Design and implement scalable, high-performance animation systems that meet the project's needs, including technologies, pipeline, and tools.

Adopt a breadth-first development approach, ensuring our animation systems are designed for scalability and implemented iteratively.

Collaborate closely with animators and content team members, aligning the tools and functionalities with their needs. Maintain clear and comprehensive documentation, and regularly communicate about the capabilities and limitations of our animation systems and tools.

Stay abreast of new and emerging technologies in animation, incorporating these advancements into our systems where beneficial.

Ensure the code you develop is platform independent, maintaining compatibility across our targeted platforms.

Strong understanding of animation principles for game development, demonstrating your grasp of the art and science of motion in our projects.

Strong comprehension of the intersection between animation and physics, with experience in creating realistic, physics-based animations for a more immersive experience.

Excellent knowledge of mathematics, underscoring your technical knowledge and comprehension of the fundamental principles that drive animation programming.

Proficiency in C/C++, with a proven track record of developing efficient and complex solutions.

Good communication skills in both verbal and written English, enabling clear and effective communication across all levels of the organization.

Highly motivated to engage with new and emerging technologies, demonstrating a willingness to explore and apply unconventional methods.

Experience in developing large-scale, open-world games or other real-time interactive simulations, demonstrating your ability to handle ambitious and complex projects.

Practical exposure to or knowledge of machine learning-driven animation techniques, showing your familiarity with cutting-edge animation technology.

Experience with developing animation systems for an online multiplayer environment, addressing issues such as synchronization, latency, and scalability.