This paper covers advanced aspects of organic chemistry including pericyclic reactions, natural product chemistry, medicinal chemistry and organic synthesis including retrosynthetic analysis.

Using a combination of lectures viewed online and instrumental work, students master the skills required to acquire NMR and mass spectra and interpret these to identify an unknown compound. Students should have received basic instruction in carbon and proton NMR before considering enrolling in this course.

This paper covers aspects of analytical chemistry including high performance liquid chromatography (HPLC), mass spectrometry (MS), sample collection, statistical methods and laboratory techniques including sample preparation and calibration.

Using a combination of lectures viewed online and instrumental work, students master the skills required to acquire NMR and mass spectra and interpret these to identify an unknown compound. Students should have received basic instruction in carbon and proton NMR before considering enrolling in this course.

This paper covers aspects of organic chemistry including electrophilic aromatic substitution, reaction mechanisms with carbanion intermediates and mechanisms of reactions of carbonyl groups. An introduction to interpretation of proton and carbon nuclear magnetic resonance (NMR) spectra is provided.

The paper has been designed to appeal and be relevant to a range of students with different interests and backgrounds. This paper will cover topics which highlight how molecules can be useful to humans (such as in medicines and food) and also how they can be harmful (for example toxins, explosives, narcotics).

This paper is an introduction to professional practice as a scientist and is required for MSc(Res) degree students. This paper may be taken by MSc degree students if they have a research supervisor. It will focus on skills and practices for successful research in science.

This paper covers aspects of analytical chemistry including high performance liquid chromatography (HPLC), mass spectrometry (MS), sample collection, statistical methods and laboratory techniques including sample preparation and calibration.

This paper covers advanced aspects of organic chemistry including pericyclic reactions, natural product chemistry, medicinal chemistry and organic synthesis including retrosynthetic analysis.

Using a combination of lectures viewed online and instrumental work, students master the skills required to acquire NMR and mass spectra and interpret these to identify an unknown compound. Students should have received basic instruction in carbon and proton NMR before considering enrolling in this course.

Using a combination of lectures viewed online and instrumental work, students master the skills required to acquire NMR and mass spectra and interpret these to identify an unknown compound. Students should have received basic instruction in carbon and proton NMR before considering enrolling in this course.

This paper covers aspects of organic chemistry including electrophilic aromatic substitution, reaction mechanisms with carbanion intermediates and mechanisms of reactions of carbonyl groups. An introduction to interpretation of proton and carbon nuclear magnetic resonance (NMR) spectra is provided.

The broad objectives of this paper are to provide an introduction to the important field of green chemistry, based on the guiding principles of this field. A variety of areas within the overall umbrella of green chemistry may be covered, including but not restricted to: - industrial applications - catalysis - mechanochemistry - ionic liquids (including those derived from natural products, rare earth elements etc.) - analytical aspects of green chemistry

This paper covers aspects of analytical chemistry including high performance liquid chromatography (HPLC), mass spectrometry (MS), sample collection, statistical methods and laboratory techniques including sample preparation and calibration.

This paper covers advanced aspects of organic chemistry including pericyclic reactions, natural product chemistry, medicinal chemistry and organic synthesis including retrosynthetic analysis.

Using a combination of lectures viewed online and instrumental work, students master the skills required to acquire NMR and mass spectra and interpret these to identify an unknown compound. Students should have received basic instruction in carbon and proton NMR before considering enrolling in this course.

This paper covers aspects of organic chemistry including electrophilic aromatic substitution, reaction mechanisms with carbanion intermediates and mechanisms of reactions of carbonyl groups. An introduction to interpretation of proton and carbon nuclear magnetic resonance (NMR) spectra is provided.

The broad objectives of this paper are to provide an introduction to the important field of green chemistry, based on the guiding principles of this field. A variety of areas within the overall umbrella of green chemistry may be covered, including but not restricted to: - industrial applications - catalysis - mechanochemistry - ionic liquids (including those derived from natural products, rare earth elements etc.) - analytical aspects of green chemistry

This paper covers aspects of analytical chemistry including high performance liquid chromatography (HPLC), mass spectrometry (MS), sample collection, statistical methods and laboratory techniques including sample preparation and calibration.

This paper covers advanced aspects of organic chemistry including pericyclic reactions, natural product chemistry, medicinal chemistry and organic synthesis including retrosynthetic analysis.

Using a combination of lectures viewed online and instrumental work, students master the skills required to acquire NMR and mass spectra and interpret these to identify an unknown compound. Students should have received basic instruction in carbon and proton NMR before considering enrolling in this course.

Using a combination of lectures viewed online and instrumental work, students master the skills required to acquire NMR and mass spectra and interpret these to identify an unknown compound. Students should have received basic instruction in carbon and proton NMR before considering enrolling in this course.

This paper covers aspects of organic chemistry including electrophilic aromatic substitution, reaction mechanisms with carbanion and radical intermediates and mechanisms of reactions of carbonyl groups. An introduction to interpretation of proton and carbon nuclear magnetic resonance (NMR) spectra is provided.

This paper covers concepts and practical applications in the important field of green chemistry.

This paper covers aspects of analytical chemistry including statistical methods and techniques such as high performance liquid chromatography (HPLC), gas chromatography (GC) and mass spectrometry (MS).