Order API: My responsibilities for this project include writing unit tests and adding new APIs to the order service. This project is using the most up-to-date frameworks and packages, which requires me to update my knowledge to leverage state-of-the-art solutions.Centra 3th-party service: The idea behind the project I developed was to create a service that would make it easy and safe for Centra and other e-commerce platforms to connect to FocalPay, and vice versa. Robot test: My responsibility was to develop the structure of a robot testing project. This involved using and implementing temporary services using a Docker-in-Docker approach. Morover, I was tasked with writing the test case code in order to enhance the speed of test writing with test team.Cashier: My primary focus was on enhancing the performance of the existing Vue.JS front-end application. Morover, I took the responsibility of implementing Cypress codes to enable automated testing for both end-to-end (E2E) and component-based test scenarios.

Mofid Securities Company is one of the top companies in Iran that has captured the largest market share in the country's stock exchange. During my time at this company, I worked as a backend developer in the “Mofid Online team”, specifically in the “Mofid Online Admin” and “Mofid Online Web API” sub-teams. I encountered various challenges during this period and gained valuable experiences.Mofid Online Admin: In this team, challenges included code refactoring and restructuring, optimizing the database stored procedures, and implementing new APIs. This sub-team was one of the best sub-teams at Mofid Securities, and in a short period of time, we were able to deliver a product ready for deployment with up-to-date standards.Mofid Online Web API: The main challenge in this team was managing the high volume of requests to the backend (Approximately 30 million requests per hour). Therefore, my main tasks in this sub-team were focused on improving performance, refactoring existing code, and redesigning APIs for the new version of the “Online Plus” and “Hamrah Plus” applications.

Vicinia: I was responsible for designing a suite of applications called Vicinia, which focused on an indoor mapping solution to help customers manage their resources and routing options on a map.I have been involved in developing a main back-end project where we primarily used Spring Boot, as well as some microservices developed using ExpressJS, a TypeScript-based map library project, and two front-end applications. For the front-end projects, I led the front-end team, providing technical assistance to each developer and conducting regular code reviews.

SmartCattle: I have developed a secure and dependable identity server which is based on IdentityServer4 and Skoruba Identity Server Admin. Furthermore, my duties include improving and maintaining the their .Net 6 back-end APIs, optimizing the load time of their microservices and their RabbitMq usage, creating new APIs, and reviewing the front-end project codes.

For Simpal v1 and Simpal v2, our primary objective is to create a multi-level software program based on .Net technology, which can monitor electrical and distribution substations. I am part of the team responsible for developing the user interface of the software. We strive to create user-friendly modules that display real-time charts, enabling researchers to monitor system data archives and plan the design of new power stations when necessary.For FaraWAMS, our aim was to develop an industrial platform that could monitor and control the power grid network and SCADA systems. This project was a successor to Simpal v2, and we designed a high-performance and real-time platform to manage significant amounts of data. To enhance our database's performance, we utilized Apache Ignite's in-memory database to manage real-time data, Microsoft SQL Server as the primary database, and MongoDB to store archive data.

While working as a researcher at Iran University of Science and Technology (IUST), I collaborated with the hardware accelerator and real-time systems teams in conjunction with Université Grenoble Alpes in France.During my time as a researcher at Iran University of Science and Technology (IUST), I focused on several hardware security research projects. One of these projects involved investigating and finding vulnerable points of high-level codes that are susceptible to clock glitching attacks in RISC-V chips. Another objective was to identify sensitive code blocks in C/C++ language and their compiled assembly code. To achieve this, we utilized tools such as KLEE and LLVM for symbolic execution simulation and the RISC-V simulator and Xilinx Vivado tool. Our findings resulted in the publication of several papers in this field in international journals and conferences.

- Collaboration in 3 major programming projects.- .Net framework application development.- Design of machine learning applications.- Design research-based open source applications.

Develop health-care neurological software:The objective of this project is to create neurological software for healthcare purposes. The software is designed to receive time series brain signals from over eight input channels and perform data processing and analysis on the charts. Its primary aim is to assist neurologists in diagnosing abnormalities by providing indicators.

- Graphical User Interface design.- Develop and design ultrasonic homogenizer software.- Collaborate in the 3D printer project.- Web developer.