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PINGAL: Education, Upgraded
PINGAL is a future-ready learning ecosystem for schools that blends Robotics, AI, Coding, and Engineering with hands-on projects, teacher enablement, and a cloud-based learning platform. The program aligns with NEP 2020 competencies and global STEM standards to help students "learn how to learn" and build real-world problem-solving skills.

Quick Links

• About PINGAL
• Pingala (Wikipedia)
• Curriculum & Levels
• Implementation Plan
• Teacher Training & Certifications
• Monitoring & Evaluation
• Success Stories
• Contact & Partnerships

At a Glance

• Grades served: 1–12
• Core tracks: Robotics • AI • Coding • Engineering
• Delivery: In-school sessions + cloud LMS (teacher/admin/student)
• Outcomes: Creativity, collaboration, communication, critical thinking, problem-solving
• Compliance: NEP-linked skills, CBSE/NCERT-aligned skill outcomes

Why PINGAL

• Learning over rote: Interactive, hands-on projects drive conceptual understanding and curiosity.
• Future skills: Coding, electronics, design thinking, and systems thinking as core competencies.
• Ecosystem approach: Kits, curriculum, LMS, assessments, and certifications work together.
• Data visibility: Dashboards and KPIs for school leaders; periodic evaluations and feedback loops.

PINGAL Hardware Kit

• Plug-and-Play Design: Grove-compatible sensors and modules connect easily through the Base Shield—no soldering or wiring complexity.
• Comprehensive Components: Includes Seeeduino board, Base Shield, sensors (light, button, rotary), servo motor, buzzer, and LCD display for real-world experimentation.
• STEM Integration: Enables projects across physics, electronics, robotics, and AI fundamentals—aligning with school curriculum.
• Scalable Learning: Suitable for both beginners and advanced learners; supports progressive project complexity.
• Durable and Reusable: Modular components designed for repeated classroom use and long-term sustainability.

Pingal STEM Kit Components – Seeeduino, Base Shield, and Grove modules

Program Structure

Segment	Focus	Frequency	Examples
Grades 1–3 (Apprentice)	Curiosity, foundations, block coding	Weekly sessions	Friendly robots, sensors, simple automations
Grades 4–8 (Maker)	Design thinking, electronics, coding	Weekly sessions	Security alarms, robot prototypes, home automation
Grades 9–12 (Master Technician)	Advanced coding, engineering, AI	Weekly sessions	Multi-sensor builds, autonomous systems, applied AI

• Typical cadence: Two sessions per week per grade group (school-customizable)
• Project flow: Getting Started → Lesson Launch → Guided Build → Challenges → Assessment → Showcase

What Schools Get

Physical Kits

• Arduino-compatible controller (Seeeduino), 95+ modules (sensors/actuators/indicators), no extra wiring

Cloud Platform (SaaS)

• Teacher/admin/student logins, online video lessons, quizzes, periodic assessments
• Certifications (student & teacher), KPI dashboards, integrations (e.g., Google, Clever)
• Anytime/anywhere access; supports documentation and reporting needs

Curriculum

• Standard-aligned modules, guided projects, coding & engineering challenges, instructor resources

Implementation Roadmap

Phase 1 (Weeks 1–5)

• Infrastructure setup, delivery of kits, LMS provisioning
• Teacher training: basic → advanced
• Student/teacher orientation and first sessions

Phase 2 (Weeks 6–26)

• Project-based learning, real-world problem solving
• Monthly assessments, feedback loops, mid-point review
• Culminating showcase/exhibition; international certification

Pricing (Indicative)

• Initiation fee: ₹2,000/student (one-time)
• Program fee: ₹1,000/student/month
• Inclusions: Robotics kits, software licenses, teacher training, ongoing support

Note: Pricing can be tailored for scale, multi-school deployments, or CSR partnerships.

Monitoring & Evaluation

• Student metrics: Concept mastery, project completion, challenge performance
• Teacher metrics: Classroom facilitation, tool adoption, assessment outcomes
• Adoption metrics: Platform usage, session completion, device utilization
• Reviews: Monthly evaluations + data-driven improvement actions
• Leadership visibility: KPIs and dashboards for principals/administrators

Outcomes

• Students: Critical thinking, collaboration, solution mindset, practical STEM/AI skills; future-readiness
• Teachers: Confidence with STEM pedagogy and tools; certifications; improved facilitation
• Schools: NEP alignment, reputation for STEM excellence, visible student showcases

Success Stories

• Schools reporting 100+ students completing robotics builds and security-alarm prototypes
• Top performers achieving 100% on assessments and challenge tasks
• Community showcases boosting parent engagement and school brand

Heritage & Inspiration: Rishi Pingal

The program’s name honors Rishi Pingal, the ancient Indian scholar of prosody and combinatorics whose work on metrical patterns connects to binary principles foundational to modern computing. This heritage underscores the continuity from classical knowledge systems to today’s computational thinking.

Get Involved

• Schools & Groups: Implement PINGAL across grades with training and full-stack support
• Teachers : Earn certifications and lead hands-on STEM clubs
• CSR/Partners: Sponsor future-readiness at scale (multi-school, district, or state programs)
• Contact
  • Email: info@edufront.co.in
  • Phone: +91 73036 67727
  • Website: https://edufront.co.in

For detailed session plans, training outlines, and evaluation templates, see Implementation Plan and Monitoring & Evaluation.