Description
Book SynopsisBy the end of this decade, the U.S. economy will annually create hundreds of thousands of new jobs requiring a bachelor's degree in STEM fields, particularly computer science. This increasing need for computer scientists, coupled with an inconsistent agenda for managing dramatic shifts in the demographic landscape of higher education, compromises our competitiveness in scientific discovery and innovation. As higher education seeks to address this issue, the need for more culturally responsive approaches to undergraduate STEM teaching also increases.This book uses the power of reflection, storytelling, and data to holistically demonstrate the effectiveness of a novel professional development intervention for STEM faculty - Teaching to Increase Diversity and Equity in STEM, or TIDES - that significantly increased faculty self-efficacy in implementing culturally responsive pedagogies. In it, the editors combine the authentic voices of authors from multiple institutional contexts and individual worldviews to assimilate and synthesize broad theoretical concepts into practice in usable ways, while also offering concrete applicable examples of strategies and solutions that serve as an important comprehensive reference for all undergraduate educators and administrators. This practical guide provides a durable platform for building capacity in understanding of the cultural complexities and institutional realities of recruiting and retaining diverse students in STEM, particularly the computer sciences.
Trade ReviewEducators describe their experiences with the TIDES movement--Teaching to Increase Diversity and Equity in STEM--as a way of dealing the US back into the world competition in science, technology, engineering, and mathematics. Among the topics are cybernetic girls can be pinky: strategies to recruit and retain Latinas into STEM in the context of faculty-to-student empowerment, fostering an environment for all students to succeed in computer science: integrating culturally responsive pedagogies with curricula redesign, culturally responsive strategies for addressing recruitment and retention of women in STEM: online modules for building STEM majors' computational skills, equity through access to computer science learning at a small liberal art college, and interventions addressing recruitment and retention of under-represented minority groups in undergraduate STEM disciplines. -- Annotation ©2019 * (protoview.com) *
Table of ContentsForeword; Ryan Kelsey & Sue Cui 1. That None Shall Perish;
Kelly Mack, Kate Winter 2. Theoretical Underpinnings of TIDES: Priorities, Processes, & Promise;
Melvin Hall, Jamie Bracey, Eileen Parsons, Tykeia Robinson 3. Cybernetic Girls Can Be Pinky: Strategies to Recruit and Retain Latinas into STEM in the Context of Faculty-to-Student Empowerment;
Lilliam Casillas-Martinez & Wilson Gonzalez-Espada 4. Changing Faculty Culture to Promote Diversity, Equity, and Inclusion in STEM Education;
Jennifer Speed, Donald L. Pair, Mehdi Zargham, Zhongmei Yao, Suzanne Franco 5. In Search of Hidden but Accessible Truths: Coding for All at Queens College;
Eva M. Fernández & Christopher Vickery 6. Fostering an Environment for all Students to Succeed in Computer Science: Integrating Culturally Responsive Pedagogies with Curricula Redesign;
Kiron Sharma, Laila Khreisat, Diana Cvitan, Gurjot Singh 7. TIDES Interventions Addressing Recruitment and Retention of White Women and Women of Color;
Mark Matlin, Elizabeth McCormack, Douglas Blank, Jennifer Spohrer 8. Culturally Responsive Computational Science through Research Experience in Core Curriculum Courses;
Lior Shamir, Franco Delogy, Melinda Weinstein, Hsiao-Ping Moore 9. A Journey of Discovery;
Alla Grinberg, Raymond Gonzales, Monica Parrish Trent 10. Equity through Access to Computer Science Learning at Pitzer College;
Katie Purvis-Roberts & Thomas Poon 11. Challenging Us to Change;
Helen H. Hu, Patricia B. Campbell, Jessica C. Johnston, Brian Avery, Greg Gagne, Julie Stewart 12. The Rising TIDE of Wright State University: Context, Connections, and Consequences;
Travis Doom, John Gallagher, Michael Raymer, Kathleen Timmerman 13. Music as the Icebreaker for Learning to Code;
Ani Nahapetian 14. Interventions Addressing Recruitment and Retention of Underrepresented Minority Groups in Undergraduate STEM Disciplines;
Cleo Hughes Darden, Roni M. Ellington, Jigish Zaveri, Sanjay Bapna, Linda Akil, Stella Hargett, Prabir Bhattacharya, Ali Emdad, Asamoah Nkwanta 15. Strengthening Computer and Mathematical Sciences Engagement and Learning;
Sambit Bhattacharya, Daniel Okunbor, Chekad Sarami, Perry Gillespie, Radoslav Nickolov 16. Measurement and Assessment;
Kate Winter and Gabriele Haynes
