Lead Unreal Engine Engineer in Montréal

Lead Unreal Engine Engineer in Montréal

Montréal Full-Time 135000 - 165000 $ / year (est.) On-site
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At a Glance

  • Tasks: Lead the development of core Unreal Engine systems for AAA games.
  • Company: Join NBCUniversal's innovative Montreal team and shape the future of gaming.
  • Benefits: Competitive salary, mentorship opportunities, and a creative work environment.
  • Other info: Exciting opportunity for career growth in a dynamic industry.
  • Why this job: Make a significant impact on high-quality game development while leading a talented team.
  • Qualifications: Strong experience with Unreal Engine and leadership skills in programming.

The predicted salary is between 135000 - 165000 $ per year.

NBCUniversal is seeking a Lead Engine Programmer to define, build, and guide core Unreal Engine-based systems for AAA titles in a Montreal-based team.

You will provide technical leadership for engine architecture, balance hands-on work with mentorship, and drive long-term technical direction.

You will oversee performance, memory usage, and platform constraints, collaborating with Gameplay, Rendering, Tools, and Production to optimize workflows and deliver high-quality content.

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Lead Unreal Engine Engineer in Montréal employer: NBCUniversal

NBCUniversal is an exceptional employer that fosters a dynamic and inclusive work culture, where creativity and innovation thrive. As a Staff MLOps Engineer, you will have the opportunity to work with cutting-edge technology in a collaborative environment, while also benefiting from extensive professional development programs and community engagement initiatives. Located in Canada, you will be part of a global team dedicated to producing world-class content and making a positive impact in the communities we serve.

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Contact Details:

NBCUniversal Recruitment Team

We think you need these skills to ace Lead Unreal Engine Engineer in Montréal

Unreal Engine
Engine Architecture
Technical Leadership
Performance Optimization
Memory Management
Platform Constraints
Collaboration