BUILDER SPHERE 360°
A comprehensive K–12 STEM, robotics, AI, coding, drones and 3D prototyping ecosystem designed for forward-thinking schools.
Interactive Grade Pathways
A continuous three-tier engineering continuum from foundational physical science to autonomous secondary robotics.
GRADE 1–2
Foundational discovery, tactile mechanics, applied arithmetic apparatus & early ICT computing.
GRADE 3–5
Kinematic simple machines, fractional apparatus, block-coded biomimetic robotics & Scratch logic.
GRADE 6–8
Advanced C/C++ robotics, autonomous NXG drone flight, 3D parametric CAD prototyping & Python software.
“Globally aligned curriculum designed around internationally recognised learning standards, with continuous teacher support and structured progression across grades.”
The Curriculum Journey
A 5-stage progressive learning framework that guides students from curiosity to real-world innovation.
ASK
Identify challenges, ask thoughtful questions, and observe real-world problems.
IMAGINE
Brainstorm creative ideas, sketch concepts, and explore innovative solutions.
PLAN
Design technical blueprints, engineer workflows, and select components.
CREATE
Assemble prototypes, write code, connect electronics, and build working models.
REMIX
Test, iterate, improve, and share innovations with peers and mentors.
Train the Trainer
A Novus Expert Trainer will conduct sessions for Grades 6–8 and train the school’s existing teachers to lead regular sessions for Grades 1–5, with ongoing support whenever required.
The Novus Expert Trainer conducts deep-dive professional development sessions across 5 core engineering domains:
AI Foundation & Platform Orientation
- • Introduction to AI
- • Novus kit overview
- • Controller overview & startup guide
- • Software Installation
Model Construction & Curriculum Mapping
- • Robot Assembly
- • Servo Calibration
- • Curriculum Mapping
- • Lesson plan & Activity design workshop
Sensor & Core Robotics Program
- • Sensor Integration
- • Mini Robotic projects
- • Block-Based Coding
- • Sensor-based projects
Network Setup & Firmware
- • Controller Network Configuration
- • Firmware updating & installation
- • Troubleshooting and lab maintenance
AI Speech & Applications
- • Camera Module integration
- • Voice-controlled robot
- • Assessments and Evaluations
Students Building Real Things
A glimpse into actual models, mechanisms, circuits, and autonomous drones engineered by students inside Novus-equipped schools:
GRADE 1–2 KINEMATICS
World of Pincers
Mechanical levers and pivot point grip assembly with Novus Science Lab Kit 1.
GRADE 3–5 MECHANICS
Pulley System
Fixed and movable pulley assemblies demonstrating directional force and work reduction.
AI FANTASY ZOO
Magical Fish
uCode block programming and audio sensor triggering servo tail articulation.
AI & ROBOTICS IOT
Smart Irrigation System
Automated water pumps and soil probes programmed in C++ for agriculture automation.
CAD & 3D PRINTING
Basic & Advanced 3D Prototyping
AutoCAD drawings printed with millimeter precision on Bambu Lab 3D printers.
NXG AERIAL ROBOTICS
ESP32 Lite Wing Drone Flying
Autonomous waypoint navigation, motor telemetry, and aviation safety protocols.
Technologies Taught in Builder Sphere 360°
Industry-standard software, languages, and hardware controller environments strictly aligned with the supplied curriculum:
Classroom Glimpse — Students in Action
Hands-on STEM discovery, robotics trials, drone flight, and collaborative engineering in partner schools
Implement Builder Sphere 360° in Your School
From Grade 1 screen-free mechanics to Grade 8 C++ robotics, autonomous drone aviation, and 3D printing — powered by deputed expert trainers and year-round teacher enablement.