Morteza Rezaei

Reduced user login time by 80% and improved security through the implementation of the Duende login and refresh process. Innovated an efficient high-performance updating service using Coroutine technology integrated with robust .NET multithreading. Engineered and executed a centralized config service in .NET Core microservices, improving customization, reducing config problems by 60%, and boosting system performance by 30%.

Managed refactor team for planning, designing, and implementing a micro-service architecture. Utilized Behavior Driven Development by SpecFlow and Unit Testing, which improved the refactoring pace by over 70%. Improved delivery times by 30% by implementing Agile methodologies (Scrum). Achieved over 50% faster response times for micro-services by implementing gRPC.

Headed the Seller panel team to handle 200 sellers, Conducted workload assessments and reviewed the work of developers which led to delivering projects on time. Executed authentication and authorization micro-service by enhancing user security experience on all supported client platforms. Reduced deadlock and concurrency problems by up to 70% over millions of daily requests by refactoring inventory micro-services.

Created back office reports from Microsoft Dynamics AX 2012. Developed over 20 views, store procedures, and functions that improved analysis data. Handled reports requests for over 2400 retail and up to 16000 personnel throughout the country. Robust filter handling and pivot for an average of 200 million records by MongoDB as a No-SQL read database. Optimized cron expression by angular material in the angular project to improve page load time to 3 milliseconds.

FaraKaraNet Companies Group (KaraIT) is a leading Information Technology company active in various Products, Services, and consulting fields, Resolved over 200 customers' website issues and improved user experiences and performance. Developed T-SQL queries and identified block sessions and critical points in the admin panel which helped the customers to enhance their request time.

Master Thesis: Scheduling optimization of the virtual machine in cloud computing based on a neural network algorithm