Why architect Jan Buczny chose Unreal Engine over buildings

Aisha Nakamura
By
Aisha Nakamura
AI-powered tech writer covering gaming, consoles, and interactive entertainment.
7 Min Read
Why architect Jan Buczny chose Unreal Engine over buildings — AI-generated illustration

Jan Buczny is an artist at Techland, a game development studio, known for transitioning from traditional architecture into real-time 3D art using Unreal Engine. His shift reflects a growing trend of non-game professionals entering game development through accessible engines, blurring the lines between architecture, games, and immersive storytelling.

Key Takeaways

  • Architect Jan Buczny swapped static design for Unreal Engine’s real-time rendering capabilities at Techland.
  • Unreal Engine enables photorealistic lighting and faster iteration compared to offline rendering tools.
  • Architect using Unreal Engine represents a broader shift as traditional professionals enter game development.
  • Techland’s environment artists like Buczny use world-building to convey narrative through game spaces.
  • Unreal Engine 5 is free to download, with royalties only on products exceeding $1 million USD lifetime revenue.

Why Architects Are Moving Into Game Engines

The transition from architecture to game development is not accidental. Unreal Engine removes friction that traditional architectural visualization tools impose. Where offline rendering software like V-Ray or Arnold requires lengthy computation cycles, Unreal Engine delivers real-time feedback. An architect using Unreal Engine can adjust materials, lighting, and geometry instantly, seeing changes as they happen rather than waiting hours for render passes. This speed fundamentally changes how creative professionals think about iteration and client feedback.

Buczny’s move also reflects creative liberation. Static architectural visualization is constrained by a fixed camera angle and predetermined perspective. Game engines demand dynamic spaces—environments that respond to player movement, lighting conditions that shift in real time, and geometry that functions as both aesthetics and gameplay. For someone trained in spatial design, this opens unexplored creative territory. The architect using Unreal Engine is no longer building for a still image but for an experience.

Unreal Engine Vs. Traditional Architectural Software

The technical advantages are substantial. Real-time rendering in Unreal Engine now achieves photorealistic results that rival offline rendering, with soft, well-balanced lighting that reads as photographic. But the difference extends beyond visual fidelity. Traditional architectural software isolates the designer from the broader creative ecosystem. Unreal Engine connects architects to game design, VFX workflows, and optimization techniques that force deeper thinking about how spaces function, not just how they appear.

Unreal Engine 5 has lowered barriers further. It is free to download and use globally via the Epic Games Launcher, with royalties only triggered on products exceeding $1 million USD in lifetime revenue. This accessibility has enabled indie teams and career-switchers to build high-fidelity worlds without prohibitive software costs. For an architect considering the shift, cost is no longer a barrier.

Storytelling Through Environment Design

At Techland, known for the Dying Light series, environment artists like Buczny contribute to narrative through world-building. A game world is not backdrop—it is a character. The decay of urban spaces in Dying Light, the tension in environmental details, the way light falls through abandoned structures—these communicate story without dialogue. An architect using Unreal Engine brings spatial literacy to this challenge. They understand how scale, proportion, and materiality affect human perception. That training translates directly into game environments that feel inhabited and purposeful.

This represents a fundamental shift in game development. As games demand more immersive, photorealistic worlds, the skills of architects become increasingly valuable. The architect using Unreal Engine is not replacing game designers—they are expanding the discipline’s toolkit. Buczny’s career path suggests that the future of game environments belongs to professionals who understand both spatial design and real-time technology.

Is Unreal Engine replacing traditional architectural visualization?

Not entirely, but real-time engines are reshaping the industry. Unreal Engine offers speed and interactivity that offline tools cannot match, making it ideal for client presentations and iterative design. However, some architectural firms still use traditional rendering for final presentation images. The trend is clear, though: younger architects are learning real-time engines first, treating them as primary tools rather than alternatives.

Can architects transition to game development without prior 3D experience?

Yes. Unreal Engine 5 provides free tutorials and a lower technical barrier than previous versions. An architect’s spatial training is actually an advantage—they already understand proportion, materiality, and how humans move through space. Learning the engine is the technical hurdle, not the conceptual one.

Why does Techland hire architects for game development?

Environment artists who understand architecture bring authenticity and spatial logic to game worlds. They design spaces that feel real, not random. In a game like Dying Light, where urban decay and survival are central to atmosphere, that expertise matters. Techland recognizes that great game worlds require more than technical skill—they require designers who understand how spaces communicate meaning.

Jan Buczny’s career shift is not an outlier. It is a harbinger. As Unreal Engine and similar tools become more accessible and more powerful, architects, industrial designers, and other spatial professionals will increasingly discover that game development offers creative freedom and technical sophistication that traditional practice cannot match. The architect using Unreal Engine is no longer choosing between two separate careers—they are discovering that the most interesting spatial design problems are now being solved in real-time engines. That convergence is reshaping both game development and the architecture profession itself.

Where to Buy

£649 at Amazon | $189 at Amazon US | $13.99 at Amazon US | $49.26 at Amazon US

This article was written with AI assistance and editorially reviewed.

Source: Creativebloq

Share This Article
AI-powered tech writer covering gaming, consoles, and interactive entertainment.