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Python AI

Regular price   $1,200.00 Sale price   $910.00 Save 24%

Course Overview

  • Age Group: 12 years and above

  • Lesson Duration: 45 minutes per class

  • Schedule: Exclusive to Box Hill campus

  • Levels: Beginner to Advanced AI pathways

At STEMStar, we strive to provide the best learning experience for every student. We understand that circumstances may change, and this policy outlines how refunds are managed for our programs and courses.

Trial Classes

  • Fees paid for trial classes are non-refundable, except where the class is cancelled by STEMStar.
  • If a student cannot attend a booked trial due to illness or emergency, we will arrange one free reschedule (subject to availability).

Regular Courses

  • Full payment is required to confirm enrolment.
  • Refund requests must be submitted in writing to our administration team.

Refund Structure:

  • 7 or more days before course start: 100% refund of course fees (minus any processing fees).
  • Within 7 days before course start: 50% refund.
  • After course start: No refund available, but students may transfer the balance to another STEMStar program within the same term (subject to approval).

Holiday Programs

  • Due to limited seats, all holiday program fees are non-refundable once booked.
  • If your child cannot attend, you may:

    Transfer the booking to another eligible student (friend/sibling).
    Request to roll over fees to the next available holiday program (subject to management approval).

Course Cancellations by STEMStar

  • If STEMStar cancels a class or program due to unforeseen circumstances, parents may choose between:

    A full refund, or
    A credit transfer to another course/program.

Special Circumstances

  • Refunds in cases of medical emergencies, relocations, or other unforeseen events may be considered at the discretion of STEMStar management. Supporting documentation may be required.

STEMStar Child Safety Policy

At STEMStar, the safety, wellbeing, and dignity of every child are our highest priorities. We are committed to creating a safe, supportive, and inclusive learning environment where children can explore, learn, and thrive.

Our Commitment to Child Safety

  • We value and respect all children, regardless of age, ability, background, or culture.
  • We are committed to providing a learning environment free from harm, abuse, or neglect.
  • We take a zero-tolerance approach to bullying, discrimination, or inappropriate behaviour.

Child Protection Responsibilities

  • All staff, teachers, and volunteers are required to act in the best interests of children at all times.
  • Staff receive training to recognise, respond to, and report any concerns related to child safety.
  • We comply with all applicable child protection laws, regulations, and guidelines in Australia.

Safe Learning Environment

  • Classes are delivered in safe, supervised spaces with appropriate adult-to-child ratios.
  • Equipment, tools, and technology are regularly maintained and age-appropriate.
  • Parents/guardians are welcome to communicate with teachers and observe sessions where appropriate.

Code of Conduct for Staff

  • Treat all children with respect, fairness, and encouragement.
  • Use positive and age-appropriate teaching methods.
  • Maintain professional boundaries at all times.
  • Report any suspected risk of harm or safety concerns immediately.

Empowering Children

  • We encourage children to speak up if they feel unsafe, worried, or uncomfortable.
  • We actively listen and take children’s concerns seriously.
  • We promote inclusivity, teamwork, and respect in all activities.

Parental Involvement

  • We value open communication with parents and guardians.
  • Parents are encouraged to share any concerns with staff directly.
  • We provide clear information about programs, safety measures, and emergency procedures.

Reporting and Response

  • Any suspicion or disclosure of harm will be responded to promptly and seriously.
  • Reports will be managed with confidentiality and sensitivity.
  • Where necessary, concerns will be referred to the appropriate child protection authorities.

Continuous Improvement

  • We regularly review our child safety practices and update policies as needed.
  • We welcome feedback from children, parents, and staff to strengthen our approach.

Python AI Learning Outcomes

Achieve proficiency in Python programming, from basics to advanced applications.

Explore AI concepts such as machine learning, vision recognition, and natural language processing.

Gain real-world problem-solving experience through project-based learning.

Understand the connection between software and hardware via robotics and sensors.

Build portfolio-ready AI projects (chatbots, smart devices, drones).

Strengthen critical and analytical thinking by designing algorithms and systems.

Develop presentation and reporting skills through project showcases.

Prepare for STEM competitions, higher education, and future tech careers.

Artificial Intelligence Coding

Teaching Methods & Tools

  • Python coding, AI libraries, and project-based learning (PBL)
  • Hardware kits with 40+ AI modules: sensors, drones, robotics, image processing boards
  • Real-world projects: gesture recognition, chatbots, smart home automation

Teacher Introduction

Taught by a team of professors, AI experts, and competition coaches, including specialists in Python programming, machine learning, and robotics.

Python AI Classroom Highlights

AI Hardware

Students using AI hardware kit
Sensors and robotics modules
Project-based AI learning in class

Our self-developed AI hardware kit—including the StarCore board, ultrasonic sensor, and NFC-IC—helps students master computer vision, natural language processing, and human–computer interaction for real project development. Python learning becomes more engaging and deeply rewarding!

Self-Developed Custom-Built Safe & Reliable Curriculum-Aligned

By combining hardware with coding, students can:

  • Turn ideas into reality—boosting creativity and initiative.
  • Apply code in real scenarios to increase learning interest.
  • See code results clearly via hardware status and feedback.
  • Control devices for tangible outcomes and build confidence.
  • Practice hands-on problem solving for deeper understanding.
  • Integrate multiple disciplines and form strong knowledge links.

FAQS

Yes, it starts with Python fundamentals before moving to AI.

Laptops and AI hardware kits are provided at the campus.

Examples include face recognition, chatbots, gesture control, and smart robotics.

Through projects, demonstrations, and coding challenges.

Students are encouraged to join national and international STEM competitions.

No, but they may bring one if they prefer.

Small group sessions to ensure teacher support.

Prepares students for advanced computing, AI studies, and STEM competitions.

Book a Trial Now!

Promo Packages

Limited-Time Offer • Save More When You Learn More
Package Total Lessons Original Price Discounted Price Price per Lesson
10 × 2 lessons (45 min each) 20 lessons $1000 $868 $43
20 × 2 lessons (45 min each) 40 lessons $2000 $1637 $41
48 × 2 lessons (45 min each) 96 lessons $4800 $3688 $38

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