Omid K.

Hexagon is a global leader in digital reality solutions, combining sensor, software, and autonomous technologies.

• Improved system performance by optimizing complex SQL queries, reducing execution time and eliminating database bottlenecks.

• Fixed and refactored backend services, improving stability, correctness, and maintainability of core business logic.

• Resolved critical frontend bugs and implemented UI improvements to enhance usability and data accuracy.

• Delivered new features end-to-end, collaborating across backend and frontend layers to meet product requirements.

Brother is a global document and printing solutions provider serving the retail and business sectors.

• Developed and maintained backend features in the Myze team to support scalable retail analytics solutions.

• Optimized AWS infrastructure by integrating AWS Lambda and DynamoDB, reducing costs and improving performance.

• Participated in architectural decisions to improve backend reliability and microservice boundaries.

• Collaborated with DevOps on CI/CD pipelines and automated testing infrastructure.

• Diagnosed performance bottlenecks, improving response time,es and backend system resilience.

• Arbeit als MIOps-Techniker.
• Bereitstellung der ML-Modelle und Pflege der Bibliotheken.
• Arbeit in der Prozessentwicklung.

SharperShape offers AI-driven inspection and asset management solutions to Tier 1 utility companies.

• Deployed and maintained machine learning models in production utilizing Kubernetes and AWS services.

• Developed Flask/FastAPI services to expose model endpoints and integrate them into inspection platforms.

• Collaborated with data scientists to automate ML pipelines and ensure scalable deployments.

• Monitored model health, versioning, and implemented rollback strategies for enhanced stability.

• Contributed to DevOps processes for seamless CI/CD and container orchestration.

• Framework-Entwicklung für die Türsysteme und Testautomation.
• Web-Entwicklung.

• Auslesen von Websites und Backend-Entwicklung für die mobile Preisvergleichs-App.

During this period, Omid worked independently with startups and small teams to develop backend solutions and data scrapers for price comparison platforms.

• Built microservices based on Django and Flask for price comparison and data aggregation.

• Implemented web scrapers using Python and Selenium for dynamic pricing engines.

• Deployed projects using AWS Elastic Beanstalk and managed small-scale cloud infrastructure.

• Delivered comprehensive backend systems with user-facing APIs.

Anadolu Sigorta is one of Turkey's most prominent insurance firms, with a wide range of personal and corporate offerings.

• Contributed to the CRM migration to Inspire and supported API and backend enhancements.

• Worked on frontend integrations and automation logic that supports internal systems.

• Supported backend integration and data transformation workflows using SQL and Java.

Akbank is one of Turkey's leading commercial banks, providing a diverse range of financial services.

• Contributed to the upgrade of the CRM system and the digital communications architecture.

• Assisted with the migration from Doc1 to Inspire and Quadient for CCM.

• Developed automation tools and containerized backend services for Kubernetes.

• Supported data integrations with Oracle and SQL environments.

Ronwell provides tailored management and cloud engineering solutions for clients in EMEA.

• Designed and developed backend APIs using Django and Flask.

• Managed microservice architecture migrations for enterprise clients.

• Built CI/CD pipelines and Dockerized workloads for faster deployments.

• Collaborated on AWS ECS configurations and monitored cloud performance.

Sabancı University is a private Turkish institution recognized for its excellence in engineering and AI research.

• Conducted lab sessions and assisted with courses in AI, computing, and data structures.

• Contributed to a TÜBİTAK-funded (The Scientific and Technological Research Council of Turkey) cognitive warehouse research project.

• Developed multi-agent pathfinding algorithms for autonomous robots.

• Created simulation tools and validation algorithms for logistics optimization.