U California San Diego Develops Sustainable Computer Science Classes for K-12

The San Diego Supercomputer Center (SDSC) at the University of California, San Diego is undertaking a three-year initiative to help three school districts in the region keep their computer science courses up-to-date with rapid changes in technology.

The initiative, called Computer Science — Creating a Village for Educators (CS-CaVE), has received a $1 million grant from the National Science Foundation to address the disparity between rates of change in the technology industry and K-12 computer science curricula. States conduct major revisions of their curriculum standards approximately once each decade, whereas advances in the computer science industry occur every few months or years. To address this challenge, UC San Diego will work with Sweetwater Union High School District, Vista Unified School District and San Diego Unified School District to "develop model 'villages' for introducing and sustaining up-to-date computer science courses in their curriculum," according to information from the university.

Through the program, UC San Diego will provide the districts with timely updates to course content and work with master teachers in the districts, who can then share the information with other teachers in the district. According to the university, CS-CaVE will use nationally proven curriculum, including one developed through UC San Diego Computer Science Principles (CSP) pilot program and activities from other proven programs, such as the "Hour of Code." The program will also provide master teachers with in-person and virtual peer support.

The CS-CaVE program builds on UC San Diego's Computing Principles for All Student's Success (ComPASS) program, which supported teachers who wanted to teach computer science principles in their schools.

Further information about CS-CaVE can be found on the program's site.

About the Author

Leila Meyer is a technology writer based in British Columbia. She can be reached at [email protected].

Featured

  • Abstract Network of Blue and Orange Lines

    Tech Industry Leaders Launch Open Secure AI Alliance

    NVIDIA and 36 other partners are targeting agent security across multi-vendor clouds by combining open technologies for workload identity, agent controls, vulnerability scanning, and software supply-chain security.

  • Abstract neural network 3D illustration

    Intel® AI EmpowerED: The AI-Ready Campus, Delivered

    Artificial intelligence is transforming higher education, prompting institutions to rethink how they manage infrastructure, security, governance, and workforce readiness. Successful adoption requires a strategic, institution-wide approach that aligns AI initiatives with educational goals, faculty enablement, and scalable operational frameworks.

  • shattered digital cloud with red warning alert icons

    CSA's Top Cloud Threats: Identity, AI

    Cloud Security Alliance's 2026 Top Threats report ranks identity first while adding two AI-related risks to its list of 11 leading cloud security concerns.

  • Neon blue security locks with a single red highlight

    AI Shifts Cybersecurity Focus from Finding Flaws to Fixing Them

    For decades, one of cybersecurity's most difficult challenges has been finding vulnerabilities before attackers do. A growing number of security professionals now say artificial intelligence is changing that equation, shifting the focus from discovering flaws to fixing them quickly enough to prevent exploitation.