Grade 6–8 Curriculum
Flagship secondary engineering ecosystem taught on-campus by deputed Novus Expert Trainers. Students compile industrial C, C++, and Python code, pilot autonomous drones, model in professional CAD, and manufacture prototypes on Bambu Lab 3D printers.
AI & Robotics
Direct algorithm programming in C and C++ interfacing microcontrollers with multi-sensor suites and relay actuators to build real-life automated engineering systems.
WHAT STUDENTS LEARN
- Textual C and C++ algorithm compilation on industrial microcontrollers
- Multi-sensor integration: ultrasonic, soil moisture, and photoresistors
- Building functional IoT systems like automated smart irrigation
- Breadboard circuit wiring, relay actuation, and hardware debugging
NXG Drone
Comprehensive aerial robotics spanning aerodynamics, propeller propulsion, gyro stabilization, and aviation laws, programmed in C, C++, and Python for autonomous flight.
WHAT STUDENTS LEARN
- Aerodynamics, quad-rotor physics, and gyro-stabilized flight
- Programming autonomous waypoint navigation and flight telemetry
- Aviation safety protocols, air regulations, and sensor calibration
- Aerospace engineering troubleshooting and motor control logic
3D Designing & Printing
Mastering professional CAD prototyping from TinkerCAD modeling to AutoCAD engineering fundamentals, manufacturing precision parts on Bambu Lab high-speed 3D printers.
WHAT STUDENTS LEARN
- Professional 2D drafting and 3D parametric solid modeling in AutoCAD
- Slicing geometry, infill optimization, and FDM manufacturing
- Tolerancing, assembly clearance, and structural prototyping
- Iterative product design from digital blueprint to physical artifact
Computational Thinking & CS
Gamified algorithmic decomposition using 100 double-sided cards combined with textual Python algorithms, Adobe Animate vector motion, and advanced HTML5 web architecture.
WHAT STUDENTS LEARN
- Syntax, data types, functions, and control flow in Python
- Algorithmic complexity, search/sort routines, and structured data
- Software engineering best practices, debugging, and modular design
- Bridging computational thinking into real-world engineering challenges
Integrated Teaching Standards & Faculty Enablement
Globally aligned curriculum designed around internationally recognised learning standards with dedicated expert-led training. Every unit is supported with teacher master guides, student activity worksheets, formative assessment rubrics, and direct classroom facilitation protocols.
Equip Your Campus with the Grade 6–8 Curriculum
Consult with a Novus STEM Curriculum Specialist to map kit quantities, teacher training sessions, and rollout timelines tailored to your school timetable.