Mathematics
The Course
The Cambridge
Mathematics course has always enjoyed a very high reputation, and
a Cambridge Mathematics degree is highly regarded world-wide. It
provides a good qualification for entry into a very wide range of
careers, and also for post-graduate academic work in a variety of
technical subjects.
All undergraduates,
regardless of college, receive the same lectures and sit the same
exams, which are given by the University's Faculty of Mathematics.
The best way to find out detailed and up-to-date information about
the course is to look at the Faculty's undergraduate
page .
Studying
Mathematics at Clare
Mathematics
lectures are given by the University in the mornings (six days per
week), at lecture rooms in the centre of town. Students are given
question sheets by the lecturer, and spend much of their remaining
study time working on these questions. At least twice a week, students
discuss their work with a supervisor. Supervisions take place in
the College; they last one hour and involve two students. Naturally,
the discussion is tailored to the individual student - here the
able can find extra stimulation and the less confident can find
encouragement. In the first year the supervisor will usually be
a Fellow. Later on, as students find their feet, they will be supervised
also by research students and others outside the College. This is
especially important in the final year, where students have a very
wide choice of options, so that Clare students can take advantage
of all the specialist expertise available throughout the University.
Students
are expected to work hard - though it is also expected that they
will find pleasure in the doing of Mathematics! Nevertheless it
is necessary to give a weary brain a rest from time to time. So
it is important for students to choose a college where they will
feel at home. Each year, around 10-12 students enter Clare to read
Mathematics. We find this number works well - it is large enough
for the Mathematicians to be able to support each other effectively,
but small enough for students to make friends easily outside Mathematics.
Our students have often testified to the congenial and stimulating
atmosphere in Clare. Whether you wish to talk or to sing, to play
the flute or to play the fool, to try rowing or to try praying,
you will find kindred spirits.
Admissions
The Cambridge
course is a challenging one, mainly because of the standard set
by the high level of ability of our students. To do well requires
Mathematical flair, of course, but also enthusiasm and commitment.
Most students come to Cambridge having always found school Mathematics
easy, and for the first time they find themselves surrounded by
others whose Mathematical ability is comparable or greater.
At Clare
our sole aim, in selecting students from among those who apply to
us, is to pick those most likely to benefit from the Cambridge course.
Every effort is made to take account of differences in background.
We would expect a successful applicant to have taken advantage of
whatever opportunities have come their way to broaden their experience
of Mathematics. As well as taking both Mathematics and Further Mathematics
A2-levels if at all possible, we would prefer, though we do not
require, candidates to take another A2-level with some theoretical
content (such as Physics). An equivalent choice of options would
be expected from those taking final school examinations other than
A2-levels). The advantage in having taken two Maths A2-levels is
not in the extra factual knowledge acquired, but rather in the experience
and maturity gained. However, not all schools offer Further Mathematics
A2-level. The Cambridge course takes this into account, and Clare
welcomes applications from students who have been given only the
opportunity to take single Mathematics A2-level.
Because we
offer places to those with ability, we welcome applications from
women! Clare was a driving force in the move (back in the early
'70s) to open up men's colleges to women, and women and men are
equally successful in winning places at the College. About a quarter
of Clare Mathematics students are women; this is the same as the
proportion among our applicants and as the proportion among the
Mathematics students in the University as a whole.
We also look
for candidates who have taken some interest in Mathematics beyond
the confines of their school course. Reading around the subject
at a technical or recreational level, doing Mathematical or Logic
puzzles, showing proficiency in computing with a Mathematical flavour
- any of these activities would be positive indications to us.
Interviews
Most of our
applicants are interviewed, and no-one is admitted without interview.
The interviews take place in early December, and offers
made thereafter. Candidates are given two mathematics interviews, each
of 25 minutes duration. The interviews are not designed to
intimidate, but are intended to uncover instinct and enthusiasm
for Mathematics.
Candidates
for Mathematics with Physics or
will usually have an extra 20 minute subject interview.
Admissions
Requirements
It is our
experience that the fairest way to assess a candidate's ability
is by an exam, but every year, many thousands of students attain
grade A in A2-level Mathematics. Therefore we require all applicants
to take STEP. The STEP exam is designed to offer a fair chance to
all, regardless of background, and we have found it to be a good
predictor of how well a student will perform in the undergraduate
course. Candidates offering Further Mathematics A2-level will take
STEP papers 2 and 3; those offering only single Mathematics A2-level
will take STEP papers 1 and 2. Other candidates might consult the
Admissions Tutor about STEP grade requirements. Information about
STEP, including a sample paper, can be found on the Mathematics
Faculty's STEP
page.
Our standard
offer is either a 1 and a 1, or a 1 and a 2, in STEP; grade As in
Mathematics and Further Mathematics A2-levels, and a suitably decent
grade in a third A2-level. This offer does not vary noticeably.
Typically, we receive between two and three applications for each
available place, and we make this offer to every applicant whom
we think has a chance of attaining it (the majority of them).
Change
of subject
In general,
students are advised not to apply for Mathematics if they already
harbour an intention to change subject. The two exceptions to this
are those wishing to study Mathematics with Physics or Mathematics
with Computer Science, who must necessarily choose, after one year,
whether to continue with Mathematics or with their other subject.
However, once admitted to the College, students do have the opportunity
at various stages to change subjects. The formal requirement is
that the change is within the University rules and that the student
is acceptable to Clare's Director of Studies in the new subject,
but each case is treated individually.
Deferred
entry
The College
is neutral on the subject of deferred entry. Often, one or two Mathematicians
take advantage of this opportunity. Students who take a year out
gain maturity. They also forget how to do sums, so have to work
a bit harder when they return. It occasionally happens that they
find their love for Mathematics no longer burning as strongly as
it did. That need not be a bad thing; some students have gone on
to pursue other disciplines with great success. (Those considering
a gap year might find the Year in Industry scheme of great interest,
please visit http://www.yini.org.uk
for further information).
Fellows
in Mathematics at Clare
Dr
Maciej Dunajski, Director of Studies in Mathematics
Prof
Andrew Thomason, Professor of Combinatorial Mathematics
Prof Nigel Weiss, Professor of Theoretical Astrophysics
Prof
James Woodhouse, Professor of Structural Dynamics
Dr
Gordon Ogilvie, College Lecturer in Astronomy
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Guide to Subjects
The
Cambridge Course
STEP
(Sixth Term Examination Papers)
More
about STEP
Professor
Andrew Wiles, who proved
Fermat's Last Theorem and who is the most celebrated Pure Mathematician
of modern times, was a student at Clare and is now an Honorary Fellow.
Professor
Andrew Wiles
Dr Maciej Dunajski

Prof. Andrew Thomason
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