Problem-based Learning to Improve Girls' Math Identity (2018-2019)

Background

Women continue to be underrepresented in STEM fields in the United States. The gender gap in STEM fields exists at all levels, from childhood through career selection, and there are many causes for female underrepresentation found in recent research on the topic. Two major causes are students’ math identity—their beliefs, attitudes and emotions about math—and societal views around gender as it relates to fields of study. Because many people see math as a “masculine” subject, women and girls tend to feel they must overachieve in the field to be competitive, or even comparable, with their male counterparts. Additionally, the pervasive stereotype that STEM fields are “for men” can have a negative impact even on those who actively reject the stereotype.

Project Description

This Bass Connections project aims to inspire students to change their own relationships with math both by building confidence, ownership and self-sufficiency in problem-solving and by building awareness of gender stereotypes and their potential impacts.

The project team will plan and run a series of free workshops for middle school students who identify as female in an attempt to improve their math identity. The resulting research will assess the impact of a problem-based discussion format with peers and undergraduate leaders on students’ confidence and engagement in math.

All workshops will be designed with an interactive, problem-based curriculum. The materials and activities will encourage the middle school students to solve rich but accessible problems using many different approaches.

The participating middle school students will not be selected based on academic achievement, and problems will be approachable to all students, with extensions that can challenge the more advanced students. Because there will be no lecture component to the workshop, students may think of the problems less as in-class work, and more as “puzzles,” where all skills that students bring from previous coursework are permissible for use, and students can work together and merge their skills to solve a given problem. The curriculum will also include developmentally appropriate discussions about gender stereotypes and their impact, especially as they relate to math performance. These discussions will build awareness among the students about implicit bias and stereotype threat.

Outside of the workshops, Duke team members will work together to plan activities, discuss their own ideas and approaches and build an increased awareness of gender stereotypes.

Workshops will occur on Saturdays during the academic year. A free daytime summer workshop will be run several times during the summer. Students will also have the opportunity to remain engaged with program by participating online. A regularly scheduled “puzzle” will be posted online, and students may submit their ideas, solutions and questions.

Assessment will occur through regular surveying of participants and parents, along with tracking program attendance. Participants will be surveyed regularly about their confidence and interest in math, along with their comfort level and participation in their math classroom at school. Participation in the online components of the program will also be tracked. Results of the first year of the program will be used for publication, but they will also be used to inform further research related to problem-based learning and the potential impact on girls’ confidence in the classroom.

Anticipated Outcomes

Increased confidence and interest in math by workshop participants

Timing

Fall 2018 – Summer 2019

  • Fall 2018: Training (including research and discussion) for undergraduate team members; administrative planning of workshops, including advertising to area school students
  • Spring 2019: Saturday workshops
  • Summer 2019: Weekday workshops

This Team in the News

Major Decisions

Girls studying math

/faculty/staff Team Members

  • Victoria Akin, Arts & Sciences-Mathematics*
  • Sophia Santillan, Pratt School of Engineering-Mechanical Engineering & Materials Science*
  • Lauren Valentino, Trinity - Sociology-PHD*
  • Ara Wilson, Arts & Sciences

/graduate Team Members

  • Katherine Jacobs, Genetics & Genomics Prgm - PHD
  • Lauren Valentino, Sociology-PHD

/undergraduate Team Members

  • Cassandra Galeano, Sociology (AB)
  • Preethi Kannan
  • Anna Munro, Computer Science (BS)
  • Juliet O'Riordan, Mechanical Engineering (BSE)
  • Shelby Powers, Mathematics (AB)
  • Selena Qian
  • Talise Redmond, Economics (BS)
  • Pingyi Zhu, Economics (BS), Mathematics (AB2)