Contract UI/UX Designer — Unreal Engine Games

Mob Entertainment, Inc.; United States; On-site; USD 45,000 - 80,000; Full time

Job summary

Mob Entertainment, a startup multimedia studio behind the indie horror game Poppy Playtime, seeks a Contract Technical UI/UX Designer to craft intuitive and visually striking game interfaces in Unreal Engine. You will bridge design, art, and engineering to deliver immersive UI with functional motion and layout across platforms.

The role requires strong Unreal Engine and Blueprint skills, a keen eye for detail, and the ability to iterate under production constraints while maintaining

Qualifications

• 3+ years of experience in UI technical design for games or interactive media.
• Strong proficiency with Unreal Engine and Blueprint scripting is required.
• Ability to think technically and artistically with focus on accessibility and optimization.
• Experience building complex real-time user interfaces.

Responsibilities

• Implement static and animated user interfaces that are easy to understand and navigate.
• Execute UI design in engine with attention to detail, ensuring consistency with art direction.
• Ensure UI readability, accessibility, and cross-platform performance.
• Collaborate with UI/UX designers, UI engineers, and other team members to deliver features on time.
• Iterate and develop UI Blueprint architecture to improve team effectiveness.

Skills

Unreal Engine

Blueprint scripting

UI design

Performance optimization

Accessibility

Cross-disciplinary collaboration

Problem solving

Tools

Unreal Engine

Blueprint

C++

Job description

Mob Entertainment, a startup multimedia studio behind the indie horror game Poppy Playtime, seeks a Contract Technical UI/UX Designer to craft intuitive and visually striking game interfaces in Unreal Engine. You will bridge design, art, and engineering to deliver immersive UI with functional motion and layout across platforms.

The role requires strong Unreal Engine and Blueprint skills, a keen eye for detail, and the ability to iterate under production constraints while maintaining