Teach Computer Science with a pathway that grows with your students.
Guide students from their first coding blocks to text-based programming, game creation, Python, artificial intelligence and data science — with structured lessons, automatic assessment and classroom progress tracking.
The CodeMonkey Line CSLearn → Practise → Create → Apply
CS01BlocksDiscoverAges 4–7
CS02Text codeWriteAges 8–11
CS03CreateBuildAges 10–12
CS04PythonApplyAges 12+
CS05AI & DataExploreAges 10+
★Future-ReadyTerminusLearner
Why schools need a clear pathway
Coding lessons should lead somewhere.
Too many coding programmes are a pile of fun activities with no visible next step. A pathway makes progression the point.
1
No clear progression
Many coding programmes are isolated activities, leaving teachers and students unsure what comes next.
2
Students get stuck at blocks
Learners enjoy drag-and-drop coding but never move on to writing and understanding real code.
3
The jump to Python is too steep
Going straight from blocks to Python overwhelms students with no carefully designed stage in between.
4
Different abilities in one class
Some students are complete beginners while others already code, making whole-class instruction difficult.
5
Teachers can’t build everything
Creating lessons, activities, projects and assessments takes time and specialist knowledge.
A pathway solves all five.
Keep reading ↓
CodeMonkey addresses these challenges through a continuous learning pathway — guided lessons, progressive coding challenges, creative projects and teacher monitoring tools that show exactly what comes next.
One connected learning journey
From first blocks to real-world Python.
Students begin at the stage that matches their age and experience, then progress from understanding coding logic to writing code, creating projects and exploring future technologies. Tap any stage for student outcomes and teacher benefits.
Learn→Practise→Create→Apply
▸ What students do
Children learn how programs work by solving playful visual challenges — no complicated syntax, no typing required.
Sequencing
Loops
Conditions
Computational thinking
Logical problem-solving
◆ Teacher benefit
Introduce coding without students needing to type — or teachers needing to explain a programming language.
No coding background needed
Zero typing barrier
Courses: CodeMonkey Jr. and Beaver Achiever · Approach: Block-based coding
▸ What students do
Students move beyond dragging blocks and begin writing real text-based code in a guided, supportive environment.
Typed commands
Variables
Loops & functions
Conditions
Debugging
Code accuracy
◆ Teacher benefit
Bridge the gap between block coding and more advanced programming — without introducing too much complexity at once.
Guided text editor
Gentle on-ramp
Main course: Coding Adventure · Language: CoffeeScript
▸ What students do
Students move beyond solving challenges to designing and programming their own games from scratch.
Game logic
Events & rules
Creative design
Project planning
Independent application
◆ Teacher benefit
Assign meaningful creation projects that show whether students can genuinely apply what they have learned.
Evidence of mastery
Portfolio-ready work
Main course: Game Builder
▸ What students do
Students learn one of the world’s most widely used programming languages through guided challenges and practical projects.
Python syntax
Functions
Data structures
Algorithms
Debugging
Project-based work
◆ Teacher benefit
Introduce Python through a structured progression instead of starting at an intimidating blank coding screen.
Scaffolded challenges
No blank-page start
Main courses: Banana Tales and Coding Chatbots · Language: Python
▸ What students do
Students connect their programming foundation to the technologies shaping their future.
AI & ML fundamentals
Model training
Image & language models
Prompt engineering
Data & visualisation
Digital citizenship
Responsible tech use
◆ Teacher benefit
Introduce emerging technology through guided learning, interactive activities, reviews and creation projects.
Ready-made AI lessons
Safe, guided exploration
Topics: Artificial Intelligence, Data Science and Digital Literacy
DESTINATION
Future-Ready Learner
CreativeConfidentDigitally capableCritical thinkerResponsible AI user
Teacher support
Everything teachers need to get started.
Teachers guide the learning journey while CodeMonkey provides the structured content, coding environment, practice activities and progress information.
Ready-to-use lessons
Structured lesson plans, guided activities and video tutorials — instead of preparing every coding lesson from scratch.
Classroom dashboard
View student activity, completion and performance from one central location.
Automatic assessment
Quizzes and automatic grading give feedback to students while reducing manual marking.
Flexible assignment
Assign different courses and activities based on students’ ages, abilities and experience.
Accessible to non-specialists
Step-by-step teaching resources help educators deliver coding lessons even without a programming background.
Classroom & school management
Organise students into classes, manage access and review progress across multiple groups.
For teachers
Start teaching in four steps.
1
Choose the starting stage
Select a course by students’ ages, experience and learning objectives.
2
Assign guided learning
Use prepared lessons, videos, coding challenges and quizzes.
3
Monitor understanding
Review progress, performance and proficiency through the teacher dashboard.
4
Progress to creation
Move students into game, chatbot, Python and AI projects when they are ready.
Teachers remain in control while students receive a structured, engaging and progressively more challenging learning experience.
Differentiated learning
One classroom, different learning needs.
Not every student begins at the same point or moves at the same speed. Place beginners at the right foundation stage while experienced students move into advanced challenges and creative projects — differentiation without preparing a separate curriculum for every student.
Beginner
Start at the foundation
Blocks → building logic and confidence first
Intermediate
Move into text coding
Text code → writing and debugging real code
Advanced
Python & creation
Python → Create projects and challenges
The outcome
Why the pathway works.
Gradual progression
Students move from visual logic to typed code to Python without a sudden jump in difficulty.
Real programming skills
Students progress beyond block coding into text-based programming and Python.
Learning through creation
Games, chatbots and AI projects let students apply what they have learned.
Visible progress
Activity and assessment data help teachers spot students who need extra support.
Proven at national scale
Building the foundation for a tech-driven Bhutan.
In 2021, CodeMonkey was introduced to Bhutanese schools as a Royal Soelra from His Majesty The King, supporting the country’s mission to equip young people with coding, digital literacy and 21st-century skills. According to CodeMonkey’s published case study, more than 150,000 Bhutanese students have participated in the programme nationwide.
150,000+
Students
More than 150,000 students across Bhutan have participated in the programme.
Reported in CodeMonkey’s published case study.
Nationwide
Implementation
Introduced across Bhutan’s school system with support from national education, science and technology organisations.
20 + 4
Teacher capacity building
A Training of Trainers programme brought together teachers and representatives from 20 Dzongkhags and four Thromdes.
Blocks → Python
Progressive curriculum
A progressive journey from coding fundamentals and blocks to text-based programming and Python.
Empowering teachers, not replacing them.
Teacher development was an important part of Bhutan’s implementation. Training supported educators in understanding the platform, applying teaching strategies and assessing student learning. Because the curriculum is structured and guided, teachers from different professional backgrounds can introduce coding progressively — even if they are not experienced programmers themselves.
National vision→Teacher training→Classroom implementation→Student progression
Figures and outcomes above describe reported participation and implementation from the sources cited; they are not the findings of an independent academic impact study.
Flexible delivery
One platform, multiple ways to implement.
Curriculum lessons
Deliver a structured Computer Science programme during regular lesson time.
Coding CCAs
Provide a progressive pathway for students who want to advance beyond introductory coding.
Enrichment programmes
Run guided short-term or year-long coding programmes for different age groups.
Competitions & certification
Motivate students through coding competitions, challenges and progressive certification.
In Singapore classrooms
Coding in real Singapore classrooms.
A glimpse of students at Princess Elizabeth Primary School (PEPS) taking the Elite Coder Assessment — putting their coding knowledge and problem-solving skills to the test. The assessment helps gauge each student’s current coding proficiency and identify their strengths and areas for further development.
PEPS · Elite Coder AssessmentPEPS · Coding challenges in progressPEPS · Problem-solving in action
Elite Coder is delivered with Singapore Science Centre Global and Flying Cape.
Singapore & regional support
Supported locally by mangoSTEEMS.
mangoSTEEMS helps schools plan and implement a sustainable Computer Science programme — through course selection, curriculum mapping, teacher onboarding, professional development and ongoing support.
Credibility strip shown as placeholders — replace with approved assets and verified programme details. No statistics or partnership claims are implied here.
Get started
Build the right Computer Science pathway for your students.
Tell us your students’ ages, coding experience and learning objectives. mangoSTEEMS will help your school identify the right starting point and plan the next stages of progression.
Course selection matched to your students and objectives
Curriculum mapping, teacher onboarding and professional development
Support for individual schools or larger education systems
DESTINATION
