Program Catalogs
A complete school roadmap from foundational robotics to AI-guided capstone builds.
ScrollSchool Development Program (SDP)
Specially designed for schools only, this offline program runs in the school computer lab with basic systems and internet connection.
Delivery Mode
Offline, Lab-Based
Duration
20 Sessions (Flexible)
Focus
Circuit + 3D + AI Coding
Audience
Schools Only
Delivery Mode
Offline, Lab-Based
Duration
20 Sessions (Flexible)
Focus
Circuit + 3D + AI Coding
Audience
Schools Only
Updated Phase Roadmap
School Development Program Phases
Structured progression from robotics foundations to major project delivery.
Introduction to Robotics and Mechanics
Module 1
Orientation to robotics systems, mechanics basics, and real-world use cases.
- What is a Robot?
- Machine vs Robot
- What is Robotics?
- Laws of Robotics
- Types of Robots
- Applications of Robots
- What is Mechanics?
- Introduction to Power Transmission
- Degrees of Freedom
Mechatronics Tools and Equipment
Module 2
Safe handling of kits, tools, measurement devices, and workstation setup.
- Recap
- What are Tools?
- Why Tools are Important
- Types of Tools
- Driving Tools
- Cutting Tools
- Pliers and Wire Tools
- Measuring Tools
- Electrical Tools
- Safety Rules
- Fun Activity
Basics of Electronics
Module 3
Voltage, current, resistance, polarity, and practical breadboard essentials.
- Recap
- What is Electricity?
- Voltage and Current
- Resistance
- Basic Components
- LED
- Resistor
- Battery
- Switch
- Simple Circuits
- Fun Activity
Electronics and Sensors
Module 4 and 5
Sensor families, analog vs digital signals, and signal interpretation.
- Recap
- What is Sensor?
- Sensors Covered
- IR Sensor
- Ultrasonic Sensor
- DHT (Temp + Humidity)
- Water Level Sensor
- Soil Moisture Sensor
- LDR (Light Sensor)
- Fun Activity
Introduction to Microcontrollers
Module 6
Microcontroller architecture, GPIO concepts, and execution flow.
- Recap
- What is Microcontroller?
- Arduino UNO introduction
- Real-life analogy (Brain of robot)
- Input to Process to Output concept
- Fun Activity
Basics of Motor and Motor Drivers
Module 7
Motor control fundamentals, drivers, and power planning.
- Recap
- What is Motor?
- How Motor Works (basic)
- Types of Motors
- DC Motor
- Geared Motor
- Motor Direction
- What is Motor Driver?
- Why Motor Driver is needed
- Fun Activity
Examination
Module 8
Checkpoint assessment to verify readiness for studio tools.
- An examination will be held on covering all previous modules discussed.
Introduction to Website and Its Usage
Module 9
Guided onboarding into ElectroLab AI Studio workflow.
- Interaction with website
- Interaction with Circuit Builder
- Interaction with 3D Model
- Interaction with Code Editor
Understanding Circuit Design
Module 10 and 11
Reading and translating circuit logic into practical layouts.
- Recap
- What is Circuit Design?
- How to use circuit design
- Why we need circuit design
- Component Information
- Practice on circuit design
- Fun Activity
Understanding 3D Model
Module 12 and 13
Understanding 3D model concepts, usage, and practice workflows.
- Recap
- What is 3D Model?
- How to use 3D Model
- Why we need 3D Model
- Component Information
- Practice on 3D Model
- Fun Activity
AI Interaction and Coding
Module 14 and 15
Build AI-assisted coding confidence through interaction and hands-on exercises.
- Recap
- How to interact with AI Copilot
- How to use AI
- What is Coding?
- Basics of Coding
- Fun Activity
Minor Project - 1
Module 16
Students undertake a guided minor project to apply fundamentals.
- Undertake a minor project with mentor guidance to analyze understanding of fundamentals.
Minor Project - 2
Module 17
Second guided minor project with stronger ownership and delivery.
- Undertake a second minor project with mentor guidance to deepen fundamentals.
Major Project
Module 18 and 19
Major project cycle with planning, execution, and final presentation.
- Undertake a major project with mentor guidance to evaluate comprehensive understanding.
Flexible Duration
Program duration is not fixed. It depends on:
- 1Student learning speed
- 2Lab availability
- 3School schedule
- 4Batch size and mentor hours
Expected Outcomes
- Students understand robotics workflow from components to complete systems.
- Students build confidence in circuit design, 3D modeling, and microcontroller coding.
- Each team completes minor projects before delivering two major capstone projects.
- Mentors can continuously evaluate progress through practice and milestone reviews.
Need This Program In Your Institution?
We can adapt this roadmap to your school timetable, lab resources, and student level while keeping the same outcomes.
Request Program DemoScrollElectroLab AI Certified Training PartnerPartner Program
A complete browser-based Robotics, Electronics, AI, IoT, and Embedded Systems learning platform for schools, colleges, training institutes, STEM labs, robotics academies, makerspaces, and independent educators.
Delivery Mode
100% Browser-Based
Partner Type
Certified Training Partner
Focus
AI · Circuit · 3D · Code
Audience
Schools, Colleges & Institutes
Delivery Mode
100% Browser-Based
Partner Type
Certified Training Partner
Focus
AI · Circuit · 3D · Code
Audience
Schools, Colleges & Institutes
Platform Overview
Core Features
Everything students need — in one place, no switching between apps.
- Acts like a human robotics teacher
- Guides students step-by-step
- Explains based on student level
- Answers doubts instantly
- From idea to implementation
- Drag-and-drop components
- Design complete circuits visually
- Connect with wires interactively
- Hands-on practical electronics
- Arduino, sensors, motors & more
- Create robot chassis & mechanical parts
- Design project structures in 3D
- Visualize before building
- Beginner to advanced interface
- Export for manufacturing
- Write Arduino code in browser
- Verify and compile directly
- Serial monitor built-in
- No software installation needed
- Project-based learning workflow
Why Institutions Choose ElectroLab AI
Most institutions need multiple separate tools — ElectroLab AI replaces them all:
Suitable For
Partner Benefits
- Student Learning Platform — AI Mentor, Circuit Studio, 3D Studio, Code IDE & project-based environment.
- Ready-to-Use Curriculum — Basic Electronics, Arduino, Robotics, IoT, Embedded Systems, AI for Robotics.
- Batch Management — Create batches, enroll students, assign projects, monitor progress.
- Assessment & Certification — Project evaluation, skill tracking, digital certificates, completion reports.
- Institute Growth — Increase quality, reduce costs, scale to more students.
Our Taglines
“The Complete Robotics Lab in Your Browser.”
“Learn. Design. Build. Code. All in One Platform.”
“From Idea to Robot – Powered by ElectroLab AI.”
Ready to Partner With Us?
We'll help you set up, onboard students, and deliver world-class robotics education — all from a browser.