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The collaboration is in its fourth year and grew out of
the short-term need that the Education Faculty had for laboratory
accommodation for their PGCE students. I offered the facilities
at Clifton on a Thursday afternoon, which is a games afternoon
at Clifton. The technicians provide support (for which they
are paid pro-rata at University rates) and some of our teachers
work alongside the University teaching staff. This proved
so popular with the students, that we have established it
as an annual event.
That is, the students come to Clifton for 3 afternoon sessions
in the summer term (May) to learn how to teach A-level Chemistry/Biology/Physics.
They return for a day in summer half-term holiday for workshops
on GCSE teaching. One benefit of this is that the students
get to talk with us about issues of education and get to
see inside Clifton. I present it to them as a 'working school'
and try to explain what we are doing during the weeks in
which they visit. There have been real benefits for Clifton,
too. The teachers and technicians involved have got a real
sense of benefit from taking part in the scheme which has
opened our doors to the 'outside world'. It also made it
easier for me to establish the prep schools/primary school
science open days that are now part of our working lives.
There are up to 70 students on the course each year and
there seems to be more biologists than physicists or chemists.
The University is unusual in that it attracts significant
numbers of students with good quality degrees in Physics,
Chemistry and Biology. This goes against the average national
trend. For their A-level work the students work in their
subject specialism. The GCSE workshops are multidisciplinary
and students are deliberately encouraged not to attend those
sessions in their degree subject. This helps to develop
all round 'science teachers'. This is how science is taught
in many schools.
All of the sessions have a significant practical component
- we explore techniques, experiments and demonstrations
that student teachers can use in their first year of teaching.
Clifton teaches project specifications (Salter's Chemistry,
Advancing Physics, Salter's Nuffield Biology, 21st Century
Science) and we discuss the key features of these courses
with the students. To some extent we allow the students
the opportunity to shape and develop the sessions according
to their needs, especially in the GCSE sessions.
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