Building a Computer Science Program  ## Metadata - Author: [[Sascha Zuger]] - Full Title: Building a Computer Science Program - Category: #articles - Document Note: --- tags: - #computerscience - #k12 - #curriculum - #professionaldevelopment - #inclusivity - #partnerships - #opensource - #funding - #wordPress - #developeradvocacy Author: Sascha Zuger Source: Tech & Learning (Article) Reference: https://www.techlearning.com/how-to/building-a-computer-science-program date created: 2025-08-21 00:00 --- # Title: Building a Computer Science Program — Best Practices, Budget Strategies, and Partnerships ## Table of Contents: - [📚 Introduction](#-introduction) - [🚧 Challenges and How They Were Overcome](#-challenges-and-how-they-were-overcome) - [🎯 Why CS Matters](#-why-cs-matters) - [⚙️ 5 Best Practices](#️-5-best-practices) - [🤝 Partnerships and Accountability](#-partnerships-and-accountability) - [💸 Smart Budget Strategies](#-smart-budget-strategies) - [🧰 Tools Mentioned](#-tools-mentioned) - [🗒️ Notes](#-notes) - [🗣️ Paraphrase](#-paraphrase) - [📰 Newsletter](#-newsletter) - [✅ Action Items (Developer Advocate/OSPO-aligned prompt)](#-action-items-developer-advocateospo-aligned-prompt) - [🧪 Hypotheses](#-hypotheses) - [📊 Methodology](#-methodology) - [❓ Questions](#-questions) - [🔮 Future Research](#-future-research) - [💡 Implications](#-implications) - [🧠 Learning Styles Assessment](#-learning-styles-assessment) - [📊 Accessibility Assessment](#-accessibility-assessment) - [🌍 DEIB Assessment](#-deib-assessment) - [✅ Logical validity](#-logical-validity) - [🔍 DARVO Analysis](#-darvo-analysis) - [🔍 SEO Evaluation](#-seo-evaluation) - [📖 References](#-references) - [🎯 Conclusion](#-conclusion) ### References: - Tech & Learning: Building a Computer Science Program (Article) ## 📝 Summary: This article profiles Stephanie Potito’s district-wide effort to build a K–12 computer science program from scratch in Leominster Public Schools (MA). It outlines advocacy talking points (jobs, digital readiness, engagement), five best practices for program-building (vision, PD, curriculum, infrastructure, inclusivity), the role of partnerships for expertise and accountability, and budget-savvy strategies (grants, open-source, cross-school collaboration). Concrete examples include using ISTE/DLCS standards, Computer Science Education Week, Code.org grants, and AP CS partnerships with EDC and UC Berkeley. ## 📖 Main Content: The piece emphasizes that constructing a CS pathway is both a strategic and an adaptive process. Potito began where funding allowed (middle school) while encouraging organic K–5 growth through media/STEM teachers and Hour of Code. She aligned to standards (ISTE crosswalk with DLCS), leveraged PD to upskill staff, and pursued partnerships that provided credibility, resources, and external accountability. Inclusivity is positioned as core: engaging underrepresented groups through extracurriculars, visible role models, and multiple access points. Budget constraints are addressed with grants, partnerships, open-source tooling, and district-wide sharing. ### 🗒️ Notes - Starting from zero: - Built a K–12 pathway in a district with no prior CS curriculum. - Earned stakeholder support via student opportunities and engagement. - Recognition: T&L Innovative Technology Director. - Advocacy case: - Emphasize job market demand, digital readiness, and academic engagement/achievement. - Present a well-researched, compelling case to stakeholders. - Strategic rollout: - Begin at middle school due to grant alignment; grow K–5 organically via media/STEM teachers and Hour of Code. - Partnership with EDC and UC Berkeley to support AP CS; open to all students. - Goal: every child receives CS education annually. - Partnerships: - Provide expertise, rollout guidance, and external accountability. - Administrative backing and risk-tolerant teachers are enablers. - Five best practices: - Vision and goals aligned to broader curricular priorities and standards. - Robust PD across foundational and emerging technologies; build educator community of practice. - Comprehensive, progressive, interdisciplinary curriculum (coding, CT, algorithms, data). - Infrastructure: hardware, software, connectivity, labs/devices; partnerships to augment resources. - Engagement and inclusivity: recruit underrepresented groups; clubs, competitions, role models. - Budget strategies: - Leverage partnerships (e.g., Hour of Code awards for robots). - Seek grants (federal, state, private), align with DESE/EDC/UC Berkeley. - Prioritize PD (cost-effective online courses, in-house expertise). - Emphasize open-source/low-cost resources and online platforms. - Cross-school collaboration to share resources and best practices. - Tools referenced: - Code.org, Scratch, Sphero, Code & Go mice, Hummingbirds, Cubelets, iBlocks (TEQ). - Key quotes and pointers: - “Convincing stakeholders… requires… a well-researched and compelling argument…” - “Our overall goal is that every child will have some computer science education every year…” ## 📖 References: - Tech & Learning: Building a Computer Science Program — https://www.techlearning.com/how-to/building-a-computer-science-program - ISTE Standards — https://www.iste.org/standards - Massachusetts DLCS Framework — https://www.doe.mass.edu/stem/standards/compsci/ - Code.org — https://code.org - Education Development Center (EDC) — https://www.edc.org/ - UC Berkeley (CS/AP resources context) — https://cs10.org/ or AP CS resources via College Board ## 🗣️ Paraphrase: - Original idea: Advocacy framing for stakeholders and phased rollout - Paraphrase 1: To secure buy-in, you need a strong, evidence-backed pitch that underscores workforce demand for tech skills, readiness for a digital society, and the learning gains CS can generate. While early exposure is ideal, Potito launched at the middle school level to align with available federal funding, nurturing K–5 growth through existing media/STEM teachers and Hour of Code activities. - Original idea: Partnerships and accountability - Paraphrase 2: Partnerships do more than donate resources—they bring expertise, structure, and external accountability that prompt districts to reflect on participation and progress. Administrative support, engaged community partners, and educators willing to take measured risks proved pivotal. ## 📰 Newsletter: This week in the WordPress + web dev universe: Building sustainable CS pipelines isn’t just for schools—our open-source communities can borrow a page from Leominster’s playbook. Start with a clear vision, invest in your contributors (hello, ongoing PD), and keep it inclusive from day one. On the tooling front, low-cost and open-source platforms like Scratch and Code.org remind us that great learning doesn’t require great budgets. For WordPress folks, that translates to contributor mentorship cohorts, reproducible onboarding kits, and content that scales from “Hour of Code” vibes to “AP-level” deep dives. New plugin highlights coming next issue—send us your favorites. Meanwhile, here are a few gems: the ISTE Standards for digital fluency, Massachusetts’ DLCS for curricular alignment, and Code.org for engaging workshops and CS Ed Week ideas. Let’s build pathways that welcome more voices into open source—one small PR at a time. Links: - ISTE Standards: https://www.iste.org/standards - MA DLCS Framework: https://www.doe.mass.edu/stem/standards/compsci/ - Code.org: https://code.org ## ✅ Action Items: OSPO-aligned prompt for evaluating future articles you provide: “Analyze how this article informs open-source advocacy, contributor engagement, and education within the WordPress ecosystem. Identify: - Advocacy: Which arguments, data points, or narratives help persuade stakeholders (internal leadership, sponsors, community) to invest in open source and contributor experience? - Education: What instructional strategies, curricular models, or PD practices can be adapted for onboarding contributors (PHP/JS/HTML/CSS/Git/GitHub), mentoring, and building learning pathways from beginner to advanced? - Infrastructure: What tooling, processes, or governance models map to an OSPO’s needs (documentation standards, issue triage, CI/CD, code of conduct, DEIB policies)? - Inclusivity: How does the piece address e - Summary: Stephanie Potito, Administrator of Digital Learning for Leominster Public Schools in Massachusetts, successfully created a K-12 computer science curriculum for her district. She initiated training for elementary media and STEM teachers so that students can start learning computer science at an early age. Potito also formed partnerships with the University of California Berkeley and Code.org to provide AP computer science courses and bring initiatives such as Computer Science Education Week to her students. Potito’s success is a result of her advocacy efforts for computer science education and her partnerships with technology companies, universities, and community organizations. The article also provides five best practices to build a computer science program and gives suggestions for tight budgets emphasizing open-source and low-cost resources. - URL: https://www.techlearning.com/how-to/building-a-computer-science-program The only bigger challenge than improving a struggling computer science program is building one from the ground up. That’s the impressive feat accomplished by Stephanie Potito, Administrator of Digital Learning for Leominster Public Schools in Massachusetts. Potito has created opportunity and engagement for students through ingenuity and out-of-the-box problem solving, earning her respect from colleagues and gratitude from families whose children benefit from the new doors her hard work has opened for their futures. For these efforts, she was also honored as Innovative Technology Director at T&L’s recent Northeast [**Regional Leadership Summit**](https://www.techlearningevents.com/innovativeleaderawards/home?ref=CW)**.** “Stephanie has been instrumental in implementing a pathway where the district originally had no K-12 computer science curriculum in place. Her tireless efforts to advocate for computer science education have been nothing short of remarkable,” says a colleague. “She initiated training for media and STEM teachers at the elementary level to ensure that students receive the best possible instruction from an early age. She introduced staff to the ISTE Standards and created a crosswalk between ISTE and DLCS to help and highlight the importance of computer science education.” Potito also facilitates all seven district schools' participation in Computer Science Education Week via activities from Code.org—an implementation so successful that she was able to secure a grant from Code.org to purchase items to help and ignite passion for computer science. At the high school level, Potito formed partnerships with the University of California Berkeley to offer AP computer science courses, giving students the chance to earn college credit while still in high school—creating a lasting impact on the lives of these students. #### Championing Investment in Computer Science Programs “Convincing stakeholders to invest in computer science does require some effort,” says Potito. “It is essential to present a well-researched and compelling argument highlighting the benefits of computer science education. This includes emphasizing the growing demand for technological skills in the job market, the importance of preparing students for the digital age, and the potential for increased student engagement and academic achievement.” Some level of flexibility is also required when taking on such an immense mission. Although Potito believes in the importance of early intervention so the youngest learners begin with a strong baseline of computer science knowledge, she initiates her program at the middle school level because that corresponds to the available federal grant program. “At the K-5 level, our focus was growing a computer science program organically, relying on media and STEM teachers to integrate a few computer science lessons in their classrooms and participate in the Hour of Code,” she says. “We are working on restructuring this. We leveraged a partnership with EDC and the University of Berkeley to bring a supported AP computer science program to the high school (open to all interested students). Our overall goal is that every child will have some computer science education every year—it’s a lofty goal, but we’re hopeful we can get there.” Partnerships are also essential because they provide industry expertise as well as suggestions for roll outs. “They force accountability outside of the school district, so it makes us pause and think about our participation,” says Potito, who credits a supportive administrative team, as well as interest from community stakeholders and teachers willing to take calculated risks, for her success. #### 5 Best Practices to Build a Computer Science Program 1. **Establish a clear vision and goals**: Define a clear vision for computer science education in your school district. Identify the goals you want to achieve and how computer science fits into the broader educational landscape. Ensure alignment with existing curriculum standards and educational priorities. 2. **Provide professional development opportunities**: Offer PD programs for teachers to enhance their computer science knowledge and teaching skills. Provide workshops, courses, and resources that cover both foundational concepts and emerging technologies. Encourage collaboration and sharing of best practices among teachers to foster a supportive community of computer science educators. 3. **Develop a comprehensive curriculum**: Design a comprehensive computer science curriculum that spans different grade levels and incorporates various aspects of the discipline, such as coding, computational thinking, algorithms, and data analysis. Ensure the curriculum is age-appropriate, progressive, and aligned with industry standards. Consider integrating computer science across other subjects to reinforce its interdisciplinary nature. 4. **Create a supportive infrastructure**: Invest in the necessary infrastructure and resources to support computer science education. Ensure access to appropriate hardware, software, and internet connectivity. Establish computer labs or provide devices for students to practice coding and engage in hands-on activities. Foster partnerships with technology companies, universities, and community organizations to access additional resources and expertise. 5. **Foster engagement and inclusivity**: Promote computer science as an inclusive and accessible field for all students. Encourage participation from underrepresented groups, including girls, minorities, and students with disabilities. Offer extracurricular activities, coding clubs, and competitions to engage students beyond the classroom. Showcase successful role models and highlight the diverse career paths available in computer science. #### Smart Strategies for Tight Budgets Even the most impassioned leader can be derailed by the bottom line. Here are suggestions to help get the most out of your budget for computer science * **Leverage partnerships**: Collaborate with local and national computer science education programs. Potito’s school district was awarded a financial prize for commitment to the Hour of Code that covered items such as robots that could make CS come to life. * **Seek grants and funding opportunities**: Districts can actively pursue federal, state, private grants and funding targeted towards technology integration and PD for teachers in CS. Potito’s district partners with DESE as well as the EDC and University of Berkeley for invaluable resources in knowledge and roll outs as well as financial incentives. * **Prioritize professional development**: Invest in PD programs for teachers to equip them with the necessary skills and knowledge to effectively teach computer science. Districts can explore cost-effective options such as online courses, workshops and tapping the expertise of in-house technology specialists. * **Emphasize open-source and low-cost resources**: Free or low-cost resources available include open-source programming languages, online coding platforms, and educational websites. Districts can leverage these resources to provide students with meaningful computer science experiences without significant financial investments. * **Encourage partnerships between schools**: Encourage collaboration among schools within the district, sharing resources, expertise and best practices for computer science education. A collaborative approach helps distribute costs and provides opportunities for networking and peer support. #### The Tools They Use * Code.Org * Scratch * Sphero Robots, such as Indis and Bolts * Code & Go mice, for screenless coding * Hummingbirds * Cubelets * iBlocks curriculum via TEQ * [**Why More States Are Requiring Computer Science Classes**](https://www.techlearning.com/news/why-more-states-are-requiring-computer-science-classes) * [**Best Technology Lessons and Activities**](https://www.techlearning.com/news/best-technology-lessons-and-activities) *To share your feedback and ideas on this article, consider joining our Tech & Learning online community* [***here***](https://k12leaders.com/tech-learning/tech-learning-public-invitation/) #### Tech & Learning Newsletter, Building a Computer Science Program, Sascha Zuger, 01h1vm7sypvnmjyv1shwr363sd.