Services for schools, districts, and youth programs

Computing education that actually fits the classroom.

CodeBronx helps schools integrate computational thinking, AI literacy, and computer science into everyday instruction through practical professional development, coaching, and curriculum support.

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What this work is built for

Practical implementation, not one-off tech activities.

• ✓ Teacher-ready lesson materials
• ✓ Professional development that leads to classroom use
• ✓ AI literacy grounded in student thinking
• ✓ Support that can scale beyond one teacher

What CodeBronx helps schools build

Services designed around instruction, not hype.

The strongest computing education work starts with real curriculum, real teachers, and real classroom constraints.

🧠

Computational Thinking Integration

Support for embedding decomposition, pattern recognition, abstraction, and algorithmic thinking into ELA, Math, STEM, and project-based learning.

Can include

• ELA and Math lesson extensions
• Teacher planning templates
• Student graphic organizers and checklists
• Curriculum review to identify natural fit points

🤖

AI Literacy for Schools

Responsible, age-appropriate AI literacy support that helps students think first, analyze output, verify claims, and justify decisions.

Can include

• Student AI literacy routines
• Teacher planning workflows
• Reflection and verification protocols
• School-facing AI guidance

🛠️

Professional Development

Interactive professional learning that gives educators concrete strategies, examples, and materials they can use immediately.

Formats

• 60-minute introductory sessions
• 90-minute interactive workshops
• Half-day or full-day PD
• Multi-session PD series

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Coaching and Classroom Implementation

Support after the PD ends, so teachers can plan, try, reflect, and refine the work in real classrooms.

Can include

• Co-planning with teachers
• Model lesson support
• Classroom implementation feedback
• Student work review

⚙️

STEM, Robotics, and Physical Computing

Hands-on computing experiences through robotics, devices, design challenges, physical computing, and student presentation work.

Can include

• Robotics curriculum planning
• Physical computing activities
• Student design challenges
• Showcase and presentation support

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Custom Curriculum and Resource Design

Reusable instructional materials for schools, programs, grants, pilots, and professional learning initiatives.

Can include

• Lesson plans and slide decks
• Student handouts and teacher guides
• Implementation toolkits
• PD facilitator materials

The CodeBronx approach

Start with the school’s real instructional priorities.

CodeBronx does not treat computing as an add-on. The work begins with what schools already teach and builds practical computing connections from there.

1

Study the current curriculumIdentify where computing naturally strengthens existing instruction.

2

Build teacher-facing toolsCreate resources teachers can actually use within their current schedules.

3

Support implementationUse PD, coaching, modeling, and feedback cycles to move from idea to classroom practice.

4

Refine from evidenceUse teacher feedback, student work, and implementation notes to improve the system.

Need help choosing the right service?

Start with a conversation. The right structure depends on your goals, timeline, grade band, and implementation capacity.

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