2025 Summer FFA

Summer FFA Course details

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AI in Game Design

Has your child learned Roblox/ Minecraft coding but wondered how to
use AI to build smarter, more exciting games?

Course Details

Course Overview - Roblox Theme

By immersing in Roblox game development, students will learn 3D modelling, Lua programming, and AI integration skills.From theory to practice, they will design their own AI-powered games from scratch, boosting their computational thinking and creativity.By the end of the course, students will confidently create, enhance, and publish their own games on the Roblox platform, powered by AI!

Key Learning Outcomes

Get comfortable with the Roblox Studio interface and tools

Understand game design fundamentals and player experience

Learn how to publish and share their own games

Create and edit 3D models

Master the basics of Lua programming

Write game scripts to control behaviours and interactions

Implement common game features through coding

Design AI-powered NPCs and automation systems

Explore the latest AI features in Roblox

Use AI tools to create game elements and enhance gameplay

Final Goal

Students will design and publish two exciting themed games on Roblox:

Theme 1 — Obby Game
Obstacle Challenge: Build thrilling obstacle courses to test players' skills and reflexes.

Theme 2 — Tycoon Game
Tycoon Game: Develop management simulation games to enhance logic and resource planning.

Course Overview - Minecraft Theme

運用 Minecraft 教育版本，學習編程、電腦思維及 AI 概念。Smart City 編程建築課程是 SUP Education 原創課程 ✨

Key Learning Outcomes

Get comfortable with the Roblox Studio interface and tools

Understand game design fundamentals and player experience

Learn how to publish and share their own games

Create and edit 3D models

Master the basics of Lua programming

Write game scripts to control behaviours and interactions

Implement common game features through coding

Design AI-powered NPCs and automation systems

Explore the latest AI features in Roblox

Use AI tools to create game elements and enhance gameplay

AI in Academics

Understand AI & Thrive in the Digital Future

Course Details

Course Overview

In today’s digital age, we don’t just teach children how to use AI, we help them understand how AI thinks! Specifically designed for the next generation, this course equips students with cutting-edge knowledge and a responsible mindset for using technology wisely.Starting with AI fundamentals, students will discover how AI "learns" and how it can be applied in academic settings.From data analysis to writing assistance, they will learn how to collaborate with AI to boost productivity — while keeping their critical thinking sharp.The course emphasizes AI as a learning partner, not a replacement, empowering children to navigate their academic future with confidence.

Key Learning Outcomes

Understand how AI learns and makes decisions

Explore AI’s history and future possibilities

Learn responsible and effective academic uses of AI

Understand academic integrity and avoid misuse

Use AI tools to support, not replace, critical thinking

Get hands-on with data analysis and AI-powered tools

Engage in discussions about AI ethics and responsibility

Develop healthy digital habits for lifelong learning

Parents' Common Concerns

Will AI misguide my child?
No worries! We focus on teaching children how to use AI responsibly. They will clearly understand the difference between learning support and shortcut thinking, building a healthy academic mindset.

I’m afraid my child will rely on AI to finish homework…
That’s exactly what we address! Students will learn to use AI to enhance their learning — not to replace it. Ultimately, creativity and ideas come from themselves!

Will AI take over my child’s future job?
Not at all! The future belongs to those who collaborate with AI, not those replaced by it. With this course, your child will become a leader in the AI-powered world!

Futurepreneur

Future Leaders Start Here: Innovation x Hands-on Learning

Course Details

Course Overview

Our program combines Project-Based Learning (PBL) and the Design Thinking Process to empower students to tackle real-world challenges with technology and creativity. Adopted by top global universities like Stanford and MIT, this approach nurtures critical thinking, innovation, collaboration, and communication skills—laying a strong foundation for future academic and career success.

Theme 1 : Ocean Conservation

AI Leads the Ocean Cleanup RevolutionDefenders of the Ocean – Innovative Technologies to Save Our Blue PlanetLeverage artificial intelligence to deeply understand the issue of marine debris and design innovative cleanup solutions.

Analyze the Current State of Ocean Pollution
Understand the types, distribution, and impact of marine litter today.

Design Ocean Protection Solutions
Apply AI technologies to develop new methods for effective ocean cleanup.

Gain Insights with Big Data Analysis
Use data analysis techniques to further explore the mysteries of marine ecosystems.

Special Activity Schedule

DAY 1-2 - AI-Powered Marine Debris Classification

DAY 3 – Design an AI Ocean Cleanup Robot

DAY 4 – Design an Intelligent Coral Reef Monitor

DAY 5 – Design a Marine Environmental Monitoring Station

Field Trip – Explore the Wonders of the Ocean
Visit the Swire Institute of Marine Science to experience professional marine research firsthand and explore Hong Kong’s unique marine ecological treasures.
Date : 8 Auguest & 15 Auguest
Time : 10:00am to 3:00pm

Theme 2: Energy Management

AI Leads the Smart Energy-Saving Revolution
Smart Energy – Innovative Technologies for Energy Conservation and Emission Reduction
By leveraging artificial intelligence and automation technologies, explore the best solutions for energy management and learn how to effectively save energy and reduce carbon emissions in daily life.

1. Analyze Energy Consumption Issues
Understand the main sources of energy waste, learn how to use technology to improve energy efficiency, and promote sustainable development.

2. Design Energy-Saving Solutions
Use KittenBot to design smart energy management systems, such as intelligent lighting controls and smart street lights, simulating real-life energy-saving application scenarios.

3. Gain Insights Through Data Analysis
Learn how to collect and analyze energy usage data, formulate effective energy-saving strategies, and understand the important role technology plays in reducing energy waste.

Special Activity Schedule

DAY 1–3: Smart Home Design
Using the Kitten Bot, students will learn about various sensors such as PIR (Passive Infrared) sensors and light sensors to design smart home solutions, and understand how these technologies can improve human life.

DAY 4–5: Smart City Design
Students will explore the concept of smart cities by designing systems that promote energy efficiency. They will learn about advanced sensors, such as temperature and motion sensors, to create innovative solutions for conserving energy and enhancing urban living.

Special Activity: T · PARK
Explore Innovative Environmental Facilities in Hong Kong
Visit T · PARK to learn how Hong Kong transforms sludge into energy, while integrating environmental education and resource recycling practices. Students will learn about waste management, energy regeneration, and water resource reuse technologies, inspiring ideas for smart city development.
Date: 18 July & 1 August
TIme: 11:00 - 3:00PM/ 2:30 - 6:00PM

Theme 3: Waste Management

Smart Technology Empowering a New Era of Waste Management
Through innovative technologies and the application of KittenBot, design intelligent waste management systems to improve recycling efficiency, reduce environmental pollution, and promote Sustainable Development Goals (SDGs).

1. Analyze Waste Management Challenges
Understand the main issues in current waste treatment, such as difficulties in sorting, low recycling rates, and resource wastage. Learn how technology can help solve these challenges.

2. Design Smart Waste Management Solutions
Students will design and program intelligent waste management systems, such as robotic garbage collection vehicles and smart recycling bins, simulating real-life waste handling scenarios.

3. Utilize Sensors and Automation Technologies
Learn how to use Micro:Bit and KittenBot sensors (like ultrasonic sensors and servo motors) to implement intelligent waste management and improve resource utilization.

Special Activity Schedule

DAY 1–3: Robotic Garbage Collection Vehicle
Design Intelligent Waste Collection Devices
Use KittenBot and Micro:Bit to design an intelligent vehicle that can automatically collect garbage, equipped with a claw for grabbing and dumping waste, simulating the waste collection process.

DAY 4–5: Smart Recycling Bin
Build an Automatic Sorting and Recycling System
Use Micro:Bit, ultrasonic sensors, and servo motors to design a smart recycling bin that automatically sorts and collects waste based on size or position.

Special Activity: JAPJAP Zero Field Trip
Explore Waste Treatment and Resource Recycling
Visit a local waste treatment center or recycling station to learn how daily waste is sorted, processed, and recycled, inspiring students' interest in smart waste management.
Date: 4 August
Time: 10:00 - 5:00PM

Theme 4: Smart City

Smart Technology Empowering Future City Development
Through innovative technologies and the application of KittenBot, design smart city solutions to improve the quality of urban life and achieve sustainable urban development.

1. Challenges and Opportunities in Smart Cities
Understand key urban construction issues such as resource management, greenery maintenance, and environmental protection. Learn how smart technologies can improve city operations.

2. Design Smart City Solutions
Students will design and program smart city projects, such as intelligent plant health monitors and automatic irrigation systems, simulating efficient management scenarios in modern cities.

3. Utilize Sensors and Automation Technologies
Learn how to use Micro:Bit and KittenBot sensors (like soil moisture sensors, temperature and humidity sensors, and servo motors) to achieve environmental monitoring and automated control functions in smart cities.

Special Activity Schedule

DAY 1–3: Smart Plant Health Monitor
Design a Plant Health Monitoring System
Use Micro:Bit and sensors to design a smart plant health monitor that records soil moisture and environmental temperature/humidity in real time, helping students understand the importance of plant growth conditions.

DAY 4–5: Automatic Watering System
Build a Smart Irrigation System
Use Micro:Bit and servo motors to design an automatic watering system that activates watering based on soil moisture, simulating smart irrigation applications in a smart city.

Special Educational Activity:
Collaborating Organization: Muse Education
A children's architecture education organization where professional architects teach you how to build green city planning.

Sports Time Falcon Sports Club

Understand AI & Thrive in the Digital Future

Course Details

Sports Time Falcon Sports Club

Falcon Sports Club (FSC) is a team of professional sports coaches dedicated to providing young students with professional and diversified sports training programs. FSC’s mission is to inspire more children to develop a love for sports, help them achieve comprehensive growth, performance, and health, and cultivate good sportsmanship.FSC specializes in various sports, including basketball, volleyball, athletics, and physical fitness training. Through high-quality teaching methods, they encourage students to take initiative in learning by observing, thinking, and practicing, thereby nurturing their passion and motivation for sports.The courses are creatively designed and emphasize safe training techniques, aiming to boost students’ confidence and self-esteem. FSC firmly believes that sports not only promote physical and mental health but also deepen students’ understanding of the value of sports, helping to shape a brighter future for them.

Understand AI & Thrive in the Digital Future

Course Terms and Conditions

Course Terms and Conditions & Weather Arrangement

Course Terms and Conditions

1. There will be no make-up classes for summer courses, so please arrange your child’s schedule accordingly in advance.
2. All students are required to bring their own laptop and charger.
3. FAA courses are not parent-child courses; parents are not permitted to accompany their children in class.
4. LEGO projects and Futurepreneur course works cannot be taken home.
• Students will complete their projects in groups during class. The center will take photos and videos of the projects and send them to parents after the class.
5. Once registration is confirmed, no refunds will be given.
• In case of absence due to illness, a valid medical certificate must be provided for special arrangements to be considered.

Adverse Weather Arrangements

Amber Rainstorm Warning and Typhoon Signal No. 3:
All classes will proceed as scheduled.

Red/Black Rainstorm Warning, Typhoon Signal No. 8 or No. 10, and Extreme Weather Conditions:
• If the warning signal is issued 2 hours before the class starts, the class will be canceled and rescheduled. Our customer service team will contact you to confirm the new arrangements.
• If the warning signal is issued during the class, the class will continue as usual. Please ensure that a guardian or parent is available to pick up the student at the scheduled dismissal time.

Futurepreneur AI Academy (FAA)
Summer School

FAA = All in One

The AI era is here — is your child ready?

AI-Powered Creative Game Design

AI for Smarter Learning

Futurepreneur Entrepreneurship Program

Sports & Fitness — Building Healthy Minds and Bodies!

Summer FFA Timetable

Schedule A

Schedule B

Summer FFA Course details

AI in Game Design

Course Overview - Minecraft Theme

AI in Academics

Futurepreneur

Sports Time Falcon Sports Club

Course Terms and Conditions

Our Location

We also provide online classes via Zoom!

Not sure where to begin?

Be the first to know!

Ages 5 - 8

Ages 9+

Futurepreneur AI Academy (FAA)Summer School

FAA = All in One

The AI era is here — is your child ready?

AI-Powered Creative Game Design

AI for Smarter Learning

Futurepreneur Entrepreneurship Program

Sports & Fitness — Building Healthy Minds and Bodies!

Summer FFA Timetable

Schedule A

Schedule B

Summer FFA Course details

AI in Game Design

Course Overview - Minecraft Theme

AI in Academics

Futurepreneur

Sports Time Falcon Sports Club

Course Terms and Conditions

Our Location

We also provide online classes via Zoom!

Not sure where to begin?

Be the first to know!

Ages 4 - 6

Ages 7 - 8

Ages 9 or 10+

Ages 8 - 9

Ages 10+

Ages 9 or 10+

Ages 5 - 8

Ages 9+

Ages 6 - 8

Ages 9 - 10+

Futurepreneur AI Academy (FAA)
Summer School