Vibe Coding with Engineering Principles

​About Event:

​Generative AI tools have made it easier than ever to turn natural language prompts into working software a.k.a "Vibe Coding" . However, without fundamental software engineering discipline, AI-generated code quickly becomes unmaintainable, buggy, and difficult to scale. This has real world consequences, and is the difference between success or a business closing down. This intensive 1-day workshop bridges the gap between rapid AI prototyping and real-world software development. Participants will learn how to pair prompting with core engineering practices, including system blueprinting, environment containerization, version control, and modern web deployment.

​By the end of the session, you will build and deploy a fully functional web application from scratch, equipped with the knowledge to maintain, debug, and scale your AI-assisted projects. Who this session is for:

• ​Non-developers, product managers, designers, and entrepreneurs who want to rapidly prototype and launch custom web applications without a traditional coding background.

• ​Beginners with basic AI familiarity (e.g. ChatGPT, Claude, etc) looking to elevate their skills from generating simple prompts to building production-ready web apps.

• ​Tech-curious individuals and innovators of all ages who are interested in applying structured software engineering principles to AI-driven workflows.

​About the speaker:

​Fabian Hee is the Founder and Principal Consultant at T.L Studio Company, a software engineering and digitalization consulting firm based in Sarawak. Holding a Bachelor of Engineering (BEng) in Electrical and Electronic Engineering from the University of Leeds, Fabian brings extensive experience across multiple industries to bring you a different look at building, scaling, and maintaining software. As an active open-source developer and builder, he specializes in leveraging modern AI-assisted workflows alongside rigorous software architecture principles to transform ideas into scalable, production-grade applications.