Limited Hands-on Learning
Theory-heavy classes leave too little space to build, test and discover.
Neev Spark Explorer Lab
Build curiosity into capability.
A complete Junior Tinkering Lab for Classes 1–5—combining Robotics, electronics, construction, coding, AI, IoT and 3D creation.
01 — The Problem
Young learners need more than theoretical exposure.
Without an active making environment, engagement drops, practical skills remain underdeveloped and students miss the confidence to explore future technologies.
Low STEM Interest
Science and technology can feel abstract without visible working models.
Limited Technology Exposure
Students miss early experience with Robotics, AI, IoT, electronics, coding and 3D creation.
Creative Skill Gap
Fewer structured projects means weaker design thinking, teamwork and problem-solving.
Early access to tools turns curiosity into confident problem-solving.
02 — The Solution
A complete Junior Tinkering Lab—not just a kit.
Students explore, build, create and innovate through hands-on Robotics, AI, IoT, electronics, coding, construction and 3D Printing activities.
Explore
Question and discover
Build
Assemble working models
Create
Turn ideas into prototypes
Innovate
Solve and present
03 — Who We Are
Since 2013, we have helped schools turn technology into learning.
Smart Yantra Labs plans, equips and supports future-ready learning environments with a practical focus on teacher readiness and visible student outcomes.
Since 2013 Education innovation100+ Schools served10,000+ Students impactedPAN India Support5+ STEM solutions
Mission
Make practical technology learning accessible and meaningful.
Vision
Enable every learner to become a confident creator and problem-solver.
Values
Trust, quality, innovation, support and measurable student growth.
04 — What We Do
Every element required for a working, teachable lab.
Curriculum & Books
Age-appropriate, grade-wise activities with 30–40 sessions per year.
Technical Kits
Robotics Kit, Electronics Kit, Construction Kit, E-Blox Kit Junior and 3D Pen activities.
Teacher Enablement
3 Days On-site Training plus 12 Online Training Sessions.
Lab Planning & Setup
Room planning, 3D layout, equipment placement, installation and launch.
Assessment & Support
Assessment Question Bank, Quarterly Monitoring and technical guidance.
Innovation Platform
A Yearly Innovation Competition where students present working projects.
05 — How We Do It
From school requirement to sustained classroom use.
Understand Needs
Map classes, learning goals, available room, infrastructure and budget.
Plan & Design
Create curriculum, equipment plan, lab layout and implementation roadmap.
Supply & Setup
Deliver kits, arrange work zones, test equipment and make the lab classroom-ready.
Train Teachers
Build confidence through practical onsite and continued online training.
Enable Students
Run structured activities, projects, assessments and grade-wise progression.
Support & Grow
Monitor usage, solve technical issues and prepare students for the annual showcase.
06 — Grade-wise Curriculum
Five grades. One progressive maker journey.
Each grade receives 30–40 sessions per year across coding, electronics, 3D Printing, construction, DIY and robotics.
Class 1 — Explore & Play
Observe, assemble and discover through safe construction and simple mechanisms.
Class 2 — Build & Discover
Build guided models and understand motion, balance, energy and circuits.
Class 3 — Create & Solve
Combine electronics, coding and construction to solve simple challenges.
Class 4 — Design & Apply
Use sensors, robotics, 3D creation and design thinking in useful projects.
Class 5 — Innovate & Present
Develop, test, improve and confidently present original solutions.
07 — Why Choose Us
Built for adoption, continuity and visible outcomes.
Complete Solution
Curriculum, kits, setup, training, assessment and support from one partner.
NEP 2020 Aligned
Experiential, multidisciplinary and competency-led learning.
Age Appropriate
A clear pathway created specifically for Classes 1–5.
Multiple Technologies
Robotics, electronics, coding, AI, IoT, construction and 3D creation.
Teacher Confidence
Practical training and continued mentoring keep the lab active.
Visible Outcomes
Projects, assessment and an annual competition make progress easy to see.
NEEV SPARK EXPLORER LAB • POTENTIAL VALUE
Turn junior-school curiosity into visible capability.
For junior grades, value comes from making abstract ideas tangible while giving parents visible evidence of creativity, making and problem solving.
SMART YANTRA LABSPotential Value in Action
Learn by building
Models, experiments and guided making can create more active participation than passive explanation alone.
Concept → activity
Science, maths, design and everyday problems can be connected through age-appropriate tasks.
Visible student work
Projects and displays give families concrete evidence of practical learning.
Foundation for STEM/Robotics
Early making and logic can prepare students for more advanced technology pathways later.
FIXED PLANNING ASSUMPTIONS • NOT A CALCULATOR
Illustrative three-year investment & value
A read-only scenario using the same sample-school baseline across solution pages. It is an estimate for discussion, not a promise of admissions or revenue.
1,000 students₹2,000 monthly fee / student40:1 student–teacher ratio
*Scenario assumptions: 1% annual admissions uplift (10 students), ₹2,000 monthly fee and 30% contribution after variable costs. Three yearly cohorts are counted across 36 months. Growth is not attributed to this solution. Actual enrolment, vacant seats, retention, taxes, recurring and operating costs, implementation and final quotation change the outcome. For CSR/public programmes, recovery is not modelled.
VALUE BEYOND THE PURCHASE
Benefits the institution can potentially realise
Maximum value comes from implementation, teacher readiness, regular utilisation, review and visible outcomes—not hardware alone.
✓Hands-on concept clarity
✓Creativity and design thinking
✓Teamwork and communication
✓Project displays
✓Early coding/making exposure
✓Parent-facing differentiation
✓Teacher-ready activities
✓Progressive skill pathway
08 — Package & Offer
A ready-to-implement Junior Tinkering Lab.
ComponentWhat it includes
Robotics & ElectronicsRobot chassis, geared motors, wheels, sensors, batteries, wires and breadboards.
Construction KitMetal strips, mechanical parts, tools and project components.
E-Blox Kit JuniorPlug-and-build electronics and junior technology activities.
3D Creation3D Pen, filament and crafting tools for prototypes.
CurriculumBooks, 30–40 sessions per year, activities, worksheets and assessments.
Enablement3 Days On-site Training, 12 Online Training Sessions and continued support.
Complete Lab Package₹1,35,000Including GST
Build Custom Quote 
09 — Frequently Asked Questions
Clear answers before your school begins.
01 — What is a primary school STEM lab?
यह Classes 1–5 के बच्चों के लिए hands-on STEM, coding और beginner robotics learning model है। Activities को सरल से थोड़ा advanced level तक age-wise रखा जा सकता है। इसका उपयोग करने का practical तरीका है: पहले students का level identify करें, फिर age-appropriate activity चुनें, short explanation दें, hands-on task कराएं और अंत में reflection या assessment लें। इस approach से product classroom activity बनता है, केवल display या equipment नहीं।
02 — What is the cost in India?
The final price for Neev Spark Explorer Lab depends on capacity, selected modules or equipment, implementation, training and support. Share the institution type, location, participant or student count and available infrastructure so Smart Yantra Labs can provide an itemised proposal with inclusions, exclusions, taxes and service terms.
03 — Are lesson plans and workbooks included?
हाँ, इसके लिए Smart Yantra Labs से demo या consultation request की जा सकती है। Request में school का city, classes, approximate student strength, available room और requirement लिख दें। इससे team सही demo, package और next-step proposal तैयार कर पाएगी।
04 — Are competitions included?
यह Classes 1–5 के बच्चों के लिए hands-on STEM, coding और beginner robotics learning model है। Activities को सरल से थोड़ा advanced level तक age-wise रखा जा सकता है। इसका उपयोग करने का practical तरीका है: पहले students का level identify करें, फिर age-appropriate activity चुनें, short explanation दें, hands-on task कराएं और अंत में reflection या assessment लें। इस approach से product classroom activity बनता है, केवल display या equipment नहीं।
05 — How can I get a demo?
हाँ, इसके लिए Smart Yantra Labs से demo या consultation request की जा सकती है। Request में school का city, classes, approximate student strength, available room और requirement लिख दें। इससे team सही demo, package और next-step proposal तैयार कर पाएगी।
06 — What is Neev Spark Explorer Lab?
यह Classes 1–5 के बच्चों के लिए hands-on STEM, coding और beginner robotics learning model है। Activities को सरल से थोड़ा advanced level तक age-wise रखा जा सकता है। इसका उपयोग करने का practical तरीका है: पहले students का level identify करें, फिर age-appropriate activity चुनें, short explanation दें, hands-on task कराएं और अंत में reflection या assessment लें। इस approach से product classroom activity बनता है, केवल display या equipment नहीं।
07 — Who should use Neev Spark Explorer Lab?
Neev Spark Explorer Lab is designed for Classes 1–5. We confirm the right fit by reviewing learner age or grade, school goals, available infrastructure, teacher readiness and the outcome the institution wants to achieve.
08 — What is included in Neev Spark Explorer Lab setup?
The confirmed Neev Spark Explorer Lab scope can include the required equipment or platform, learning resources, implementation, teacher orientation and post-launch support. The final bill of quantities, inclusions, exclusions, warranty and timeline are listed clearly in the school-specific proposal.
09 — How much does Neev Spark Explorer Lab cost in India?
The final price for Neev Spark Explorer Lab depends on capacity, selected modules or equipment, implementation, training and support. Share the institution type, location, participant or student count and available infrastructure so Smart Yantra Labs can provide an itemised proposal with inclusions, exclusions, taxes and service terms.
10 — What space is required for Neev Spark Explorer Lab?
Space for Neev Spark Explorer Lab depends on student capacity, equipment, storage, power, connectivity, furniture and safe movement. We review the available room before preparing the layout and final equipment list, helping the school avoid overcrowding and unused items.
10 — Transformation Unlock
Move from passive learning to visible innovation.
Transform a conventional room into an active lab where students build practical skills, teachers teach with confidence and parents can see future-ready progress.
Ready to build your Junior Tinkering Lab?
Schedule a demo, receive a custom proposal and move from planning to launch with one implementation partner.
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