My latest Mathematics bookmarks
Saturday, December 10, 2011
Friday, December 9, 2011
FullMarks/siyavula November 2011 Newsletter
Basic Education <http://www.education.gov.za/>
is printing their openly-licensed textbooks for all learners taking
Physical Science and/or Mathematics in Grades 10-12, for the whole
country for 2012! A total of 2.5 million Siyavula textbooks (titled
"Everything Maths" and "Everything Science") will be printed
and distributed across the country!
Ensuring that this was possible became the exclusive focus of the
Siyavula team for the last 4 months, which was an all-consuming
exercise. We expanded our team and worked incredibly hard (each member
of the book team clocked almost 2 man months per calendar month since
mid-September!). We had to revamp our pipeline, develop new layouts
for the books, undergo multiple review iterations with DBE reviewers,
edit, edit, edit and then turn everyone into a translator in some
capacity. It has been incredibly hectic but worth all the effort, as
we proudly await the delivery of our open textbooks to schools across
the country.
This is a great milestone for both Siyavula and the OER movement in
South Africa, and will raise significant exposure of the issues around
access to materials and awareness of open licensing. For more
information on this please visit Mark Horner's blog
<http://www.markhorner.net/2011/12/05/what-happened-to-the-last-5-months/>
. To download our new books please visit our website by clicking here
<http://www.siyavula.com/books>
.
As a result of this we had to put new developments for FullMarks
<http://www.fullmarks.org.za/>
on hold for a little while, but we will send out notification next
week on the changes that have been implemented in the last while, as
well as where we stand on future developments.
We are closing for Christmas on Thursday 15 December, with most of the
team back in the office on Tuesday 3 January.
We hope that everyone has a wonderful holiday and a good break over
the Festive season!
Wednesday, December 7, 2011
African Institute for Mathematical Sciences: Postgraduate Diploma in Mathematical Sciences
AIMS offers an intensive graduate-level course over 10 months leading to a master's-level Postgraduate Diploma (PGD) in Mathematical Sciences, formally accredited by the Universities of Cape Town, Stellenbosch, and the Western Cape.
The programme is taught in association with the Faculty of Mathematics of the University of Cambridge, and the Division of Physical Sciences at the University of Oxford.
The course provides both a broad overview of cutting-edge sciences and strong mathematical and computing research skills. The course is unique, offering students exposure to a range of topics, thereby allowing them to make an informed choice as to their future specialisation. The goal is to develop well-rounded scientists, with excellent problem-solving skills, capable of creative thinking and genuine innovation. There is a strong grounding in end-to-end skills, from problem formulation, estimation, prioritisation, and generally applicable mathematical and computing methods, through to clear and concise scientific report writing. The aim is to equip students with the necessary tools and confidence for decision making and policy analysis. A number of modules which also make the course interesting and relevant to prospective mathematics and science teachers, have been included in the programme for South African students commencing in January 2012.
Faculties from the nearby Universities of the Western Cape, Cape Town and Stellenbosch have been intimately involved in developing the AIMS course, ensuring it is well integrated with local undergraduate and master’s courses, and with local postgraduate research opportunities. World-leading scientists and educators have volunteered to teach at AIMS. Their participation ensures an education of the highest international quality. Tutors (often including PGD alumni) provide teaching and administrative assistance, assistance to foreign language speakers, and continuity across the visiting lecturers.
Students are registered at one of the three local universities: Cape Town, Stellenbosch or Western Cape.
Prospective applicants
Completing a course of such scope and depth in just one academic year is possible only if it is highly intensive, so students must come prepared to work hard and focus. The residential nature of AIMS allows far greater contact time between lecturers and students than normally available in a university setting. Courses are student-centred but very demanding. Students study two subjects at a time every three weeks, with morning lectures and related afternoon problem solving and computing sessions. Each course consists of 30 hours contact time (10 per week). Additional tutorials and special lectures are often held in the evenings, when students complete their assignments.
No special preparation for the course is needed on a student's part. However, the working language is English and foreign students are advised to take an English language course before arrival. The course also carries a large component of scientific computing, and many hours are spent in the computer laboratory; students who have improved their touch typing skills before the programme will have a distinct advantage.
To apply for admission go to the Apply section www.aims.ac.za/en/apply/postgraduate-diploma for the required forms.
Students are strongly advised to apply by 31 March 2012 to qualify for the first round selection which takes place during March. Applicants who are accepted on to the programme will be notified by the end of March 2012. Late applications received may be considered in exceptional cases and where places are still vacant.
For more about the Postgraduate Diploma in Mathematical Sciences, refer to www.aims.ac.za/en/programmes/postgraduate-diploma.
For more about the African Institute for Mathematical Sciences, refer to www.aims.ac.za.
Saturday, December 3, 2011
Weekly maths bookmarks (weekly)
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Using bibliotherapy in mathematics teaching to prevent de-geniusing
Today the understanding of mathematics is critical in an increasingly technological age. Teachers must play an important role to ensure that all students display confidence in their ability to do mathematics. Often gifted students of mathematics can be made to feel bad by their peers just because they know mathematics and things come easily to them. Children’s and adolescent literature has now been recognised as a means of teaching mathematics to students through the use of stories to make the mathematics concepts relevant and meaningful.
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Frequency Distribution Table with Cumulative Frequency - MathsLinks
"For use by students, a Frequency Distribution Table with Cumulative Frequency column. Frequency is entered using +/- buttons, cumulative frequency is entered manually and the tool shows whether the entry is correct (green) or not (red)."
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Another handy mathematics sites for K12 students- studymaths.co.uk
tags: mathematics k12 interactive worksheets
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New article published: Albanian students’ motives for preferring certain real-life situations for learning mathematics"
tags: mathematics articles research matshlit