By Ts. Muhammad Syahmie bin Shabarudin, Dean of the School of Computing, Games and Immersive Technology, Universiti Malaysia of Computer Science & Engineering (UNIMY)

In 1972, the global video game industry was two white rectangles bouncing a square ball across a black screen.

Pong had no photorealistic graphics or elaborate storyline. Its arcade cabinet relied on discrete electronic circuits built specifically to produce the game—decades before CPUs and GPUs became standard.

Yet it proved a powerful concept: machines could turn simple rules into captivating interactive experiences.

Over the next few decades, Nintendo, Sega, Sony, and Microsoft brought gaming into living rooms, while PC gaming relentlessly pushed the boundaries of real-time computer graphics.

Then came 1999.

NVIDIA introduced the GeForce 256—the first processor marketed as a “GPU.” While a CPU handles general computing sequentially, a GPU processes thousands of mathematical calculations in parallel.

This architectural shift did something unexpected. The exact same parallel processing architecture developed to render 3D game worlds eventually became the computational engine driving the modern Artificial Intelligence revolution.

Today, gaming and AI have come full circle.

AI is no longer just how in-game enemies behave; it is reshaping how games are built, from procedural world generation and smart animation rigging to automated stress testing.

Southeast Asia is now a critical hub in this global ecosystem, contributing core engineering, 3D art, and technical services to international AAA titles.

Yet a persistent gap remains between playing games and engineering them.

Designing a commercial title today isn’t just about creative ideas. It requires understanding modern production realities:

• How studio workflows and QA pipelines adapt to automated testing and rigorous industry standards
• Managing memory and performance under strict mobile hardware constraints
• Structuring scalable game engine architectures in Unity
• Moving from consumer-level curiosity to the technical skills commercial studios hire for

At the University Malaysia of Computer Science & Engineering (UNIMY), through our School of Computing, Games and Immersive Technology (SOCGIT), we are bridging this exact divide.

Join us on campus next Wednesday as active studio leaders break down how commercial games actually get built, tested, and shipped in today’s tech landscape.

Tech Talk: LEVEL UP – Navigating the Modern Game Development Industry
Play. Learn. Build Your Future.

Date: 28th October 2026 (Wednesday)

Time: 1:45 PM – 4:30 PM

Location: Omnia Auditorium, Menara BAC, PJ

Admission: Free & Open to the Public

Key Topics & Speakers:

• Quality Assurance & Studio Standards – Mr. Arif Abdullah (QA Manager, Streamline Studios)
• Bridging Academia & Game Industry – Dr. Nazreen bin Abdullasim (Lecturer & Researcher, UTeM)
• Mastering Unity & Mobile Workflows – Mr. Mohammad Alwi Yahaya (Technical Game Developer, Malayan Tech Labs)

Register & View Itinerary: unimy.edu.my/level-up

Enquiries: Syahmie (017-933 6148)

#GameDevelopment #AIinGaming #GameDev #ComputerGraphics #GPU #Unity3D #GameEngineering #StreamlineStudios #UNIMY #SOCGIT #BACEducation #TechTalk

About the Writer
Ts. Muhammad Syahmie bin Shabarudin is the Dean of the School of Computing, Games and Immersive Technology at Universiti Malaysia of Computer Science & Engineering (UNIMY) and a Professional Technologist registered with the Malaysia Board of Technologists (MBOT). He holds a Bachelor of Information Technology (Game Technology) and a Master of Computer Science (Multimedia Computing) from Universiti Teknikal Malaysia Melaka (UTeM).

He began his career as a freelance game designer and has lectured since 2019. He first served as Head of Programme at Melaka International College of Science and Technology (MiCoST), then joined UNIMY in 2025 and was recently appointed Dean. He has taught and supervised students in game design, game programming, 3D content and immersive technologies such as augmented and virtual reality, and his work has won awards at national innovation competitions.

He is currently pursuing his PhD at UTeM. His research uses ontology-based methods to integrate and analyse learning data from different e-learning platforms, and it has been published in journals such as MethodsX, the Journal of Theoretical and Applied Information Technology and EduLearn. Syahmie is particularly interested in how data analytics, AI and immersive technologies can change the way students learn, and in how education can better prepare the next generation for a digital, technology-driven industry.