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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