named programs · 6 · from sources
What they call their work
3D Modeling & Animation Program
Students create digital models and animations using TinkerCAD and other tools, with opportunities to fabricate physical objects using on-site 3D printers.
AI & Machine Learning Program
Teaches responsible AI use, prompt engineering, and project building using tools from OpenAI, Groq, and Fal, with classroom-safe workflows and TSI-built AI tools like AI Tutor and PIXIO.
Cyber Security Program
Hands-on learning in network defense, penetration testing, and encryption, aligned with Cisco NetAcad certification pathways and featuring guided labs and secure sandboxed environments.
Entrepreneurship Program
Students form teams, develop MVPs, run agile workflows, and pitch to live audiences, gaining experience in product development, marketing, and financial literacy.
Web Development Program
Students build real websites using HTML, CSS, JavaScript, and modern frameworks, creating portfolios and launching live projects; over 4,000 apps have been shipped through this program.
XR & Game Development Program
Students design immersive experiences using Unity and Unreal Engine, prototype for devices like Meta Quest and HoloLens, and present playable builds at showcases.
activities · 5 groups
What they do
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K–12 Computer Science & AI Education 3 activities
- Deliver STEM and advanced technology education programs in public schoolsProvides comprehensive instruction in STEM, cybersecurity, extended reality (XR), and artificial intelligence to over 10,000 students across more than 200 schools, primarily in New York City, using industry-experienced instructors, common core-aligned curricula, and project-based learning that results in tangible student outcomes.
- Deliver structured technology education sessions for skill developmentConducts 45–60 minute in-person or virtual sessions focused on building foundational and advanced skills in typing fluency, computational thinking, AI literacy, and technology use, preparing students for academic and career success.
- Provide AI literacy and responsible AI use educationTeaches students to use AI tools such as OpenAI, Groq, and Fal responsibly through structured prompt engineering, debugging, and small-scale project development; provides individual access to premium AI platforms and deploys AI Tutor (GPT-4 powered) and PIXIO for safe, moderated learning in classrooms.
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Cybersecurity Skills Development 1 activity
- Deliver hands-on cybersecurity education and certification preparationOffers project-based cybersecurity instruction covering penetration testing, network defense, encryption, and social engineering awareness, using industry-grade tools and guided labs; prepares students for Cisco NetAcad certification pathways with individual access to premium cybersecurity platforms.
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Educational Technology Access and Support 1 activity
- Facilitate student access to advanced technology tools and cloud platformsProvides students and teachers with individual cloud access via the Student Droplet Initiative (powered by DigitalOcean) and ensures access to over 100 vetted technology tools, including Unity, Unreal Engine, WebXR, and premium AI and cybersecurity software, eliminating shared logins and supporting full participation.
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Program Evaluation and Impact Research 1 activity
- Monitor and improve program outcomes through data trackingTracks student retention, typing fluency, research and development habits, and portfolio development across programs; uses cohort performance data to refine curriculum and instructor training annually.
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Hands-On STEM Education Programs 1 activity
- Support student creation of technology-based portfolios and live projectsGuides students to produce professional, lasting artifacts including websites, apps, 3D-printed objects, and XR experiences, with over 4,000 apps and websites shipped to date; supports project development through industry-grade tools, cloud access, and public showcases.
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financials · form 990EZ · fy2024
revenue
Total revenue$127K
Contributions & grants$28K22%
Program service revenue$100K78%
Investment income——
Other revenue—
expenses
Total expenses$53K
Program expenses57%
Admin / overhead43%
Fundraising0%
Salaries & benefits—
Grants paid out—
Largest expense lineFacilities
balance sheet
Total assets$114K
Cash$167K
Investments$0
Liabilities$0
Net assets$114K
Liquid reserves37.5 mo
2 years on record · 2021–2024 · YoY revenue -47.5%
relationships · 38
Who they work with
- Canva Partner — Creative tools partner in the TSI ecosystem
- Cisco Partner — Technology partner aligned with platforms students will encounter after graduation.
- Cisco NetAcad Partner — Certification partner in the TSI ecosystem
- Cisco NetAcad Partner — Cisco NetAcad partner providing curriculum and certification pathways in cybersecurity education.
- DigitalOcean Partner — Cloud partner in the TSI ecosystem
- DigitalOcean Partner — Collaborates with TSI on the Student Droplet Initiative to provide cloud access for students and teachers through EDUCloud.
- DigitalOcean Partner — Technology partner aligned with platforms students will encounter after graduation.
- Fal Partner — AI partner in the TSI ecosystem
- Fal Partner — Technology partner aligned with platforms students will encounter after graduation.
- Fal Partner — Utilizes Fal's API platforms in student-driven AI project development within classroom settings.
- Google Partner — Technology partner aligned with platforms students will encounter after graduation.
- Google for Education Partner — Education partner in the TSI ecosystem
- Groq Partner — AI partner in the TSI ecosystem
- Groq Partner — Integrates Groq's technology into student projects and classroom instruction on AI and machine learning.
- Groq Partner — Technology partner aligned with platforms students will encounter after graduation.
- K-12 partners Partner — Collaborates with K-12 schools to deliver tailored technology education programs
- Meta Partner — Provides access to Meta Quest devices for use in XR and game development instruction.
- Meta Partner — Technology partner aligned with platforms students will encounter after graduation.
- Microsoft Partner — Provides access to HoloLens devices for use in XR and game development instruction.
- Microsoft Partner — Technology partner aligned with platforms students will encounter after graduation.
- Microsoft Partner — Technology partner in the TSI ecosystem
- NYC Partner — Collaborates with New York City and partners to deliver core STEM pathways in schools.
- NYC Dept. of Education Partner — Education partner in the TSI ecosystem
- NYC Public Schools Partner — Education partner in the TSI ecosystem
- New York City Department of Education Partner — Provides technology education services within NYC public schools
- OpenAI Partner — AI partner in the TSI ecosystem
- OpenAI Partner — Technology partner aligned with platforms students will encounter after graduation.
- OpenAI Partner — Uses OpenAI's tools and platforms in its AI and machine learning curriculum for students.
- Partner schools Partner — TSI partners with schools to deliver its full-service web development program.
- Railway Partner — Cloud partner in the TSI ecosystem
+ 8 more
strategies · 5
How they approach the work
Named approaches extracted from this org’s sources. Where others share an approach, follow it to see the full set of orgs running it.
- Industry-Aligned Education with Professional Toolsmethodology: industry_aligned_educationBy using industry-grade tools and specialist educators within school classrooms, we produce students with real-world technical skills and digital artifacts because hands-on experience with professional technology stacks bridges the gap between education and workforce readiness.
- Project-Based Learning with Lasting Artifactsmethodology: project_based_learningBy engaging students in sustained, real-world projects that produce tangible and shareable artifacts, we increase engagement, skill mastery, and learning retention because students are more motivated when their work has enduring value beyond the classroom.
- Responsible AI Education with Structured Engagementmethodology: responsible_ai_educationBy teaching AI through purposeful prompting and supervised project building using internally developed or curated tools, we ensure safe and meaningful student learning because structured, moderated access prevents misuse while fostering creativity and critical thinking.
- School-Embedded Full-Service Program Deliverymethodology: full_service_program_deliveryBy embedding specialist educators, vetted curriculum, and provisioned tools directly into schools and managing all aspects of program delivery, we ensure sustained and equitable implementation because this integrated model removes barriers to access and aligns with school operations rather than functioning as a temporary add-on.
- Team-Based Simulated Work Environmentsmethodology: team_based_learningBy organizing students into teams with defined industry roles during project work, we foster collaborative skill development and real-world readiness because simulating startup or professional environments builds communication, accountability, and role-specific competencies.