PhD researcher at Ghent University - Imec focusing on Time-Sensitive Networks (TSN) and mmWave MIMO systems. With over seven years of professional experience, I specialize in software development, IoT, and Machine Learning. I am passionate about solving complex problems and continuously exploring new technologies.
PhD researcher at Ghent University - Imec, where I am part of the Fixed Internet Architectures & Optical Networks (FARON) research group. I earned my MSc in Computer Engineering from Sharif University of Technology, Iran, in 2019, and my BSc from the Iran University of Science and Technology in 2016. With a deep passion for software development and research in IoT, Cyber-Physical Systems, and Machine Learning, I bring over seven years of professional experience. My PhD research focuses on Time-Sensitive Networks (TSN) and mmWave MIMO systems, with the goal of leveraging MIMO technology to optimize TSN networks for improved performance. I am involved in several projects, including "SHAPE: Next Generation Wireless Networks" and HPC. I thrive on solving complex industrial challenges and am always eager to learn and adopt new technologies. Outside of work, I enjoy reading, listening to podcasts, playing video games, cycling, and mountain hiking—activities that help me maintain a balanced and healthy lifestyle.
Currently I am focusing on Time-Sensitive Networks (TSN) and mmWave MIMO systems. My research aims to leverage MIMO technology to optimize TSN networks for improved performance. I am involved in multiple projects, including "SHAPE: Next Generation Wireless Networks" and HPC.
Completed my Master's degree with a thesis titled "A real-time and energy-efficient decision-making framework for computation offloading in IoT". The thesis was defended in Jan 2019 and scored "excellent" by the examiners. Supervised by Dr. Mohammad Amin Fazli. Achieved a GPA of 3.22/4. Courses included Software Architecture, Software Development Methodologies, Secure Software Development, and Requirement Engineering. Scored 20/20 in Software Formal Definition and Verification and 17.8/20 in Semantic Web.
For my final project, I developed "Smart Training and Flashcard Formation System (STAFFS)", a software system to automatically create flashcards for evaluating and teaching jargon in different fields using the Leitner technique by web crawling on the Wikipedia website. The project was defended in Sep 2016 and scored "excellent" by the examiners. Courses included Advanced Programming, Operating Systems, Compilers, Software Engineering, and Computer Networks.
At RKAA Group, a company active in smart home devices manufacturing, I was responsible for developing software infrastructure to support smart home systems. My role involves extensive use of technologies including Micropython, NodeJS, React-Native, React, and MongoDB. I worked closely under the supervision of Dr. Shragim Shirkhanlou to innovate and implement robust solutions for smart home integration.
In this role, I focused on developing a comprehensive database system, server API, web panel, and mobile application to be utilized by surveyors. My work contributed significantly to the center's ability to manage and analyze data efficiently. I utilized NodeJS, React-Native, Angular, SQLite, and MongoDB to deliver high-quality software solutions. Supervised by Dr. Hamed Kashani, my contributions facilitated improved resilience and sustainability research initiatives.
At Monta, a company active in e-learning, I was engaged in developing the Monta android app, focusing on e-learning for students, and Montaman, an app for building expenses management. My responsibilities included improving user interfaces and experiences using Java (Android), React-Native, and NodeJS, under the supervision of Arash Mahabadian.
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