Live lab preview
Explore the AI & Robotics setup in action
AI · Robotics · STEM · NEP
2020
Turn an empty classroom into your school's AI & Robotics Innovation Lab
Tiiron Academy plans, builds and runs the complete lab — space design, kits, a progressive AI & Robotics curriculum, and teacher training — so your students build, code and invent from Grade 3 onward.
400–1200
sq. ft. lab footprint
Grades 3–12
progressive learning path
NEP 2020
aligned curriculum
Why it matters
Textbooks explain concepts. A lab makes students build them.
An AI & Robotics Lab gives students early, hands-on exposure to coding, electronics and machine intelligence — the exact experiential, skill-oriented learning NEP 2020 calls for — while opening doors to STEM careers.
CognitiveHigher-Order Thinking
CognitiveComputational Thinking
AppliedCreative Problem-Solving
AppliedEngineering Mindset
HumanTeam Collaboration
HumanLeadership & Confidence
FutureAI & Digital Literacy
FutureInnovation Mindset
Why Tiiron Academy
One partner for the whole lab — not just a kit supplier
From kits to curriculum, we collaborate with industry experts so your institution gets a complete, working innovation lab — not a box of parts.
Complete Lab Planning
Space consultation, layout design and furniture recommendations matched to the room you actually have.
Industry-Designed Curriculum
A progressive Grade 3–12 syllabus built with educators, mapped to CBSE / ICSE / IB and NEP 2020.
Teacher Enablement
Induction training plus scheduled refreshers so educators can run every session with confidence.
Hands-On Projects
Students build real robots and AI mini-projects instead of only reading about how they work.
NEP 2020 Aligned
Built around experiential, competency-based, multidisciplinary learning outcomes.
Continuous Support
Ongoing technical assistance, assessments and curriculum upgrades through the school year.
Lab Infrastructure & Setup
What your school needs to provide
Your school doesn't need a ready lab. Tiiron Academy can help plan and set up the required infrastructure from the ground up.
- Dedicated space400–1,200 sq.ft
- Internet connection1 Mbps or higher
- Computersi5 processor / 8GB RAM min.
- Display & presentationSmart board / projector + whiteboard
- WorkstationsHeight-adjustable, mobile
- StorageLockable cabinets for kits & tools
- Safety equipmentFire extinguisher, gloves, goggles
- ComfortNatural light, ventilation, ergonomic seating
// room_layout.config
layout →
open, collaborative zones
seating →
group pods, not rows
zones →
build · test · present · store
power →
dedicated circuits at each bench
network →
wired + Wi-Fi, ≥1 Mbps
display →
smart board, presentation corner
status →
✓ ready for install
Starting From an Empty Room?
That's completely fine. From space planning and infrastructure recommendations to equipment,
installation, and lab organization, Tiiron Academy can help your school build the entire AI & Robotics
Lab from the ground up.
What we install
Lab equipment & kits
Modern hardware and progressive kits, from first circuits to AI-enabled robotics.
Core Hardware
- Robotics & STEM kits (grade-wise)
- AI learning kits
- 3D printers
- Digital microscopes
- Prototyping boards (evive & similar)
Electronics & IoT
- Sensors & actuators
- Motors & microcontrollers
- IoT development boards
- Embedded systems modules
- Basic electronics component kits
Software & Platforms
- Visual block-based coding
- Python programming environment
- Robotics programming tools
- AI simulation platforms
- LMS with progress tracking
Curriculum
A learning path that grows with the student
Three progressive stages, from first circuits in Grade 3 to Python and AI foundations by Grade 10.
GRADES 3–5
Foundational Stage
- Fundamental scientific principles
- Basic electronics
- Simple machine mechanics
- Visual block-based coding
- Team-based discovery activities
GRADES 6–8
Preparatory Stage
- Practical electronics
- Sensors & actuators
- Building & programming robotics kits
- Intermediate coding, project-based
- Cross-discipline problem solving
GRADES 9–10+
Advanced Stage
- Advanced robotics programming
- Text-based coding (Python)
- Foundational Artificial Intelligence
- Applied engineering challenges
- Independent innovation projects
How students learn
Learning by building, not memorizing
Every unit — whatever the grade — moves through the same hands-on cycle.
1Understand
→
2Build
→
3Program
→
4Test
→
5Present
→
6Innovate
Scope of work
One partnership, everything included
What your school receives as part of a Tiiron Academy lab setup.
✓
Lab space planning & layout design
✓
Full hardware & kit installation
✓
Grade 3–12 curriculum & activity books
✓
Teacher induction training + refreshers
✓
Structured student sessions across the year
✓
LMS access with progress tracking
✓
Assessments & academic planning
✓
Annual technical support & maintenance guidance
✓
Access to innovation competitions
✓
Student & school certification on completion
Impact
What changes for the school
Higher engagement
Interactive, hands-on sessions increase participation and curiosity in class.
Stronger fundamentals
Project-based learning reinforces concepts far beyond what a textbook alone can do.
Career readiness
Early exposure to AI, robotics and coding builds real, transferable technical skill.
Differentiated branding
A working innovation lab sets your institution apart at admissions time.
NEP 2020 compliance
Meets experiential and skill-based learning objectives out of the box.
A culture of innovation
Students shift from consuming information to creating it.
FAQ
Common questions from school leaders
A dedicated area of roughly 400–1,200 sq.ft, depending on student strength and the layout you choose.
Yes. It's built around experiential, multidisciplinary and competency-based learning, and maps to CBSE, ICSE and IB boards.
Yes — every rollout includes induction training and scheduled refreshers, plus ongoing classroom support through the year.
The curriculum is built for Grade 3 onward, with a clear progression through senior secondary.
No. The path starts with visual, block-based coding and moves to Python and AI fundamentals by the advanced stage.
A stable connection of 50 Mbps or higher, and computers with at least an i5 processor and 8GB RAM.
Let's build it together
Ready to turn a classroom into your innovation lab?
Book a free consultation and we’ll map out the space, kits, and curriculum so your students start building from day one.