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Pragyan Robotics Program

School & College Robotics Program

ASB Data Source, in collaboration with Unite Social Work Foundation, through its flagship initiative Pragyan, proudly presents an innovative Robotics Education Program designed to ignite curiosity, foster creativity, and empower future innovators. This initiative focuses on delivering world-class robotics education to students from Class 1 through higher education, with special emphasis on learners from underserved and marginalized communities. Through hands-on learning, practical exposure, and structured pedagogy, the program ensures that every child gets an opportunity to thrive in today’s fast-evolving technology-driven world.

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Our Project – Pragyan Robotics Initiative

Project Goal

The project aims to nurture the holistic development of children, empowering them with confidence, creativity, and the ability to pursue higher aspirations. This transformation is envisioned as a long-term impact initiative, cultivated gradually over a span of five years.

Project Objective

To strengthen communication, creativity, collaboration, and the understanding of alternative pedagogy and robotics applications by providing all essential tools, infrastructure, and learning resources. Progress across these key attributes will be systematically measured and evaluated annually.

Summary of the Project

Inputs

  • Hands-on robotics training integrated with STEM-based learning
  • Dedicated robotics workrooms along with regular school classrooms
  • Well-equipped infrastructure including teaching aids, computers, and projectors

Outputs

  • Continuous improvement in students’ core cognitive and creative abilities
  • Periodic performance reviews and structured reports for schools
  • Annual cumulative assessment and outcome-based reporting

Outcomes

  • Enhanced confidence, creativity, communication, analytical and reasoning skills
  • Students develop global-level exposure and technological confidence

Impact

  • Creation of a stronger demographic dividend for the nation
  • Positive and sustainable social contribution through education
  • Student upliftment leading to meaningful personal and professional growth

Robotics Course Curriculum

Our structured robotics curriculum is designed to gradually develop students’ technical, creative, and problem-solving skills through progressive learning stages.

Introduction to Robotics

This foundational level introduces students to the world of robotics through fun and interactive learning. Learners become familiar with basic robot concepts, movements, and directions while developing logical thinking.

  • What is a Robot & its real-world applications
  • Basic robot movements and directions
  • Introduction to simple programming concepts
  • Creative robot activities & mini projects

Beginner Robotics

At this stage, students begin building and programming robots while understanding how robots interact with their environment. Logical thinking and teamwork are emphasized.

  • Robots & smart machines
  • Basic robot construction and components
  • Logic building & block-based programming
  • Thematic robot projects and group activities

Developing Robotics Skills

This level focuses on strengthening problem-solving abilities by exploring robot systems, mechanical concepts, and advanced programming techniques.

  • Understanding robot systems and planning solutions
  • Introduction to mechanical systems
  • Advanced Scratch / Blockly programming
  • Sensor integration and group-based projects

Applied Robotics

In the final stage, students apply their knowledge to solve real-world problems using robotics, coding, and design thinking through hands-on projects.

  • Microcontrollers and structured programming
  • Sensor-based and real-world applications
  • Team-based design thinking projects
  • Final model development, exhibition & presentation

Our Learning Process

A structured and student-centric approach that ensures continuous learning, skill development, and measurable outcomes.

01

Program Orientation & Onboarding

The program begins with school onboarding and student orientation to introduce learners to robotics concepts, learning objectives, and the overall journey ahead.

02

Weekly Hands-on Training

Students attend one structured robotics class every week, focusing on hands-on practice, experimentation, and interactive learning through guided mentorship.

03

Continuous Practice & Evaluation

Learning progress is monitored through regular practice sessions, activities, group tasks, and quarterly performance reviews to track skill development.

04

Final Project & Showcase

The program concludes with a final project, model demonstration, exhibition, and certification to celebrate student achievement and learning outcomes.