
Practical AI Training for
Real-World Impact
Welcome to QuickFlick AI Academy – where we bridge the gap between knowing about AI and using it to grow your business, improve your workflow, and unlock new creative potential.
Our hands-on, industry-relevant programs are designed for non-technical professionals, business owners, and teams ready to transform with AI – no programming needed.
QuickFlick AI Lab Training Programmes
Practical AI Skills for Real Work. Clear. Simple. Immediately Useful.
In today’s fast-moving digital world, teams don’t just need AI knowledge — they need AI they can actually use.
QuickFlick’s AI courses are designed for real workplaces: SMEs, corporate teams, project departments, creative studios, and professionals who need to work faster, communicate better, and automate repetitive tasks without learning complicated systems.
Every programme is hands-on, workflow-driven, and industry-specific.
You won’t just learn tools — you’ll learn how to apply AI directly to your daily tasks, your team’s challenges, and your company’s operations.
Whether your goal is to improve productivity, enhance creative output, or modernize your department with automation, our courses help you quickly turn AI into a practical advantage.
Why Choose QuickFlick AI Training?
✔ Practical, Not Theoretical
We teach real workflows — the same methods Jeffrey uses to help SMEs transform their operations.
✔ Tailored for Different Roles & Industries
Each course is designed based on actual work tasks in design, construction, admin, marketing, BD, project management, and more.
✔ Easy to Learn — No Technical Skills Needed
Our programmes are made for professionals who want simple but powerful AI solutions.
✔ Immediate Impact
Participants walk away with ready-to-use prompts, tools, workflows, GPTs, automation shortcuts, and real outputs they can use the next day.
✔ Led by Jeffrey Liu — Singapore’s Practical AI Consultant
Jeffrey specialises in real-world AI application for SMEs, helping companies adopt AI through simple, effective systems that improve efficiency without complexity.






