Eugen Pavlenko

Delivered the strategic migration of heterogenous legacy infrastructure from on-premises and colocation data centers to a scalable multi-cloud Kubernetes and cloud-native platform. Re-architected legacy platform, completed load migration in collaboration with teams across the globe. Hardened APIs against OWASP Top 10 and API-specific threats. Championed API lifecycle management and AI-readiness. Evangelized cloud-native and serverless architectures. Promoted the YBIYRI and GitOps practices.

Designed and implemented cloud-native architectures across AWS and hybrid cloud. Developed distributed scalable backend systems using Java and JS/TS, integrating microservices using off-the-shelf and self-built event-driven architectures with various consistency levels. Developed frontend and client software using JS/TS, C++, and Objective-C. Developed stress testing framework with resilience and recovery objectives for load, soak, disaster and simulated network degradation. Enabled real-time observability.

Led and executed cloud migration and hybrid cloud initiatives with focus on service fleet management, security, and resilience. Established best practices of agile software development with CI/CD and DevOps. Developed scalable high-throughput low-latency eventually consistent distributed backend systems using Java, JS/TS, C++, and Erlang, AMQP/RabbitMQ and Ejabber. Developed distributed high-resolution test framework for the distributed high-performance event-driven eventually consistent platform.

Softwareentwicklung for Android, Mac and Windows in C++, Objective-C, Java and JNI. Part-time Scrum-Master.

Natural Language Processing. Softwareentwicklung (Java)

Forschungsprojekt im Bereich Computerlinguistik – Natural Language Processing. Softwareentwicklung (Java).

Softwareentwicklung in C++, Java, JS.

Telematik, Mobilkommunikation; Eingebettete Systeme, Low Power Design, Reconfigurierbare und adaptive Systeme; Finanzwirtschaft und Banken, Derivate; Computational Linguistics, Natural Language Processing.

Angewandte Mathematik, Technologie der Software-Entwicklung, Programmieren, Programmiersprachen