Question NW2975 to the Minister of Basic Education

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14 September 2015 - NW2975

Profile picture: Lovemore, Ms AT

Lovemore, Ms AT to ask the Minister of Basic Education

(1)(a) In respect of each (i) province and (ii) district, (aa) how many and (bb) what percentage of Grade 10 learners in public ordinary schools are targeted to study mathematics in the (aaa) 2015, (bbb) 2016, (ccc) 2020 and (ddd) 2030 academic years and (b) what are the relevant details of her plans to achieve her targets of mathematics uptake for the Further Education and Training (FET) phase; (2) in respect of each province, (a) how many FET phase mathematics teachers will be required in public ordinary schools for the specified academic years, (b) how many FET phase teachers are currently employed in public ordinary schools teaching FET phase mathematics and (c) what are the relevant details of her plans to achieve her targets for FET phase mathematics teachers?

Reply:

(1)(a)(i)(ii)(aa)(bb)(aaa)(bbb)(ccc)(ddd) 50% of learners in Grade 10 in 2015 are expected to offer Mathematics while 60% of learners in 2016 is expected to offer Mathematics in Grade 10 in 2016. For these two cohorts, their targets were calculated based on the actual number of learners in Grades 9 and Grade 8 for 2015 and 2016 respectively. The same formula was used on actual figures for Grade 4 learners released in 2014, to set the target for 2020. 4% of learners was added to the 2020 target to establish the target for 2030. The data released by the Education Management Information Systems (EMIS) for 2014 learners’ enrolments was used to formulate the targets.

Province

Actual No learners in Grade 9 in 2014

Actual No learners in Grade 8 in 2014

Actual No learners in Grade 4 in 2014

Target for Grade 10 learners for 2015

Target for Grade 10 learners for 2016

Target for Grade 10 learners for 2020

Target for Grade 10 learners for 2030

EC

137744

133581

157243

68872

80149

86484

89943

FS

65456

47326

57458

32728

28396

31602

32866

GP

153074

142693

164011

76537

85616

90206

93814

KZN

222267

218781

221758

111134

131269

121967

126846

LP

178040

113336

125977

89020

68002

69287

72059

MP

82106

84508

83712

41053

50705

46042

47884

NC

22623

23026

25360

11312

13816

13948

14506

NW

67746

59030

69413

33873

35418

38177

39704

WC

82993

75517

90587

41497

45310

49823

51816

 

1012049

897798

995519

506026

538681

547536

569438

(1)(b) The Department of Basic Education has a three year plan to train teachers who are offering Mathematics in Grade 10 in 2015, Grade 11 in 2016 and Grade 12 in 2017. The training is focusing on capacitating teachers on the Mathematics content as a whole. The aim is to cover all topics which are taught at a particular Grade.

This process is building teachers’ confidence in delivering quality content to the learners. Teachers are more encouraged to solve more problems on their own. New skills and techniques to solve mathematical problems are dealt with.

Follow up in-house support is also given by subject advisors and trainers themselves, to see if the skills sets acquired during the training are being utilised.

(2)(a)(b) As was indicated previously, the Department is currently engaged in a project to profile the qualifications of all teachers including what they are qualified to teach, and what they are actually teaching. The information is critical, not only for the determination and management of current teacher utilisation, but also for future planning for demand and supply. Once the information on the current provisioning levels has been finalised and verified, more accurate future projections that will take into account, among other factors, the current provisioning, will be made. Furthermore, this will enable the Department to determine targets for provisioning.

(2)(c)It should be noted that simplified projections on the needs can be calculated based on the number of learners and an ideal class size (currently and projected). However, such projections will be less accurate, given the other factors such as teaching across phases and grades and actual class size that affect the actual provisioning of teachers.

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