White Working Class Males in British HE 2016 - 2017 | Page 78

White Working Class Males in British Higher Education
Online survey analytical strategy It is generally considered that the HEFCE POLAR3 ( Participation of Local Areas data ) is an appropriate measure of educational disadvantages since it captures the trend in young participation to HE and therefore gives a sense of whether residents have a tradition of HE progression at the level of geographical wards . The POLAR3 categories local wards based on 5 quintiles where quintile 1 represents the lowest young participation ( most disadvantaged ), and quintile 5 areas with the highest rates ( most advantaged ), according to the combined participation rates of those aged 18 between 2005 and 2009 , who entered HE between 2005-06 and 2010-11 academic years . HEFCE has also produced participation gap data for the local areas , which takes account of educational attainment factors ( key stage 4 attainment ) and ethnicity to show any gaps between actual young HE participation and what might be expected given the education outcomes and ethnic mix . In quintile 1 participation is much lower than expected ( i . e . the areas considered to be where there is an ‘ unexplained ’ gap in participation based on educational attainment and ethnicity ) whereas quintile 5 has higher than expected participation .
The HEFCE gaps analyses and POLAR3 data was used to provide a categorisation of respondents to the survey where possible . Because of the issues around how the survey was disseminated along with the problems of respondents omitting to provide a postcode , or giving only partial postcodes , the strategy was implemented as follows : Postcodes where given were matched to Census Area Statistical ( CAS ) wards , which then provided the young participation rate and categorisation into POLAR3 and HEFCE participation gap quintiles . 4 In addition , based on their postcodes , these respondents were coded into either Southampton or ‘ Rest of area ’. The rest of area group mainly comprised respondents in Hampshire . There were a small number who gave postcodes in other areas . 5 Where a partial postcode was given , the respondent was categorised as within a broad geography defined as either ‘ Southampton ’ or ‘ Rest of area ’. Where a postcode was not given but the school was known , the respondents was categorised as within the area signified by the rest of their school population . Remaining respondents were categorised as ‘ Not known ’.
The responses received were broken down as follows :
Table 2 : Survey responses by participation gap quintiles
Southampton
Rest of area
Total
No .
%
No .
%
No .
%
Participation gap Q1
33
36 %
7
11 %
40
25 %
Participation gap Q2
15
16 %
7
11 %
22
14 %
Participation gap Q3
8
9 %
4
6 %
12
8 %
Participation gap Q4
0 %
8
12 %
8
5 %
Not known
35
38 %
40
61 %
75
48 %
Total
91
100 %
66
100 %
157
100 %
As Table 2 shows there were a relatively large proportion with unknown POLAR3 data ( just under half ) reflecting the difficulties in obtaining and matching postcode information from the target group of respondents . Amongst those that did provide a valid postcode the largest group ( 48 %) were within areas with the largest participation gaps ( HEFCE gaps quintile 1 ). As might be expected there were differences in relation between respondents in Southampton and other areas ( Figure 1 ). Almost two-thirds ( 62 %) of respondents from Southampton with known young HE participation were from quintile 1 areas ( with the highest gap in participation ) compared to around a fifth ( 21 %) of those with known postcode from areas outside of Southampton .
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4 The analyses used the postcode to CAS Ward lookup released for November 2015 .
https :// borders . ukdataservice . ac . uk / pcluts . html
5
Two respondents had postcodes out of Hampshire ( inc . Bracknell Forest , and Berkshire )