presentational skills.(read more)
Study modes: Full time
Course description: The course will comprise 5 taught modules (20 CATS point each, i.e 100 CATS points overall), 1 laboratory-based training module (20 CATS point) and 1 laboratory-based project with dissertation, which is equivalent to 3 taught modules (60 CATS points).(read more)
Study modes: Full time
Course description: Work focuses on new ways of making molecules and their subsequent application in chemistry, biology and the material sciences; major areas of interest include asymmetric catalysis, heterocyclic chemistry and the development of synthetic methods and strategies leading to the synthesis of biologically important molecules.(read more)
Study modes: Full time | Part time day
Course description: Introduction to analysis, quality systems, equilibria and classical analysis; statistics and computing; separation science; molecular and atomic spectroscopy; advanced analytical techniques and applications; specialised analytical techniques, applications and problem solving; independent research project.(read more)
Study modes: Full time
Course description: Principal research interests include: transition-metal and co-ordination chemistry; organometallic chemistry and catalysis by transition-metals of hydrocarbon reactions: fullerene chemistry and nanotubes; inorganic materials with non-linear optical properties; development of high-resolution solid-state NMR for study of inorganic and biological materials; applications of molecular spectroscopy in inorganic systems; solid-state chemistry.(read more)
Study modes: Full time
Course description: The course is designed to give a broad but thorough view of the rapidly expanding field of molecular modelling and simulation, ranging from the theoretical basis of modelling techniques, to their application, to problems in chemistry, materials and life sciences.(read more)
Study modes: Full time
Course description: Research areas include: fundamental studies of protein function; protein structure and dynamics; protein engineering; chemical genetics; chemical synthesis; single modules approaches; biotechnology; application in medicine.(read more)
More Chemistry courses
1 - 20 of 83 msc chemistry courses . Narrow your results by using the filters on the left.
Biochemistry (by Research) MSc
Oxford University
Nicholas, November 2007Overall score
I would definitely recommend my course to others, it gave me a wide range of experiences and the 4th year project gives a real insight into the practice of academic research. One piece of advice I would give to others is to be prepared for lots of maths and physics.
Study experience
Lectures are given by world leaders in the specialist area which means you are taught to the highest possible standard.
Facilities
Postgraduate life
There are over 300 clubs at the freshers fairs.
Job prospects
This review is the subjective opinion of a postgraduatesearch.com reviewer and not of postgraduatesearch.com.
Cheminformatics By Research Msc
University Of Manchester (The)
Syed, June 2007Overall score
Six out of ten.
Study experience
Of course the lectures differ a lot depending on the professor's mood.
Facilities
It has a great collection of books.
Postgraduate life
Job prospects
Yes I'm quite positive once I complete my MSc.
This review is the subjective opinion of a postgraduatesearch.com reviewer and not of postgraduatesearch.com.
MSc in Chemistry by research
University Of Bristol
Li-Chen, April 2009Overall score
Study experience
My course is on research, so I didn't have any exam. As far as I said, I am doing a research; therefore, I went to my college almost everyday.
Facilities
Postgraduate life
This review is the subjective opinion of a postgraduatesearch.com reviewer and not of postgraduatesearch.com.