Python foundations
Use core programming structures to turn instructions and decisions into working code.
Robotics & Computer Science
Advanced Python
An established progression course for students who already code and want to build more structured Python projects.
What students will learn
Purposeful skills, built through practice.
Use Python to express sequences, variables and conditions
Apply programming logic to practical problems
Write, test, debug and improve programs
Build simple applications through guided projects
Curriculum
Core learning, clearly connected.
Each area is developed through guided explanation, practical work, testing and reflection.
Logic and problem-solving
Break problems into steps and select a clear approach before writing code.
Testing and debugging
Read program behaviour, identify errors and improve a solution through iteration.
Practical applications
Bring concepts together in simple, guided applications and projects.
Learning activities
Ideas become visible.
- Write short Python programs from a clear brief
- Use variables and conditions to control behaviour
- Test and debug an existing program
- Build a simple guided application
Example projects
Practical work with a clear purpose.
- A Python logic challenge
- A simple interactive application
- A guided problem-solving project
Core skills and outcomes
Learning students can explain and apply.
Python programming
Variables and conditions
Programming logic
Debugging and iteration
Learning progression
Explore. Build. Apply. Master.
The suggested route moves from Applied Computer Science Academy into Advanced Python, then towards advanced programming, game development or specialist computer science. It is guidance rather than a mandatory prerequisite chain.
Explore
Understand Python
Read short programs and connect syntax with program behaviour.
Build
Write working programs
Use variables, conditions and logic in guided tasks.
Apply
Create an application
Combine concepts in a practical project, then test and improve it.
Master
Extend your pathway
Prepare for advanced programming, game development or specialist computer science.
Your 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 Programming — Python
Assessment
Knowledge Assessment + Applied Programming Task
Demonstrate
Complete and explain a working Python application.
Next step
Independent software project (Level 3)
Explore Certification Pathway- Pathway
- Technology
- Current program
- Advanced Python
- 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
- Independent software project (Level 3)
Where can this learning lead?
- Course
- Coding Challenges
- Applied Project
- Knowledge Assessment
- Applied Programming — Python
- Independent software project (Level 3)
Growth & Care approach
More than a course. A supported learning journey.
Where included in the confirmed program, educators can use questioning, code review and debugging practice to help learners explain decisions and solve problems independently.
The exact coaching, mentoring and pastoral-care practices included are confirmed for each program. An individually assigned mentor is not promised.
Explore our learning approachForge learning support
Forge supports structured pathways, project portfolios and guided practice between sessions.
Available sessions
No Advanced Python session is currently confirmed on this page. Register your interest for Term 1 2027 updates.
View Term 1 2027 catalogueFees and enrolment
Fees and enrolment arrangements are awaiting approval. Legacy 2026 pricing has not been transferred.
Enquire about this courseFrequently asked
Course questions.
Is Python taught as part of practical projects?
Yes. The source curriculum connects Python with logic, problem-solving and simple applications.
Does Applied Computer Science Academy have to be completed first?
No. It is a suggested route only; students with suitable experience may enter at an appropriate level.
Are advanced topics or assessments included?
No specific advanced topics or assessment requirements are confirmed on this page.
Related courses
Continue the learning journey.
These are suggested routes, not mandatory prerequisites. Existing experience can support a different entry point.
Robotics & Computer Science
Applied Computer Science Academy
Real coding for young creators — computational thinking, Python, HTML, CSS and JavaScript through live, educator-led projects.
Years 3–8 · Live online via Zoom · Max 8 students per instructor
Explore program
Robotics & Computer Science
Creative Coding & Game Systems Academy
Build games and learn how digital systems work — coding, game mechanics and structured Minecraft Education challenges.
Years 2–8 · Instructor-led in person · Max 8 students per instructor
Explore program
Robotics & Computer Science
C++ Programming
One-on-one C++ tutoring that builds logical reasoning, algorithm design and disciplined debugging at your child's own pace.
1-on-1 tutoring · Open to enquiry
Explore programCurriculum-connected
Curriculum & capability connections
Python builds text-based programming skills that support Digital Technologies in upper primary and secondary years.
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 connectionAlgorithms, programming, decomposition and debugging
- MathematicsSupporting connectionLogic, patterns, variables and coordinates
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.
Forge Discovery Starter Session
New to this learning area?
Not sure whether this program is the right starting point for your child? Explore our Forge Discovery Starter Session and discover an introductory learning experience relevant to your child's interests.
Interested in this program?
Tell us what your learner is curious about and we’ll help identify an appropriate next step.