Senior Multiplayer Engineer – Photon Systems & Live Ops

Netflix; Little Rock (AR); Remote; USD 27,552 - 41,328; Full time

Job summary

Netflix in Little Rock is seeking a Sr. Multiplayer Software Engineer to own large-scale multiplayer features and real-time systems. You will work with Photon-based architecture, C#, and live service tooling to deliver reliable player experiences.

Collaboration with engineers, designers, and artists is essential to ship robust updates for a growing game portfolio. The role emphasizes code quality, performance optimization, documentation, and adherence to live-service practices in a fast-moving,

Qualifications

• Proficient in C# and Photon server architecture.
• Experience with code reviews as part of a formal process.
• Experience with version control systems such as Git or Perforce.
• Ability to collaborate with designers and engineers.
• Experience with live services and live-ops tooling.
• Strong teamwork and communication skills.

Responsibilities

• Work on large multiplayer features with an emphasis on Photon architecture.
• Follow established best practices for multiplayer development and mentor others.
• Participate in technical planning and code reviews.
• Collaborate across disciplines to deliver features from concept to ship.
• Develop and maintain tooling and pipelines to improve efficiency and quality.
• Work with teams to ensure live operations and stability of services.
• Maintain thorough documentation and contribute to shared tech libraries.

Skills

C#

Photon

Code Review

Git

Perforce

LiveOps

Teamwork

Education

Graduate

Tools

Git

Perforce

Jira

Job description

Netflix in Little Rock is seeking a Sr. Multiplayer Software Engineer to own large-scale multiplayer features and real-time systems. You will work with Photon-based architecture, C#, and live service tooling to deliver reliable player experiences.

Collaboration with engineers, designers, and artists is essential to ship robust updates for a growing game portfolio. The role emphasizes code quality, performance optimization, documentation, and adherence to live-service practices in a fast-moving,