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As a Software Engineer for the DesignOps Team at Datadog, you will contribute to the development and operations of the Design System, Druids. You will work with frontend engineers and designers to improve the delivery and maintenance of components and assets, boost usability, and innovate to enable Datadog's product suite expansion.

Contribute to the development and operations of the DesignOps Team's Design System, Druids. Work with frontend engineers and designers to improve components and assets. Enhance the usability of the Design System through documentation and guidelines. Help innovate and scale the Datadog product suite.

Design, implement, and run foundational platforms for applications in a global environment. Build fault-tolerant, scalable solutions using various languages and open-source components. Focus on durability, availability, low latency, and operability. Hybrid workplace culture promoting work-life harmony and collaboration.

As a software engineer for the DesignOps Team at Datadog, you will contribute to the development and operations of the Design System, Druids. Responsibilities include building, maintaining, and improving the design system, working with TypeScript, React, and LESS, improving documentation, ensuring accessibility standards, and collaborating with a team to solve problems.

Design, implement, and run foundational platforms for applications at Datadog, focusing on data pipelines for real-time event processing. Develop fault-tolerant, scalable solutions in multi-tenant environments using Go, Java, Rust, or C++. Use open-source components like Kafka, Redis, Cassandra, and Elasticsearch.

Distributed Systems engineers at Datadog design, implement, and run foundational platforms powering applications. Responsibilities include building fault-tolerant, scalable solutions, writing code in Go, Java, Rust, or C++, using tools like Kafka, Redis, Cassandra, and Elasticsearch, and owning meaningful parts of the service.

Design, implement, and run foundational platforms for applications, optimize for durability, high availability, low latency, and internet-scale footprint. Build fault-tolerant, scalable solutions in multi-tenant environments, use various programming languages and open-source components.