Computational thinking
Decomposition, sequences and algorithms.
Creative Coding & Game Systems Academy
Build games. Learn how digital systems work.
Students explore coding, computational thinking, game mechanics and structured Minecraft Education challenges through hands-on projects. They learn to design, program, test and improve interactive digital creations.
Enrolment OpenYears 2–8Instructor-led8 sessions per termMax 8 students per instructor$390 per term
Enrol Now Program overview
Creative Coding & Game Systems Academy
Creative Coding & Game Systems Academy is structured, educational game creation — not recreational gaming. Students investigate how game systems work, how rules shape behaviour and how programming produces interaction.
Through guided, project-based learning they break problems down, design solutions and refine ideas — skills that extend beyond games into real-world problem solving.
What students learn
Skills built through real practice.
Variables & events
Making programs respond to what happens.
Inputs, outputs & state
Tracking and changing what a system knows.
Conditions & decision rules
Rule-based systems that shape behaviour.
Game design
Characters, environments, mechanics and objectives.
Interactive storytelling
Using code as a creative storytelling tool.
AI concepts through games
Rule-based behaviours, decision trees and adaptive responses introduced through creative coding.
Test, debug & reflect
Refining work and explaining design decisions.
Learning environment
Minecraft Education
Minecraft Education is one of the teaching environments we use for purposeful programming, systems and logic challenges. The focus is creation and problem solving, not gameplay. Not every project uses it, and the program is independent of Microsoft and Minecraft.
Learning progression
Growth across terms.
Discover
Coding logic.
Design
Games and interactive systems.
Build
Guided projects.
Test & Improve
Debug and refine.
Extend
More complex mechanics and related coding when ready.
Project examples
What students create.
Actual projects vary by term.
- Interactive environments
- Game systems
- Logic puzzles
- Character behaviours
- Simple digital storytelling
- Minecraft Education coding tasks
- Game-design prototypes
Why families choose this program
Purposeful learning, real guidance.
- Purposeful game creation
- Computational thinking
- Structured guidance
- Small-group coaching
- Educational use of Minecraft
- Progression across terms
Program format
- Years 2–8
- Instructor-led, in person
- Eight sessions per term
- Maximum eight students per instructor
- BYOD — students bring a suitable laptop
2027 classes
Eight-session terms, instructor-led. 2027 class days, times and locations are confirmed at enrolment — contact us or start with a Starter Session to find the right class.
$390 per term (8 sessions), including Minecraft Education licence access
Enrol NowForge Learning App
The Forge Learning App supports guided activities, project documentation, resources and reflection between sessions. It works alongside class projects and is separate from Minecraft Education.
Explore the Forge DemoNew to coding?
Begin with a friendly, low-pressure Starter Session ($50). It helps your child try the learning and helps us recommend the right pathway.
Book a Starter SessionYour Credential Pathway
Learning that leads somewhere beyond attendance.
This course contributes towards the relevant Academy credential pathway. Students who complete the required learning and demonstrate the assessment standard may become eligible for certification.
- 01
Learn
Complete the Academy program.
- 02
Practise
Develop capability through challenges and guided activities.
- 03
Demonstrate
Complete an applied project or performance.
- 04
Assess
Complete the relevant practical assessment and/or certification examination.
- 05
Credential
Earn the relevant Innovate Forge Academy credential when requirements are successfully demonstrated.
Applied credential pathway
Credential opportunity
Applied Game Coding
Assessment
Knowledge Assessment + Applied Programming Task
Demonstrate
Design, build, test and explain a working game or interactive project.
Next step
Advanced Python / Web Development
Explore Certification Pathway- Pathway
- Technology
- Current program
- Creative Coding & Game Systems Academy
- Assessment type
- Model B — Exam + Practical · Knowledge Assessment + Applied Programming Task
- Exam requirement
- Knowledge assessment where applicable (75% minimum pass standard for examination-based credentials)
- Prerequisite
- Readiness confirmed by the educator
- Next credential
- Advanced Python / Web Development
Where can this learning lead?
- Course
- Coding Challenges
- Applied Project
- Knowledge Assessment
- Applied Game Coding
- Advanced Python / Web Development
Learning support
We want every student to participate meaningfully. If your child has additional learning needs, contact us before enrolment so we can discuss the program environment and appropriate support.
NDIS invoicing
We can provide invoices and receipts for self-managed or plan-managed NDIS participants. Email us your NDIS plan type after enrolment.
Explore creative coding pathways.
Students can build from game systems into Python, web development and more advanced programming projects when they are ready. Pathways are matched to experience and interest.
Explore the pathwayBuilt on established education experience.
The Creative Coding & Game Systems Academy builds on the established coding and game-development experience of Innovate Technology & Robotics Academy and now forms part of the broader Innovate Forge Academy learning model.
Parent FAQs
Questions families ask.
Does my child need to know how to code?
No. Beginners are welcome; students with experience extend into more complex mechanics.
Is this just playing games?
No. It is structured, educational game creation focused on coding, logic and systems thinking.
How is Minecraft Education used?
As one teaching environment for purposeful programming and logic challenges. Licence access is included in the term fee.
What concepts are covered?
Sequences, algorithms, variables, events, inputs and outputs, state, conditions, game mechanics and interactive storytelling.
What will my child make?
Interactive environments, game systems, logic puzzles, character behaviours and game-design prototypes. Projects vary by term.
What device is needed?
Students bring their own suitable laptop.
How big are the classes?
A maximum of eight students per instructor.
What is the term fee?
$390 per term for eight sessions, including Minecraft Education licence access — there is no separate licence fee.
Where and when are 2027 classes?
2027 class days and locations are confirmed at enrolment.
Is there a Starter Session?
Yes. A $50 Starter Session helps new families find the right pathway.
How do I enrol?
Use the Enrol Now button to go to our enrolment portal.
Curriculum-connected
Curriculum & capability connections
Creative Coding & Game Systems links programming with design: students plan game rules, code interactions and test with players.
Practical skills and activities
- Breaking problems into smaller steps before coding
- Writing, testing and debugging programs
- Building a personal project from idea to working version
- Discussing responsible and safe technology use
General capabilities
Digital LiteracyCritical and Creative ThinkingNumeracyEthical Understanding
View Curriculum Connections
Australian Curriculum v9
- Technologies — Digital TechnologiesCore connectionProgramming events, variables and game logic
- Technologies — Design and TechnologiesSupporting connectionDesigning for a user and iterating from feedback
- The Arts — Media ArtsSupporting connectionVisual and interactive storytelling
Victorian Curriculum
- Digital Technologies — Creating digital solutions (Victorian Curriculum 2.0)
- Critical and Creative Thinking capability
International references
- CSTA K–12 Computer Science Standards — Algorithms & Programming concepts
- ISTE Standards for Students — Computational Thinker, Innovative Designer
These connections show how the program complements school learning. They are not accreditation or endorsement by any curriculum authority, and participation does not replace school assessment. Schools can request a program-level mapping summary.
Ready to start?
Enrol for 2027 or explore the full Robotics & Computer Science pathway.