01
Grades 3-12Coding & Python
Develop programming logic, structured problem-solving and the confidence to build useful digital projects.
Creative CodingPythonApplications
Explore Coding Programs
Coding, AI & Robotics. One Path That Grows.
One learning path that grows with your child.
Students build programming foundations, explore AI and progress into Python, Machine Learning, Robotics, IoT and increasingly ambitious projects at the right pace for them.
Grades guide the pathway. Your child's actual starting point is based on their current skills, interests and readiness.One connected pathLive 1:1 · paced for the learner
- 01Grades 3-5Understand
Creative coding · Logic · AI basics
- 02Grades 6-8Build
Python · AI/ML · Robotics & IoT
- 03Grades 9-12Design
Advanced code · AI · Connected systems
Starting pointMatched to skills, interests and readiness
Technology pathways
Explore Coding, AI & Robotics
Three connected areas, balanced around the learner's age, interests and goals.
02
Grades 3-12AI & Generative AI
Move from responsible AI exploration to Machine Learning, model development and intelligent applications.
AI BasicsAI/MLGenerative AI
Explore AI 03
Grades 5-12Robotics & IoT
Connect code with electronics, sensors and controllers to build robotics and connected technology projects.
ElectronicsRoboticsIoT
Explore Robotics & IoT Three learning stages
Three Stages. One Connected Learning Journey.
Each stage builds stronger technical thinking, greater independence and more ambitious projects. Because every STEMnox class is 1:1, the pace and difficulty can adapt to the individual learner.
01
Grades 3-5
Coding & AI Foundations
Learn how technology thinks.
Students begin with visual coding, programming logic and problem-solving, then move towards text-based coding when they are ready.
They explore age-appropriate AI through creative projects, with physical technology introduced when the learner is ready.
They develop
Programming foundations
Sequences, conditions, loops, variables, events and debugging.
Logic & problem solving
Break a problem into smaller steps, test ideas and improve solutions.
Block → Text progression
Begin visually and move toward text-based programming when the learner is ready.
AI & technology awareness
Use beginner-friendly AI responsibly and begin exploring electronics and robotics when ready.
What they can build
- Interactive stories
- Games and challenges
- Animations
- Logic projects
- Beginner AI projects
- Early electronics and robotics builds
A strong foundation in how programming works, plus the confidence to turn an idea into something they can build.
02
Grades 6-8
Python, AI, Robotics & IoT
Move from learning concepts to building with technology.
Students work more deeply with text-based programming and use technology to solve practical problems with growing independence.
Python, AI/ML and Generative AI develop alongside electronics, sensors, robotics and connected IoT projects.
They develop
Python programming
Variables, conditions, loops, functions, data structures, reusable code and structured problem solving.
Computational thinking
Design solutions before writing code and debug problems systematically.
AI & Generative AI
Explore data, models, predictions, prompting and useful AI-assisted applications.
Robotics & IoT
Connect code with electronics, sensors, controllers and connected systems.
What they can build
- Python games and utilities
- Interactive applications
- AI classifiers
- Generative AI assistants
- Sensor and robotics projects
- Connected IoT systems
Stronger programming ability, deeper technology understanding and the confidence to build increasingly independent projects.
03
Grades 9-12
Advanced Python, AI/ML & Intelligent Systems
Move from using technology to designing it.
Students move beyond introductory tools into advanced Python, data-driven problem solving, Machine Learning and Generative AI development.
They can connect software, AI, electronics and IoT into complete systems while building meaningful portfolio-level projects.
They develop
Advanced Python
Modular programming, object-oriented concepts, APIs, data processing and structured application development.
AI/ML & Generative AI
Prepare data, develop and evaluate models, and build structured AI applications.
Robotics & connected systems
Combine software, controllers, sensors and IoT into intelligent physical systems.
Portfolio development
Plan, build, test, improve and present sophisticated technical projects.
What they can build
- Machine-learning applications
- AI-powered software
- Data-analysis projects
- Generative AI applications
- Intelligent robotics and IoT systems
- Portfolio and capstone projects
The ability to design and build substantial technology projects that demonstrate programming, AI and problem-solving skills.
The progression
How the Learning Journey Develops
Understand
Learn how technology works.Creative coding → logic → AI basics → early physical technology
Build
Use technology to solve problems.Python → AI/ML → Generative AI → robotics → connected systems
Design
Create sophisticated systems.Advanced Python → AI development → robotics & IoT → portfolio projects
What develops at every stage
More Than Learning Programming Languages
Tools will change. The ability to think, build and learn independently matters much longer.
Across the STEMnox journey, students continuously develop:
Logical Thinking
Understand how to approach problems step by step.
Critical Thinking
Question results, compare approaches and make better decisions.
Problem Solving
Move from identifying a problem to building and improving a solution.
Project Building
Apply concepts instead of only completing exercises.
Technical Independence
Gradually move from guided learning toward independently building and debugging.
AI Literacy
Understand how to use AI thoughtfully instead of simply consuming AI-generated answers.
Personalized starting point
Same Journey. Different Starting Points.
A student's grade helps us choose the right learning stage, but it does not define everything they should learn.
We recommend the right starting point after the trial class and continue adapting the learning path as the student progresses.
During the trial, the mentor considers:
- ✓Previous coding experience
- ✓Current technical understanding
- ✓Problem-solving ability
- ✓Interests
- ✓Learning pace
- ✓Confidence with different tools
Explore by subject
Find the Skills Your Child Wants to Build
Not sure where to begin?
Book a Free TrialNot Sure Which Stage Is Right for Your Child?
Start with a live 1:1 trial class. A STEMnox mentor will understand your child's current level, interests and learning style and recommend an appropriate starting path.