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описание
31C provides high-performance backend solutions and data processing services for enterprise and telecom sectors.
задачи
Design and develop high-performance backend services using Python and FastAPI;
Build highly concurrent applications utilizing asyncio and asynchronous programming patterns;
Develop and optimize RESTful APIs using FastAPI, Uvicorn, and Gunicorn;
Process and transform large datasets efficiently using Apache Arrow (PyArrow);
Design, optimize, and maintain analytical workloads using ClickHouse;
Build scalable, containerized applications deployed on Kubernetes;
Optimize application performance, memory usage, and I/O for high-throughput environments;
Implement monitoring, logging, health checks, and observability for production systems;
Collaborate with infrastructure and platform teams to improve deployment automation and system reliability;
Participate in architecture design, code reviews, and technical decision-making.
требования
5+ Years of professional Python backend development experience;
Extensive experience with asynchronous programming using asyncio;
Strong expertise with FastAPI and production deployments using Uvicorn and Gunicorn;
Experience with Apache Arrow (PyArrow) for high-performance in-memory data processing;
Knowledge of columnar data formats (Arrow, Parquet) and efficient data serialization;
Experience building scalable RESTful APIs and backend services;
Hands-on experience with ClickHouse for analytical or high-volume data workloads;
Experience deploying and operating applications on Kubernetes (K8s);
Strong understanding of distributed systems, scalability, and performance optimization;
Experience with Docker, CI/CD pipelines, automated testing, and modern software development practices;
Nice to have: Experience with streaming or event-driven architectures, familiarity with observability tools such as Prometheus, Grafana, and OpenTelemetry, experience working with large-scale analytics, telemetry, or telecom platforms, understanding of distributed computing, parallel processing, and high-availability system design.