STEM Lab Solutions – Neod Global Pvt. Ltd.

Build Innovation-Driven STEM Labs for Next-Generation Schools

End-to-end STEM Lab design, equipment, installation, and curriculum integration — aligned with NEP 2020 and future-ready education standards. One partner, complete delivery.

NEP 2020 Aligned
PAN India Deployment
Govt & Private School Projects
Turnkey Installation
Robotics Lab Comparison

Why Our Robotics Lab Is Better

A clear comparison between our robotics lab ecosystem and standard robotics kits used in most schools.

❌ Other Robotics Labs

  • ✕
    Kits usually last only 1 year
  • ✕
    Around 15–20 activities per kit
  • ✕
    Mostly prototype components
  • ✕
    Basic kit assembly learning
  • ✕
    Basic robotics only
  • ✕
    Usually not aligned with NEP 2020
  • ✕
    Limited grade coverage
  • ✕
    Predefined experiments
  • ✕
    No formal academic audit
  • ✕
    No maintenance support
  • ✕
    Minimal teacher support
  • ✕
    Small demo projects only

✅ Our Robotics Lab

  • ✓
    Same kit usable for up to 3 years
  • ✓
    60+ activities with one kit
  • ✓
    Real sensors and electronic devices
  • ✓
    Hands-on project-based learning
  • ✓
    Robotics, AI, IoT, Automation, Drone, Apps
  • ✓
    Curriculum aligned with NEP 2020
  • ✓
    Structured learning from Grade 1–12
  • ✓
    Creative activities and innovation projects
  • ✓
    3 academic audits every year
  • ✓
    Full maintenance and technical support
  • ✓
    Training and guidance provided
  • ✓
    Smart home and automation projects
Our Differentiators

What Makes Our STEM Labs Different

Not every STEM lab is built equal. Here is what separates a Neod Global lab from a standard equipment drop.

01
Structured Learning Framework
Every module ships with a term-wise curriculum, lesson plans, student worksheets, and assessment rubrics — not just hardware.
02
Industry-Aligned Equipment
We source robotics kits, IoT platforms, and 3D printers that mirror what industry professionals actually use — preparing students for real careers.
03
Age-Wise Modular Design
Labs are configured with differentiated complexity levels from Class 1 to 12 — ensuring age-appropriate challenge and progression at every stage.
04
Safety-Compliant Infrastructure
From anti-static flooring to voltage regulation and safety-certified tool kits — every Neod lab meets institutional safety standards from day one.
05
Smart Classroom Integration
Seamlessly integrates with existing smart boards, projectors, and LAN infrastructure — no need for a complete technology overhaul.
06
Scalable for Future Expansion
Modular architecture means your lab evolves with technology — add new zones or upgrade components without replacing everything.
Lab Architecture

The 4 Core Zones of a STEM Ecosystem

A Neod STEM Lab is not a single room — it's a structured innovation ecosystem divided into four dedicated activity zones, each serving a distinct learning purpose.

🤖
Robotics & Automation Zone
Build, program, and test physical robots using Arduino, Lego Mindstorms, and sensor-integrated platforms. Develops systems thinking and mechanical understanding.
💻
Coding & Computational Thinking Zone
From block-based Scratch to Python and web development — progressive coding tracks with real-world mini-projects and gamified challenges.
🔩
Engineering & Prototyping Zone
Hands-on structural engineering, circuit building, 3D design, and physical prototyping activities that bridge imagination with real-world construction.
🔬
Innovation & Research Zone
Open-format maker space for student-led projects, experiments, and science fair prototypes — fostering independent inquiry and innovation mindset.
Lab Modules

Explore Our STEM Lab Modules

Each module is a fully equipped learning station with dedicated hardware, curriculum, and teacher support. Scroll to explore every module.

Robotics & Automation
Module 01
Robotics & Automation
Arduino · Lego Mindstorms · Servo Control — Build, program and test real robots from scratch.
  • 🤖
    Arduino & Lego Mindstorms Kits
    Students build and code physical robots using servo motors, sensors, and structured build materials.
  • 🔧
    Mechanical Systems & Sensor Integration
    Learn how real machines work — mechanical design, logic programming, and iterative problem solving.
  • 🎯
    Project-Based Learning Framework
    Term-wise projects from line-following robots to autonomous vehicles, graded with rubrics.
Class 5–7 Basic Class 8–10 Intermediate Class 11–12 Advanced
Coding & Programming
Module 02
Coding & Programming
Scratch · Python · Web Development — From visual blocks to real production code.
  • 💻
    Progressive Coding Curriculum
    Starts with Scratch for visual learners and progresses to Python, HTML/CSS, and web app development.
  • 🧩
    Gamified Challenges & Mini Projects
    Students build real apps and games at every stage — making learning immediately relevant and rewarding.
  • 🖥️
    High-Performance Workstations
    Licensed IDE software, offline platforms, and dedicated workstations — no lag, no distraction.
Class 3–6 Beginner Class 7–9 Intermediate Class 10–12 Advanced
3D Printing & Design
Module 03
3D Printing & Design
CAD Modeling · FDM Printers · Product Design — Turn ideas into physical reality.
  • 🖨️
    FDM 3D Printers & CAD Software
    Students model in CAD and print real objects — bridging design thinking with manufacturing fundamentals.
  • 📐
    3D Spatial Reasoning & Product Design
    Develops the ability to think in three dimensions — essential for engineering and architecture careers.
  • 💡
    Design-to-Manufacture Pipeline
    Every student leaves with a physical product they designed — tangible proof of creative capability.
Class 6–8 Basic Modeling Class 9–12 Advanced CAD
Electronics & IoT
Module 04
Electronics & IoT
Raspberry Pi · ESP32 · Circuit Design — Connect the physical world to the digital.
  • ⚡
    Raspberry Pi & ESP32 Platforms
    Breadboard circuits, sensor packs, and IoT cloud platform access — building real connected devices.
  • 📡
    IoT Systems & Connectivity
    Students build smart devices that sense, respond, and communicate — from smart lights to weather stations.
  • 🔌
    Circuit Design Fundamentals
    Hands-on breadboarding, actuators, and sensors — the foundation of electronics and embedded systems.
Class 7–9 Basic Electronics Class 10–12 IoT Projects
Innovation & Experiment Kits
Module 05
Innovation & Experiment Kits
Science Kits · STEM Challenges · Maker Projects — Open-format inquiry and independent invention.
  • 🔬
    Experiment Kit Library
    Curated experiment kits, maker tools, and science fair project supplies for self-directed exploration.
  • 🏆
    ATL & PMKVY Compatible
    Fully aligned to Atal Tinkering Lab and national skill development frameworks — competition-ready students.
  • 🎤
    Presentation & Showcase Space
    Students present findings to peers and judges — building scientific communication and confidence.
All Grades: Class 3–12 ATL Lab Compatible PMKVY Aligned
Our Process

6-Phase Implementation Roadmap

A structured, milestone-driven process from first conversation to fully commissioned lab — transparent at every step.

1
Consultation & Requirement Study
Understanding your institution's goals, student strength, board alignment, and budget parameters.
2
Space Assessment & Planning
On-site measurement, electrical audit, safety assessment, and feasibility study for optimal lab layout.
3
Custom STEM Lab Design
Floor plan, zone layout, network topology, equipment specifications, and visual design submitted for approval.
4
Equipment Procurement
Sourcing certified hardware, robotics kits, software licenses, and furniture from authorized vendors.
5
Installation & Commissioning
Full physical setup, structured cabling, OS configuration, software deployment, and end-to-end testing.
6
Training & Ongoing Support
Faculty onboarding workshop, activity manual handover, AMC plan activation, and remote helpdesk access.
Real-World Impact

The Transformation a STEM Lab Creates

Beyond equipment — a STEM lab fundamentally changes outcomes for students and positions your institution at the forefront of modern education.

🎓

Student Impact

🧠
Analytical Thinking
Debugging robots and solving engineering challenges trains methodical, evidence-based reasoning.
💡
Innovation Mindset
Open-ended projects cultivate the maker instinct — the ability to see problems as opportunities.
🔍
Real-World Problem Solving
Project briefs mirror genuine industry challenges, teaching students to apply knowledge practically.
💪
Technical Confidence
Completing a working IoT device or coded app gives students tangible proof of their own capability.
🏛️

Institutional Impact

📘
NEP 2020 Alignment
Satisfy competency-based learning mandates and inspection requirements with a compliant lab setup.
🏆
Enhanced School Reputation
A modern STEM lab is a powerful enrollment differentiator — parents and students notice.
📈
Skill Development Focus
Positions your school as a skill-first institution aligned to PMGDISHA, PMKVY, and national frameworks.
🚀
Competitive Advantage
Stand out in accreditation reviews and inspire enrollment confidence with visible innovation infrastructure.
Our Services

What Neod Global Offers

Beyond infrastructure, we provide a complete ecosystem of products, training, and programs designed to support modern STEM and digital education.

🛒
Retail Products
Wide range of STEM kits, robotics components, electronics modules, and educational tools available for schools and institutions.
🏫
Lab Setup
Complete design and installation of ICT, STEM, Robotics, and Innovation Labs tailored to school and institutional requirements.
👩‍🏫
Teacher Training
Professional development programs that train teachers to effectively integrate STEM and digital tools into classroom learning.
🧠
Workshops
Hands-on workshops for students covering robotics, coding, AI basics, electronics, and innovation-driven learning experiences.
💻
Online Classes
Interactive virtual classes enabling students to learn coding, robotics, and emerging technologies from anywhere.
🏆
Olympiad Programs
Competitive Olympiad preparation programs that help students develop problem-solving, analytical thinking, and STEM excellence.