All Grade Pathways
TRAIN THE TRAINER GLOBALLY ALIGNED DESIGN

Grade 3–5 Curriculum

Progressive hands-on STEM, biomimetic robotics, AI, applied mathematics, and ICT. Students construct sophisticated gear trains and transition into audio-sensing block code logic and multi-step mathematical proofs.

01
Science Sphere — Novus Science Lab Kit 2
Novus Science Lab Kit 2 Model: Pulley System
CHAPTER 01 Applied Investigation & Kinematic Engineering

Science Sphere

Hands-on applied mechanical investigation, exploring kinematic simple machines, directional forces, and mechanical energy conservation through tactile assemblies.

30
Lessons across Grades 3–5
163
Precision Engineering Parts
SCREEN-FREE
Directional Forces & Pulleys

WHAT STUDENTS LEARN

  • Fixed and movable pulley assemblies for work reduction
  • Compound gear ratios, torque transformation, and velocity
  • Real-life mechanisms: winches, cranes, and steering racks
  • Systematic measurement and empirical data recording
02
Maths Sphere — Novus Maths Lab Kit 2
Novus Maths Lab Kit 2 Model: Fractional Apparatus & Coordinate Matrix
CHAPTER 02 Advanced Mathematical Apparatus & Problem Solving

Maths Sphere

Hands-on mathematical apparatus for tangible multi-digit arithmetic, fractions, decimals, and coordinate geometry, turning abstract formulas into tactile comprehension.

30
Lessons across Grades 3–5
93
Manipulative Apparatus Parts
SCREEN-FREE
Tangible Arithmetic Proofs

WHAT STUDENTS LEARN

  • Tactile fractions, decimals, and place value systems
  • Multi-digit operations through physical calculation boards
  • Concrete geometric area and perimeter mapping
  • Multi-step word problem modeling without screen abstraction
03
AI Fantasy Zoo — Novus AI Kit & uCode Software
Novus AI Kit & uCode Software Model: Magical Fish
CHAPTER 03 Biomimetic Robotics & Audio-Responsive Block Code

AI Fantasy Zoo

Connecting bio-inspired animal kinetics with intelligent sound sensing and block code logic. Students assemble articulated robotic creatures that react dynamically to acoustic commands.

25+
Robotics Projects
BIO-INSPIRED
Audio & Infrared Sensors
uCODE
Block Coding & Animation

WHAT STUDENTS LEARN

  • Constructing biomimetic robots with servos and sensors
  • Event-driven block programming logic and conditional flows
  • Autonomous reaction to ambient sound, proximity, and light
  • Iterative engineering design and behavioral debugging
04
Click & Learn ICT — Novus Intermediate Computing Lab
Novus Intermediate Computing Lab Model: Scratch Game & Interactive Story Project
CHAPTER 04 Scratch Programming, Windows 10 & Digital Productivity

Click & Learn ICT

Progressing from computer hardware and Windows 10 operating system navigation to intermediate Scratch block coding, PowerPoint multimedia presentations, and internet literacy.

30
Lessons across Grades 3–5
SCRATCH 3.0
Interactive Game Programming
OFFICE & WEB
Presentations & Digital Hygiene

WHAT STUDENTS LEARN

  • Interactive games, variables, and animations in Scratch 3.0
  • Structured documents in Word and presentations in PowerPoint
  • Operating system navigation and computer hardware anatomy
  • Responsible digital footprint and internet safety standards
QUALITY ASSURANCE

Integrated Teaching Standards & Faculty Enablement

Globally aligned curriculum designed around internationally recognised learning standards with continuous teacher training support. Every unit is supported with teacher master guides, student activity worksheets, formative assessment rubrics, and direct classroom facilitation protocols.

READY TO IMPLEMENT

Equip Your Campus with the Grade 3–5 Curriculum

Consult with a Novus STEM Curriculum Specialist to map kit quantities, teacher training sessions, and rollout timelines tailored to your school timetable.