共43门课程
The sheer size of the Oxford Chemistry school in terms of academic personnel, about 65 full-time professors and lecturers (with a large support staff), permits an unusually wide coverage of the subject. Despite the scale of this activity, however, students receive a degree of individual attention unrivalled elsewhere, through membership of one of the 28 undergraduate Colleges. Being part of a comparatively small collegiate community is the distinctive feature of Oxford undergraduate life, socially and academically. Each College provides at least one permanent, in-house Tutor in Chemistry (usually two or three) to look after the student on an individual basis, and to arrange teaching in all branches of the subject. The colleges also liaise extensively to share their teaching resources. The Colleges all take special care regarding the variety of further arrangements they have for the welfare of their students.
All Oxford undergraduates live in College for at least two years and sometimes for all four years (unless they prefer to live out). Those in the sciences split their working week between College and University based activities, the latter being lectures and practical work in the laboratories.
At the Colleges, students receive at least one tutorial each week, when a tutor normally meets with two students for an hour. This enables the tutor to check that each student understands the work that has been set, and to tailor the pace and the material to the needs and abilities of individual students. The form of the tutorial varies from tutor to tutor. Some link their tutorials tightly to the current lecture courses (held in the University department), while others choose to proceed largely independently of departmental teaching; some require their students to write essays, others to do worked examples (or both), depending on the topic. Every student has at least three tutors during each academic year (one in each of the main branches of Chemistry) and so experiences a variety of approaches. In addition to tutorials College tutors also commonly provide classes – that is, teaching in groups of 4 to 8 students – for appropriate topics.
A College tutor is also normally a University lecturer or professor, so that his or her specialist expertise is available to all chemistry students, through lectures and the laboratory practical courses. As in the Colleges, the atmosphere in the Chemistry department is informal and students naturally get to know a good cross-section of the academic staff.
The lectures and the periods spent in the laboratories also provide the opportunity for students from different Colleges to become acquainted early on – as, of course, does a wide variety of intercollegiate functions and activities.
The HEFCE TQA approves: "Excellent academic and pastoral support systems, which are facilitated by College based tuition and reinforced by good informal staff student relations; ....... such systems have contributed to low non completion rates and high achievement by students."
The Chemistry school has at present three main buildings housing its teaching and research facilities – lecture theatres, undergraduate laboratories and computer rooms. These are the Inorganic Chemistry Laboratory, the Physical and Theoretical Chemistry Laboratory, and the Chemical Research Laboratory. There are plans to centralise all the practical teaching in a new purpose built facility. The buildings are clustered together in the Science Area of the University, all within easy reach of the Colleges. The University's science libraries are likewise close by, though undergraduates find most of their needs met by well resourced College libraries. The Colleges also provide independent networked computing facilities for their students.
"Library provision in chemistry at Oxford is excellent. ... Each College has its own library containing appropriate texts. The Hooke lending library, and the main reference library, the Radcliffe, are of a very high standard". [HEFCE TQA]
Oxford Chemists pursue a four-year course, with the last year taken up by a full-time research project – a long-standing and popular arrangement unique to Oxford. For the first three years, the emphasis is on mainstream Chemistry, but with a breadth that permits an appreciation of current developments over a very wide field, often crossing the boundaries with other subjects.
The first year
In the first year students take 4 subjects, covering the traditional areas of Inorganic, Organic and Physical chemistry together with Mathematics for Chemistry. The first three of these are very broadly based, and include topics such as Biological Chemistry and Physics, which are presented in a chemical context.
Students must pass the Preliminary Examination in all four subjects in June of the first year. The level of the examinations is set so that with reasonable commitment the vast majority of students do pass. For the few that fail there is an opportunity to resit in September.
课程介绍(Courses of Instruction):
Applications of Organic Spectroscopy .docx
Aromatic & Heterocyclic Chemistry .docx
Aromatic & Heterocyclic Pharmaceutical Chemistr .docx
Atomic Structure and Periodic Trends .docx
Calculus of many variables .docx
Chemistry 4100 (410) Inorganic Chemistry, .docx
Chemistry of the Lanthanides and Actinides .docx
Electronic Spectroscopy and Magnetochemistry .docx
Foundations of Physical Chemistry Chemical Thermodynamics .docx
History and Philosophy of Science The Origins of Modern Science .docx
Inorganic Reaction Mechanisms .docx
Introduction to Organic Chemistry .docx
Ionic Model and Structures of Solids .docx
Molecular Shapes, Symmetry and Molecular Orbital Theory .docx
Orbitals and Mechanisms I .docx
Organometallic Reaction Mechanisms .docx
Post Transition Metal Chemistry .docx
Quantum Mechanics Principles .docx
Quantum Mechanics Principles and Applications .docx
Stereoselectivity and Mechanism .docx
The Calculus of one and two Variables .docx
The Physical Basis of Chemistry Classical mechanics and properties .docx
The Physical Basis of Chemistry Electromagnetism .docx
Transition Metal Catalysts in Organic Synthesis .docx
Transition Metal Chemistry .docx