Bring innovation to your campus with hands-on coding education.
We partner with schools to create exciting STEM experiences through coding, AI, robotics, and teacher-supported learning journeys that inspire students from day one.
How the partnership works
Discover
We dive deep into your school's unique goals, academic timetable, and specific student enrichment needs.
Design
We construct a customized roadmap for STEM clubs, experiential workshops, or full NEP-aligned curriculum integration.
Launch
Your students begin engaging with certified educators, live project-based learning, and continuous academic support.
A Curriculum for Every Grade
Over 1,600 contact hours of standards-aligned computer science curriculum for grades K-12 with immersive lessons, teaching materials and automatic grading.
Elementary School
A strong foundation with block coding
31 Courses | 990 Hours
- Icon and Block Coding
- 200 STEM & PBL Projects
- Pre-reader Experiences
- Digital Citizenship
- Creative Coding & Games
Middle School
Real-world programming made fun & easy
19 Courses | 1,000 Hours
- Python Programming & Logic Syntax
- Web Development: HTML5 & CSS3
- Game Mechanics with Pygame
- Robotics, Sensors & Microcontrollers
- Algorithmic Thinking & Debugging
High School
Career and college readiness with real tech
12 Courses | 1,200 Hours
- Full-Stack Web Dev & Modern React
- Applied AI & Machine Learning Models
- Cybersecurity & Ethical Hacking Labs
- Relational Databases & SQL Queries
- Live Capstone Portfolios & Certifications
Deploy to your campus in Minutes.
Say goodbye to massive IT headaches. Coder Roots plugs directly into your school's existing ecosystem, allowing educators to focus on what they do best—teaching.
- Single Sign-On (SSO) Support
- Automated Student Rostering
- Real-Time Gradebook Syncing
Terms of Institutional Collaboration
Standard operational and academic commitments agreed upon under the Coder Roots School Partnership Memorandum of Understanding (MOU).
Curriculum Delivery & Syllabus Alignment
Coder Roots provides grade-wise Coding, Web Development, and AI curricula mapped to national curriculum standards (NEP 2020 / CBSE / ICSE / State Boards). Lesson plans, teaching slides, practice problems, and capstone project guidelines are shared prior to the academic session.
Lab Setup & System Compatibility
The platform runs 100% inside standard web browsers (Google Chrome, Microsoft Edge). The partner school agrees to provide basic computer lab access with internet connectivity. No paid software licenses, local server setups, or hardware upgrades are required from the school.
Faculty Training & Academic Handholding
Coder Roots conducts an initial orientation and teacher training workshop for the school's designated computer science staff. Ongoing academic guidance, solution answer keys, and dedicated WhatsApp/call mentor support are provided throughout the school year.
Project Assessments, Hackathons & Certification
Student evaluations are based on practical project submissions and hands-on coding milestones. All students completing the required coursework receive verified Course Completion Certificates co-branded with the Partner School's name and logo. Coder Roots also assists in organizing annual school coding exhibitions and hackathons.
Student Data Privacy & Non-Commercialization
Student information (Name, Class, and Section) is gathered strictly for classroom roster management and certificate generation. Coder Roots guarantees zero third-party advertisements, zero sharing of student/parent contact numbers with external marketing agencies, and full student data confidentiality.
Academic Calendar Alignment & Transparent Terms
The partnership schedule aligns with the school's official timetable. Sessions may be paused or rescheduled during unit tests, term exams, or vacation periods without financial penalty. All commercial terms are fixed annually in writing with zero surprise maintenance or platform server charges.
Need a customized partnership MOU or a formal proposal for your school management? Request Official MOU Draft →
