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General Scheme of Lectures in Chemistry 2010-2011 Subject FIRST YEAR Inorganic Chemistry Lecturer The Periodic Table Atomic Structure and Periodic Trends Ionic Model and Structures of Solids Molecular Shapes, Symmetry and Molecular Orbital Theory Acids, Bases and Solution Equilibria Non-metal Chemistry Transition Metal Chemistry Prof. P.P. Edwards Dr C.R. Timmel Prof. P.D. Battle Dr L. Smith M Hours per term H T 1 5 11 6 Dr J. Goicoechea Prof. D.M. O’Hare Prof. A.S. Weller 4 6 8 Organic Chemistry Introduction to Organic Chemistry Orbitals and Mechanisms I Substitution and Elimination of Saturated Carbons Chemistry of C–C Bonds Functional Group Chemistry: Core Carbonyl Chemistry Introduction to Biological Chemistry Introduction to Organic Synthesis Prof. S.G. Davies Dr J. Robertson Prof. D.J. Dixon Dr M.D. Smith Prof. T.J. Donohoe Prof. J.H.P. Bayley, Dr S.J. Conway & Prof. C.J. Schofield Prof. V. Gouverneur 8 8 Prof. D.E. Manolopoulos 13 Dr M.I. Wallace 8 Dr N.J.B. Green 3 8 8 8 12 4 Physical Chemistry Foundations of Physical Chemistry: Chemical Thermodynamics The Physical Basis of Chemistry: Properties of gases and classical mechanics The Physical Basis of Chemistry: The role of charge Quantum Theory of Atoms and Molecules Reaction Kinetics Electrochemistry States of Matter Dr G.A.D. Ritchie & Dr B.J. Howard Dr C. Vallance Prof. R.G. Compton Prof. T.P. Softley 4 10 6 4 4 Mathematics for Chemistry The Calculus of one and two Variables Introduction to Vectors Vector Algebra, Complex Numbers and Determinants Multiple Integrals and Ordinary Differential Equations Matrix Algebra Dr P.J. Grout Dr P.J. Grout Dr D.G.A.L. Aarts Dr P.J. Grout Dr J.P.K. Doye 20 2 Dr L-L. Wong Dr J. McGrady Prof. S. Faulkner Prof. P.D. Beer Prof. P. Mountford Dr M.A. Hayward & Dr. S.J. Clarke Prof. S.C.E. Tsang Dr L.J. Smith Dr J.J. Davis 6 8 4 Dr T.D.W. Claridge & Dr R. Paton Dr J. Robertson Dr. E. Anderson 8 8 8 8 SECOND YEAR Inorganic Chemistry Transition Metal Chemistry Bonding in Molecules Chemistry of the Lanthanides and Actinides Coordination Chemistry Organometallic Chemistry Structures and Electronic properties of solids Non-Metal Chemistry NMR in Inorganic Chemistry Course overview 4 8 12 4 4 8 Organic Chemistry Organic Spectroscopy I Orbitals and Mechanisms II Conformational Analysis and Stereoelectronics 8 8 Ring Synthesis and Carbohydrate Chemistry Rearrangements and Reactive Intermediates Heteroatoms in Organic Synthesis Aromatic and Heterocyclic Chemistry Organic Synthesis II DNA and Proteins Introduction to Chemistry of Metabolism/Bioenergy Prof. B.G. Davis Prof. H.L. Anderson Prof. D.M. Hodgson Dr. J.W. Burton Dr. M.D. Smith Prof. J.H.P. Bayley Prof. V. Gouverneur 8 8 8 8 8 8 4 Physical Chemistry Quantum Mechanics: Principles and Applications Liquids and Solutions Statistical Mechanics Atomic & Molecular Spectroscopy Valence Rate Processes Revision Lectures Prof. D.E. Logan & Dr M. Wilson Dr R. Dullens Prof. D.E. Logan Dr S.R. Mackenzie Prof. M. Brouard Prof. P.J. Hore Prof. D.E. Manolopoulos & Dr D.G.A.L. Aarts 12 Dr C. Vallance Dr C.R. Timmel Dr M. Wilson Dr J. Goicoechea 8 4 8 4 Dr S. Conway, Prof. S.G. Davies, Dr J.W. Burton Dr A. Russell & Dr M.C. Willis Dr W. Barford, Dr C. Domene, Prof. B.J. Howard & Prof. D.E. Manolopoulos Dr S.J. Clarke, Dr A.L. Goodwin & Dr D.J. Watkin Prof. P. Corsi 16 14 16 14 10 6 8 12 10 8 8 4 General Chemistry Symmetry I Introduction to NMR Maths for Chemists Symmetry II Supplementary Subjects Aromatic & Heterocyclic Pharmaceutical Chemistry Quantum Chemistry Chemical Crystallography History and Philosophy of Science: The Origins of Modern Science History and Philosophy of Science: Science in Philosophy Chemical Pharmacology Modern Language: French Modern Language: German 8 Dr E. Knox 8 Dr G. Churchill L. Ayosso, C. Leboeuf J. Czarnata, B. Farries 4 Prof. R.G. Egdell Dr L-L. Wong Dr S.J. Clarke & Prof. P.P. Edwards Prof. D.M. O’Hare Dr S. Aldridge Dr S. Aldridge, Dr A. Goodwin, Prof. R.G. Egdell & Dr C.R. Timmel Prof. P. Mountford & Dr S. Aldridge Prof. P.D. Beer & Prof. F.A. Armstrong Prof. P.D. Battle & Prof. R.G. Egdell Prof. S.C.E. Tsang 4 4 8 12 32 32 THIRD YEAR Inorganic Chemistry Post Transition Metal Chemistry Inorganic Reaction Mechanisms Solid State Chemistry Organometallic Reaction Mechanisms Electronic Spectroscopy and Magnetochemistry Physical Methods I in Inorganic Chemistry (Option 1) Organometallic Chemistry (Option 2) Bioinorganic and Co-ordination Chemistry (Option 2) Solid State Chemistry (Option 2) Review of Periodic Table 6 4 16 8 8 8 3 Revision of Topics in Inorganic Chemistry Dr S.J. Clarke 5 Organic Chemistry Applications of Organic Spectroscopy Pericyclic Reactions Transition Metal Catalysts In Organic Synthesis Strategies in Synthesis Stereoselectivity and Mechanism Radical Chemistry Organic Materials (Option 1) Asymmetric Synthesis (Option 1) Organometallic Chemistry (Option 1) Chemical Biology (Option 2) Peptide Chemistry (Option 2) Secondary Metabolism (Option 2) Problem Solving in Organic Chemistry Revision Course Dr T.D.W. Claridge Dr R.M. Adlington Prof. V. Gouverneur Prof. T.J. Donohoe Prof. H.L. Anderson Prof. D.J. Dixon Prof. H.L. Anderson Dr M.C. Willis Prof. S.G. Davies Dr S. Conway Prof. D.M. Hodgson Dr A. Russell Dr E. Anderson Dr S. Fletcher 4 6 4 6 6 4 Dr C.R. Timmel Prof. J.S. Foord Dr N.J.B. Green & Dr P. Kukura Dr D.G.A.L. Aarts Prof. M. Brouard Prof. R.G. Compton & Prof. J.S. Foord Prof. G. Hancock & Prof. P.J. Hore Dr C. Vallance Prof. T.P. Softley Prof. R.G. Compton & Dr G.A.D. Ritchie 8 8 8 Dr D. Sivia 8 Dr W. Barford Prof. D.E. Logan Dr P.J. Grout Prof. D.E. Manolopoulos Dr P.J. Grout Prof. D.C. Clary Dr J.P.K. Doye Prof. D.E. Logan 16 12 8 4 4 4 4 4 4 4 4 Physical Chemistry Magnetic Resonance Solids and Surfaces Photochemistry Soft Condensed Matter Reaction Dynamics Physical Chemistry (Option 1) Physical Chemistry (Option 2) Revision Lectures: General Paper 8 6 12 12 4 FOURTH YEAR Data Analysis Lectures Graduate Lectures Quantum Mechanics Statistical Mechanics Calculus of many variables Complex Analysis and Integral Transforms Special Functions and Differential Equations Electronic Structure Theory Applications of Statistical Mechanics Introduction to Many-Body Theory 8 4 5 8 8