For Voyage, I researched how realtime production workflows can support a small-scale cinematic animation project. Instead of using Unreal Engine 5 only as a rendering tool, I treated it as a central production environment for layout, lighting, animation, camera work, look development and final output.
This was important because the project involved multiple connected elements: a customized MetaHuman character, a robot companion, hard-surface props, PBR materials, mocap retargeting, Sequencer and final cinematic rendering. As Lead 3D Artist and 3D Generalist, my role was not only to create assets, but also to ensure that these assets could function reliably inside a shared realtime pipeline.
The Unit 3 brief asks us to discuss process, research, collaboration, development and individual contribution, so this research became a key part of how I evaluated my production role.
Industry Context
My research was influenced by Epic Games’ Virtual Production Field Guide, which presents realtime production as a method for making visual decisions earlier in the filmmaking process. This helped me understand Unreal Engine as a space for active creative testing rather than only final rendering.
Compared with a traditional offline CGI pipeline, realtime production allows lighting, materials, animation and camera composition to be tested together. This was especially useful for Voyage, because the emotional tone of the film depended on atmosphere, scale and quiet companionship rather than fast action.
For example, the girl character and robot companion needed to feel small within a large alien environment. Testing them directly inside Unreal Engine allowed me to judge their scale, silhouette and emotional relationship more effectively.
Application to My Project
This research shaped several production decisions:
- Unreal Engine was used for early look development and shot testing.
- Sequencer supported cinematic framing, pacing and camera planning.
- PBR materials were tested under final lighting conditions.
- Assets were prepared with realtime performance and render stability in mind.
- Render previews were used to communicate visual direction within the group.
Through this process, I learned that realtime workflow is not simply faster; it changes how creative decisions are made. The pipeline allowed me to iterate quickly, compare visual options, and identify technical problems earlier in production.
Reflection
The main lesson from this research was that pipeline design directly affects artistic quality. A model may look strong in isolation, but it must also work inside the full film system: animation, lighting, camera, materials and rendering.
This changed my thinking from asset creation to production integration. Instead of only asking whether a model looked good, I began asking whether it worked reliably inside the cinematic workflow.
This was one of the most valuable outcomes of the project. It helped me understand the role of a 3D artist not only as a maker of visual assets, but also as someone who contributes to technical structure, workflow stability and production efficiency.
Research Links
Epic Games — Virtual Production Field Guide
Useful for understanding realtime production and virtual production workflows.
https://www.unrealengine.com/en-US/blog/virtual-production-field-guide-a-new-resource-for-filmmakers
Epic Games — Welcome to Virtual Production
Useful for understanding Unreal Engine as a production environment.
https://dev.epicgames.com/community/learning/paths/Pv/welcome-to-virtual-production
Epic Games — Sequencer Documentation
Useful for researching cinematic shot layout and camera control.
https://dev.epicgames.com/documentation/en-us/unreal-engine/sequencer-basics
Epic Games — Movie Render Queue Documentation
Useful for final cinematic rendering and high-quality output.
https://dev.epicgames.com/documentation/en-us/unreal-engine/movie-render-queue