Senior Unreal Artist - Architectural Visualization (UE5)

Visualhouse; Greater London; Hybrid; GBP 60,000 - 90,000; Full time

Benefits offered by this job

Competitive salary

Competitive holiday allowance

Christmas closure

Pension contributions

Monthly team outings

Free gym memberships

Job summary

Visualhouse is seeking a Senior Unreal Artist to produce high‑quality UE5 experiences for architectural visualization. You will work with a multidisciplinary team to deliver visually stunning environments, shading, and lighting at scale.

You will collaborate closely with art and programming teams, optimize performance, and push the realism of architectural visuals through advanced techniques and reusable pipelines.

Qualifications

• Degree in Visualization, Architecture or related subject preferred.
• Strong portfolio demonstrating shading, lighting, optimization and FX in UE5.
• Experience with blueprint scripting and virtual production in UE5.

Responsibilities

• Create detailed architectural spaces and urban environments.
• Collaborate with art and programming teams to optimize levels for performance and visuals.
• Iterate on and improve levels during development.
• Design and implement advanced shading and lighting techniques in UE5 for realism.
• Create and maintain reusable content pipelines and scripts for visualization projects.
• Collaborate to enhance visualizations with FX.

Skills

Shading

Lighting

Optimization

Scripting/Pipeline

Visual Effects (FX)

Unreal Engine 5

3ds Max

ZBrush

Datasmith

Blueprints

Python

Mel

Education

Degree in Visualization, Architecture or related

Tools

Unreal Engine 5

3ds Max

ZBrush

Datasmith

Job description

Visualhouse is seeking a Senior Unreal Artist to produce high‑quality UE5 experiences for architectural visualization. You will work with a multidisciplinary team to deliver visually stunning environments, shading, and lighting at scale.

You will collaborate closely with art and programming teams, optimize performance, and push the realism of architectural visuals through advanced techniques and reusable pipelines.