Senior C++ Generalist Software Engineer - Advanced Technology Group

Electronic Arts creates higher levels of entertainment, inspiring players and fans worldwide. The EA SPORTS brand connects hundreds of millions to the sports they love through industry-leading video games.

The Advanced Technology Group is part of the EA SPORTS Technology organization, focusing on identifying and creating new, scalable technologies for game teams. As a Senior Generalist Software Engineer, you will work on strategic, multi-year projects focused on user-generated experiences, improved creation pipelines, and runtime functionality for all EA SPORTS titles.

Your responsibilities:

• Implement feature core logic, game flows, and screens/components
• Develop technical solutions covering game development technologies, game features, and optimizations of frame-rate and load-times
• Provide feedback, guidance, and solutions for improvement and optimizations
• Collaborate with other domain owners to integrate and develop technologies into the game
• Analyze impact of metrics throughout the development cycle

Your qualifications:

• 10+ years of software development experience
• 6+ years of experience in C++ software development
• Experience in game engines (Unreal, Unity, Frostbite, or other proprietary)
• Proficiency in integrating and maintaining large-scale systems covering multiple domains
• Understanding of memory management, multithreaded job system, and run-time optimization and job-based architectures
• Experience with 3rd party APIs
• Skills in debugging complex applications
• Bachelor's degree in computer science or related field, or equivalent training and professional experience
• Experience with one of the following: XBOX and PlayStation platforms; Mobile, PC, or Cloud-based games, graphics libraries such as DirectX, OpenGL, or Metal

Bonus skills:

• Knowledge of assembler, scripting languages (Python, Lua), and C#
• Strong understanding of geometry, linear algebra, calculus, and physics as they pertain to transformations and motions in 3D Space