The push to ensure that all students receive the high-quality computer science and STEM (science, technology, engineering, and math) education needed to compete in the twenty-first-century economy has been gaining urgency. This week, global Internet companies, foundations, and wealthy individuals announced commitments totaling $300 million in support of K-12 computer science education, including a pledge of $50 million and a million volunteer hours from customer-relationship management software provider Salesforce. That commitment was on top of grants totaling $12.2 million that Salesforce.org, the company's philanthropic arm, had awarded recently to the San Francisco and Oakland Unified School Districts to enhance computer science and STEM education, which included unrestricted funding of $100,000 each to middle school principals.
Earlier this month PND spoke with Ebony Frelix, senior vice president of philanthropy and engagement at Salesforce.org, about the organization's model of giving back 1 percent of equity, product, and employee time; its focus on equality in education; and the importance of expanding access to computer science education for tomorrow's diverse workforce — especially in a sector in which women and people of color are underrepresented.
Philanthropy News Digest: This is the fifth consecutive year that Salesforce.org has provided financial support to schools in San Francisco and the second year it has done so in Oakland. What results are you seeing thus far in terms of enrollment in computer science courses specifically and overall curriculum quality in general?
Ebony Frelix: We know that computer science in general is essential in today's job market and it's imperative that students gain the technical skills they need to be successful in the future. Our goal is to provide opportunities for underrepresented youth in the communities where we live and work to gain exposure and experience in computer science that will help them become college- and career-ready. Ultimately, we believe this will lead to a more talented, skilled, and diverse workforce.
In the San Francisco Unified School District we've given $7 million this year and $21 million in grants to date. Over five years we've seen the enrollment of girls in middle school computer science classes go from nearly two hundred to more than thirty-eight hundred, and of underrepresented student populations from less than one hundred to more than thirty-eight hundred. What that means is that computer science enrollment now mirrors the San Francisco community, with women and underrepresented groups making up nearly half of the students. We also funded twenty-four hundred hours of math content coaching, and we've cut the percentage of students repeating Algebra I in half, from 51 percent to 23 percent, and we hope to see that number continue to drive down. We've also seen a drop in D and F grades in math classes, from 18 percent to 12.6 percent.
In Oakland, we've given $5.2 million this year and $7.7 million in grants to date. We saw an enrollment of nine hundred OUSD middle school students in computer science classes in the first year alone. That was very encouraging, and what was really neat was that those computer science classes are 45 percent females, 38 percent Latinos, and 29 percent African Americans, again closely aligning to the district as a whole. What's even better is that 80 percent of those students received either an A or a B in computer science.
PND: Through the Principal's Innovation Fund (PIF), this year's awards include grants of $100,000 to middle school principals in San Francisco and Oakland. How are principals using those funds?
EF: We like to think that principals are like the CEOs of their schools; they know best how to address the unique needs of their schools. We often hear from principals that failure is not an option, things like "We can't spend money on things that don't work," "We can't take a chance with the district's money." The PIF allows principals to try things and experiment with what works, and then share those learnings with the district. That way we can avoid potentially making a district-wide faux pas with funding or with a program that may not be successful.
We know also that, with a limited budget, principals haven't been able to modernize their schools to align with a twenty-first-century workplace. So if you go into a classroom, they look like they did decades ago — the teacher at the front of the room, the kids sitting in rows, facing the teacher — and that's preventing students from learning in a collaborative workspace. Principals can use the PIF to redesign the classroom, to create a twenty-first-century environment where students are able to learn at standing desks, couches, or pillows; move tables around; have LCD screens all around them. You don't know where the front of the classroom is versus the back of the classroom, because it's flexible. That's a really good way for students to learn, and it also mirrors the workplace they're going to be entering.
In addition, students continue to enter middle school far below grade level, so teachers are faced with having multiple grade levels within one class and having to provide differentiated instruction. Principals are using the PIF to hire additional staff to teach different levels within a multi-tiered computer science curriculum as well as to teach engineering, animation, and robotics courses. And they can implement online personalized learning programs to address the needs of each student and create lesson plans to bring them up to grade level.
Recent comments