Associate Principal Engineer - C# Developer

As a key part of our automation engineering team, you will design and guide automation frameworks and tooling that define industry standards. This role offers a great chance to tap into your knowledge of C#/.NET and modern engineering approaches.

Your efforts will influence the quality and reliability of our gaming content. You will:

• Build and lead the evolution of a unified, enterprise-level Automation Framework (C#/.NET), applying advanced application architecture patterns and dependency injection.
• Build and evolve automation frameworks, internal tools, and reusable libraries used across multiple teams.
• Deliver high-quality, production-grade code with a strong focus on performance, reliability, and maintainability.
• Contribute to and influence the roadmap for "Automation-as-a-Service," integrating frameworks into CI/CD pipelines.
• Take responsibility for essential elements of shared frameworks and tools, making sure they are scalable, clearly documented, and straightforward for development teams to use.
• Build and implement solutions for load, stress, and chaos engineering to simulate high-throughput environments capable of handling concurrent players.
• Optimize application performance and ensure accurate resource and memory management.
• Implement robust logging and monitoring strategies to provide real-time access to framework health and test reliability.
• Use AI-assisted development tools (e.g., GitHub Copilot) as a regular part of the development workflow, applying AI tools effectively for backend and service development in C#/.NET, test generation, code refactoring, optimization, and documentation.
• Act as technical/functional lead for assigned projects, driving build discussions, technical decisions, and implementation approaches.
• Mentor team members through technical guidance and build collaboration.
• Collaborate closely with developers, QA/SDET, DevOps, and product teams, participating in build reviews, sprint planning, and technical problem-solving sessions.