When the Hispanic Women’s Corporation held its 26th National
Professional Development and Leadership Institutes last month at the
Phoenix Convention Center, one of the six individuals selected as 2011
Award Winners was New College faculty member Erika Camacho.
An assistant professor of mathematics in the Division of Mathematical and Natural Sciences,
Camacho received the National HWC Latina Leadership Award for her work
mentoring and supporting students. Other award recipients honored during
the event were Lucia Navarro from CNN en Espanol; radio and television
personality Yarel Ramos; Daniel Hernandez, the University of Arizona
student credited with saving Congresswomen Gabrielle Gifford’s life when
she was shot in Tucson; Dulce Matuz, president and founder of the
Arizona Dream Act Coalition; and poet, writer and performer Mayda del
Valle, who has recited her poetry at the White House.
“I was truly honored to be acknowledged in the same ceremony as
these individuals,” Camacho says. “To me this is a testament that what I
have sacrificed is not in vain and the spirit of Jaime Escalante’s
commitment to making a difference, which has lived in me since our lives
crossed, is thriving and still making an impact in others.”
The reference to Escalante, the legendary high school math teacher
who was portrayed by Edward James Olmos in the film “Stand and Deliver,”
is a heartfelt one for Camacho. She was one of the hundreds of students
whose lives were forever changed when Escalante became their math
teacher at Garfield High School in East Los Angeles.
“Jaime was like a parent,” Camacho says. “He had high expectations and wouldn’t allow you to make excuses.”
Because of the support she received from Escalante and others,
Camacho feels a moral obligation to serve in a mentorship role to her
own students and help create opportunities for them to advance.
Camacho’s love for mathematics, engendered by Escalante, led her to
focus on the field of applied math. Among her current areas of research
focus is the use of differential equations to model physiological
processes. One project involves working to understand interactions of
photoreceptors in the eye with the goal of gaining insight into certain
degenerative diseases.
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