Alexandria, Virginia, United States
Designed and developed scalable backend services within a distributed microservices architecture, ensuring high availability, performance, and maintainability across the platform.
Implemented real-time order processing and dispatch workflows by integrating messaging systems, caching layers, and API gateway routing to enable seamless communication between services.
Collaborated closely with cross-functional teams to define technical requirements, improve system reliability, and deliver production-ready features aligned with business objectives.
Technologies: .NET 9, Angular-20, Node.js, NestJS, RabbitMQ, Ocelot, WebSocket, MongoDB, MSSQL, Redis, Jenkins, Amazon Web Services(S3, RDS, ec2, CloudWatch), Docker
2023 — 2025
alexandria, Virginia, Birleşik Devletler
Conducted in-depth analysis and implemented the project within a cohesive
monolithic structure.
Orchestrating onboarding sessions for new team members to ensure a seamless
integration into the team and the organization. I am facilitating communication
between different teams.
Engaged in extensive research to determine the optimal technology solutions for
implementation.
Technologies: .Net, .Net Core, JavaScript, Angular-14, NodeJS, RabbitMQ,
MongoDB, MSSQL, Redis, Jenkins, ExpressJs.
İstanbul, Türkiye
A subscription model was developed for scooter users, leading to an increase in
customer loyalty.
Bugs and improvements were addressed in the newly launched car-sharing
application in the market.
The flow during driver registration in the vehicle-sharing application was
modified, resulting in a 40% reduction in the registration time for new drivers.
Using Google Maps to display obstacles on the map, driver efficiency was
increased by 30%.
A system was developed using the Go programming language to record only the
changing locations of scooters.
Technologies: Node.js, Go, NestJS, TypeScript, Fastify, VueJS, PostgreSQL,
MongoDB, Redis, Elasticsearch, Kibana, WebSockets, lambda, RabbitMQ, Micro
Services, AWS services
The monolithic application was transitioned to a service-oriented application.
The payment system was enhanced by adding MasterCard, enabling users to
make payments more easily on the payment screen.
A system was developed that extracts only the changing lines when obtaining
prices from stores. This system prevents unnecessary records from being added
to the database.
CI/CD processes compatible with the newly developed services were
implemented using Jenkins. This resulted in a 70% reduction in deployment time.
Technologies .Net, .Net core, JavaScript, NodeJS, Python, Kafka, MongoDB,
MSSQL, Azure, Redis, Jenkins.
2019 — 2020
Istanbul, Turkey
By reporting processes affecting production management in factories, we
increased efficiency by 5%.
The revenue increased 20% with the development of custom modules.
Team members were oriented towards the use of new technologies.
By utilizing Redis pub/sub for real-time notification delivery to operators, instant
production disruptions were reduced by 70%.
Technologies: .Net, .Net Core, AngularJS, JavaScript, NodeJS, MongoDB,
MSSQL, Azure, Redis, Jenkins, Octopus.