Bleijenbergh, Inge with Monic Lansu and Pleun van Arensbergen  "Gender inequality in science; a system dynamics model", 2018 August 7 - 2018 August 9

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Gender inequality in science

A system dynamics model

Dr. Inge Bleijenbergh
Monic LansuMSc MA
Dr. Pleun van Arensbergen

Se

Radboud University &,
Tones?

Aim and relevance

Gender inequality is (re)created on multiple levels:
- Individual
- Organization
- Society

Interventions should be systemic and address multiple levels (Bilimoria &
Liang, 2012)

Aim: support the understanding of the interconnection between individual,
Organizational and societal explanations for gender inequality, by providing a
system dynamics model of gender inequality in science.

Practical relevance: dynamic processes in extreme case of Science,
Technology, Engineering and Math (STEM) in the Netherlands may support
leverages for change and be transferable to other cases.

Radboud University

1,


|] Participants Research institute
Men

Women Total

d, 6 4 10 Donders Institute 2012

2 5) 6 11 Institute for Computing and Information Sciences 2014 - sept

3 6 7 13 Institute for Mathematics, Astrophysics and High Energy Physics 2015 - febr-apr
4 6 6 12 Institute for Molecules and Materials 2015 - oct

5 6 7 13 Institute for Water and Wetland Research 2016 - feb-mar
6 10 q 17 Institute for Molecular Life Sciences 2016 - may-july
Total 39 37 76

tract

#
ee insite for women

maseuine
sterestype Weal

seentst


Results: feedback loops on recruitment and selection
(Van den Brink, 2009; Isidor et al., 2016)

fli
ee ~ thre Sh of
implicit bias in worien
hiring/promotion

gender sensitive —

itment ;
recrunmen recruitment & selection

+

gender aware
leadership

proportion women in +
selection committees gender balance

Radboud University £


Results: feedback loops on self-confidence and role models
(Latu etal. , 2013, Carrel, page & West, 2009)

attractiveness of
institute for women

* +

(self) i ti on

. a confidence female role
job applications models

by women a
f * t+)

visibility "

+ flow through
of women

+
ender balance
inflow of +

women

Radboud University


Results: feedback loops on organizational culture
(Van den Brink & Benschop, 2012; Bleijenbergh, Vinkenburg & van Engen, 2015; Benschop
& Brouns (2004)

cooperation
+ safe working .
atmosphere = rewarding
+ competitive
behavior
flow *
throug of i
women competitive
organizational
culture
os
C,
competitive culture masculine
gender balance culture
. masculine s
stereotype ideal
scientist

Radboud University


Results: feedback loop on leadership
(Moss-Racusin et al., 2014)

+
measures flow through
of women
(+)
leadership +
gender aware
leadership

NO balance
+

Radboud University &,

s
OmNe


Implementation

iF ani ee

ry aire +

Gender & diversity committee

Policies recommended and
implemented

< 3«~ «K~ XK XK

Radboud University @:

Tonmes®

Metadata

Resource Type:
Document
Description:
Gender inequality in science; a dynamic model Abstract Research on gender inequality in science mainly focusses on explanations at a specific level, like gender bias in individual decision-making, gendered organizational processes and the role of gender stereotypes in society. Gender theory however suggests an interaction between explanations at the level of individuals, organizations and society. This paper contributes to the debate about gender inequality in science by exploring the interaction between processes at the individual, organizational and societal level in a system dynamics model that visualizes the feedback between them. The model is inductively derived from group model building sessions involving 76 academic and support staff members at six science institutions in a Dutch university, and is validated based on existing academic literature.
Rights:
Date Uploaded:
March 10, 2026

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