Architecting the Future with
Coding & Robotics Labs
Transform your school into a futuristic learning hub. We provide an end-to-end Tinkering & Innovation ecosystem designed to ignite curiosity, develop 21st-century engineering skills, and perfectly align with CBSE, ICSE, and IB curriculums.
Basic Lab Inventory & Deliverables
A transparent look at the exact industrial-grade hardware, tools, and software included in your custom setup.
Robotrix Discovery Kit
Mechanical parts, nuts & bolts to help students (age 8+) understand physics and mechanics. Build Crane Models, Robo-Soccer, and Pick & Place cars.
Coding & Programming Kit
Advanced Arduino kits containing motors, chassis, sensors, and 16x2 LCDs. Perfect for programming line-following and obstacle-avoiding robots.
BriX Modular Kit
Electronics-based programmable boards compatible with Lego. Includes Input, Output, and Brain BriX for complex computer-based control logic.
Tinker Bot with Mats
A versatile, Wi-Fi/Bluetooth enabled robot supporting screenless coding for beginners, up to advanced C++ and Python programming.
Mojo Circuits Kit
A fun, hands-on introduction to electronics. Features snap-together colorful circuit blocks offering over 190+ DIY electronics projects.
3D Pen Prototyping
Advanced 3D modeling pens allowing students to rapidly sketch and fabricate complex physical shapes and prototypes in real-time.
Solar DIY Kit
Eco-friendly engineering. Build your own solar-powered models without the need for batteries, teaching the fundamentals of renewable energy.
Software & LMS Access
Browser-based Tinkerbrix.cc platform providing dedicated student/teacher logins, interactive e-worksheets, and project tracking.
Curriculum & TTP
Grade-wise structured syllabus (4th to 10th) mapping to NCERT. Includes 4 Days of rigorous Onsite Teacher Training during installation.
Strategic Institutional Benefits
Establishing a robotics lab is not an operational expense; it is a catalyst for institutional growth and academic excellence.
Skill Cultivation
Empowers students with hands-on exposure to applied physics, logic building, and mechanics. Develops critical design thinking and collaborative problem-solving abilities.
Admission Growth
Modern parents demand tech-forward education. A state-of-the-art innovation lab positions your school as a regional leader, directly influencing enrollment metrics and brand value.
Board Compliance
Ensures your curriculum perfectly adheres to the latest educational mandates established by CBSE, ICSE, IB, and the National Education Policy (NEP 2020).
Deployment Timeline
Phase 1: Infrastructure Setup
We analyze the designated space, execute interior planning, and seamlessly install all necessary robotic equipment, safety tools, and visual branding elements.
Phase 2: Educator Orientation
Our experts conduct intensive workshops to transition your teaching faculty into proficient STEM facilitators, ensuring smooth curriculum integration.
Phase 3: Student Engagement
The lab becomes operational with structured introductory modules, leading up to collaborative project development and competitive robotics events.
School Prerequisites
To ensure a flawless installation, the institution must provide the following baseline infrastructure:
- Dedicated Space (500 - 800 Sq.Ft.)
- 3 to 5 Computers with Internet
- 4-5 Workstations & 20-25 Stools
- Stable Power Supply & Backup
- 2 Almirahs & Display Shelves
- Projection Screen or Smart Panel
Ready to Upgrade Your Institution?
Connect with our educational architects to design a state-of-the-art Robotics Lab tailored to your school's vision and budget.