Case Study Report

STEM & AI Innovation Labs

A Model for Future-Ready Education Worldwide

CreaSpark sets up fully equipped STEM & AI Innovation Labs in schools — shifting learning from theory-heavy classrooms to hands-on, project-based, innovation-driven education.

Case Study School: Amrita Vidyalayam, Thalassery, Kannur
Location: Kannur, Kerala
ftLab Size: 1800 Sq ft
Classes:Class 1 to 12
Submitted to:

Executive Summary

What the Lab Delivers

The CreaSpark STEM & AI Innovation Lab provides structured exposure to Artificial Intelligence, Machine Learning, Robotics, Internet of Things, Drone Technology, 3D Printing, Coding, Design Thinking, Computational Thinking, and STEM-based learning. The model shifts learning from theory-heavy classroom delivery to hands-on, project-based, and innovation-driven education. It is suitable for replication across government, private, rural, coastal, and urban schools and institutions worldwide.

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Hands-on STEM Learning

Improved curiosity, practical understanding, and student participation

AI and Digital Skills

Early awareness of future technologies and responsible use

Teacher Capacity Building

Teachers trained to guide lab activities and student projects

Global Innovation

Student projects linked to climate, agriculture, coastal safety, and healthcare

Scalable Model

Adaptable for different school categories and districts

Lab Infrastructure

What's Inside the Lab

Robotics Kits

Robot building, automation, sensors, motors, and coding

AI Learning Tools

AI basics, image recognition, chatbot and smart application activities

IoT Kits

Smart devices, sensors, monitoring systems, and automation models

Drone Technology Setup

Drone awareness, safety, simulation, and application learning

3D Printing Setup

CAD design, prototyping, and product development

Coding Platform

Block coding, logic building, computational thinking, and Python basics

Design Thinking Zone

Ideation, teamwork, problem solving, and prototype planning

Project Display Area

Showcasing student projects, models, and prototypes

Teaching Methodology

Practical-First Learning Model

Each session combines concept explanation, demonstration, hands-on activity, group project, testing, presentation, feedback, and assessment.

01

Concept Explanation

Introduce the topic in simple and clear language

02

Demonstration

Show how the kit, tool, or concept works

03

Hands-on Activity

Allow students to build, test, and troubleshoot

04

Group Project

Promote teamwork and collaborative problem solving

05

Presentation

Improve student confidence and communication

06

Assessment

Measure creativity, logic, participation, and project outcome

Sample Student Projects

What Students Build

Smart Dustbin

Automation and waste management

Automation and waste management

Line Following Robot

Robotics, Coding

Logic and robot movement

Smart Irrigation System

IoT, Sensors

Agriculture and water conservation

AI Face Detection Demo

AI, Computer Vision

Computer vision awareness

Weather Monitoring System

IoT, Data Collection

Data collection and environmental monitoring

3D Printed Prototype

3D Printing, CAD

Design and product creation

Smart Street Light

IoT, Automation

Energy saving concept

Drone Safety Model

Drone Technology

Drone awareness and responsible use

Global Innovation Projects

Technology for Real-World Challenges

The lab encourages students to apply technology to solve real-world challenges — including climate resilience, agriculture, coastal safety, healthcare, smart cities, environment, and rural development.

Flood Management

Water level monitoring and early warning system

Agriculture

Smart irrigation and soil monitoring system

Coastal Safety

Drone-based coastal monitoring concept

Waste Management

Smart waste segregation model

Healthcare

3D printed assistive device prototype

Environment

Air quality and weather monitoring model

Stakeholder Feedback

What They Say

"The STEM & AI Lab helped me understand how robots, sensors, and smart machines work. I enjoyed building projects with my friends."

S
Student

"The lab has made technology learning more practical and engaging. Students are more active during sessions and ask better questions."

T
Teacher

"The STEM & AI Innovation Lab is helping our school move towards future-ready education and skill-based learning."

P
Principal

Inside the Lab

Our Lab in Action

Real students, real equipment, real innovation — a glimpse into what a CreaSpark STEM Lab looks like every day.

CreaSpark STEM Innovation Lab interior — full lab view
Students assembling robotics kits in the STEM lab
Students building a robot car in the innovation lab
3D printers and AI robotics in the STEM lab
Robotics kit and equipment on the lab workbench
Teacher training session with robotics kits
Students presenting AI project at STEM lab event
Drone technology kits laid out for student sessions
Colourful STEM lab wall with gear decorations and science motifs

Set up a STEM Innovation Lab at your school

We handle everything — lab design, equipment, curriculum, teacher training, and ongoing mentoring support.