Recruiting
&
Retaining
Women
in STEM
The Problem
In the US in 2012, women earned...
- 57% of all undergraduate degrees
- 59% of the undergrad degrees in biology
- 42% of the undergrad degrees in math
- 18% of the undergrad degrees in computing
- 19% of the undergrad degrees in engineering
STEM Undergraduate Degrees
Recruitment Strategy:
Identify Your Target Audience
- The low hanging fruit:
-
Undeclared female students who already have building block courses
- Female students who are undeclared and need building block skills
- Women in the community who are unemployed, underemployed, or career changers
- High school students
Recruitment Strategy:
A compelling intro course
-
Make students want to take more classes!
-
Intro to Programming with Robots
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Hands-on interactive activities
-
Graphical/game programming
-
Other ideas???
Recruitment Strategy:
Personal encouragement
Encourage a potential student to enroll in your program.
- Tell them about career opportunities and salaries, and the companies that have hired your students in the past.
- Focus on how technology helps others.
- Talk about how this is a good field for women.
- Provide strong personal encouragement to enroll in a class.
- Tell them you believe they can be successful.
- Ask them if they have any questions.
Recruiting is everyone's job!
Recruitment Strategy:
Female Role Models
Women need to see other women.
- Invite female alumni & industry guests to events
- Recruit from local networking groups
- Posters, brochures, videos
-
Guest speakers
Diversity sells itself.
Recruitment Strategy:
Online presence
Most students go online to learn about schools and programs
- One in five students said they removed a school from consideration because of a bad experience on the institution's web site. (Noel-Levitz, 2011)
- 27% of prospective students visit a college Facebook page
- 55% of prospective students watch videos
- 93% of students check their college email at least weekly
-
Use responsive design -- an increasing number of students are using smart phones!
Online Marketing
- Tell the story of the program and the work it prepares you for
- Make a personal/emotional connection
- 50% of images, bios, testimonials and videos should be female
- Email campaign/newsletter
- Facebook/Twitter/LinkedIn/Google+
- Integrate FB into your website
- Content
- role model bios and videos
- job information
- real-world applications for tech
- upcoming events
- registration reminders
Social Media with HootSuite
Recruitment Strategy:
Events
Internal events are most effective for enrollment increases
Key elements:
- Female role models
- Tours and hands on activities
- Program/job/registration information
- Keep a sign-in list
- We used door prizes as incentive
- Market a specific program
- Food is always a draw! (Have some healthy alternatives)
- Advertise
- Personal invites
Recruitment Strategy:
Press coverage
-
Press release
-
TV and radio
-
Student paper
-
Local community papers
Recruitment Strategy: Community outreach
-
Tech Expos
-
High School College Fairs
-
Summer Camps
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"Dog & Pony" Shows to local schools
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Open houses
These are a long-term investment!
Why do women leave?
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Lack of confidence
-
Perception of poor grades
-
Lack of building block skills
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Unfriendly classroom environment
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Lack of community
-
Learning style/curriculum unappealing
-
Work overload
NC University found that men were more likely to repeat a class,
while women were more likely to drop out, even though
women's grades were just as high as the men's.
Building Block Skills:
Kids & Games
-
What do girls typically grow up playing?
-
What do boys typically grow up playing?
-
How does that translate into skills?
-
What skills are needed to succeed in a Computer Science program?
Building Block Skills
-
Tinkering
-
Problem solving
-
Trial and error
-
Computers
-
Spatial reasoning
Girls are more likely to give up when things get difficult
Retention Strategy:
Welcome your students
-
First weeks are critical
-
Model positive interaction with female students
-
Let your female students know you believe in them
-
Instill confidence and success
Retention Strategy:
Level the playing field
-
Provide building block / bridge skills
- Pre-programs or mini-courses
- MIT EE/CS has longer, slower-paced versions of critical intro courses
- Boot camps
- ASU provided a four-day summer program for freshmen
- Academic support services
- Tutoring
- Learning community
- Open lab time
- Additional class resources, tutorials, practice exercises
Retention Strategy:
Teach problem solving
-
Design exercises that reward guessing and intuition
-
Focus on the process
-
Failure --> Persistence --> Success
Retention Strategy:
Address the math gap
- Women and minorities are generally less prepared in math
- Contextual math is more effective for women and minorities
- Provide parallel math content
- UC Berkeley provided a parallel calculus support course
- Teach math in context
- Math prereqs are often unrelated to the math needed and used
- Good communication with the instructor and tutoring can help alleviate math anxiety
Retention Strategy:
Different learning styles
Many women prefer collaboration to competition.
-
Solve real life problems
-
Make curriculum relevant
-
Do collaborative group work
-
Pair programming!
-
Engage in real world projects
Classes that offer substantial teamwork opportunities
increase retention of both women and men!
Retention Strategy:
Address obstacles
-
Teach students how to find information and move into imperfect action.
-
Women often want to understand the whole picture, and can be anxious about making mistakes.
-
Men are often less perfectionistic... "As long as it works."
-
Make it explicit that making mistakes is the best way to learn.
Retention Strategy:
Build community
-
Open Labs
- Learning Community
- Study groups
- Create a club
-
Women's networks
- SWE
- Systers Listserv
- Meetups
Resources
-
This presentation largely came from the online training course provided through the Institute for Women in Trades, Technology & Science (IWITTS)
- NCWIT describes 6 key practices for piquing girls’ (and
boys’)
interest in computing. www.ncwit.org/practices
-
NCWIT Scorecard (lots of awesome charts and graphs)
-
Positive role models (female role models positively influence girls)
[Source: Dryburgh, H. (2000). Underrepresentation of girls and
women in computer science: Classification of 1990s research.
Journal of Educational Computing Research, 23(2), 181–202.]
- Tina's "Grit" Posters