Covid-19 pandemic highlighted the importance of resilient and scalable telecommunications networks, due to the increase in digital traffic. In response to this need, NOS, particularly NOS Innovation, is actively researching various solutions, one of which forms the basis of my project. The project aims to develop a predictive model for Wi-Fi quality and availability, utilizing the extensive dataset collected by NOS access points.In this role, I: - Conducted comprehensive research… Show more Covid-19 pandemic highlighted the importance of resilient and scalable telecommunications networks, due to the increase in digital traffic. In response to this need, NOS, particularly NOS Innovation, is actively researching various solutions, one of which forms the basis of my project. The project aims to develop a predictive model for Wi-Fi quality and availability, utilizing the extensive dataset collected by NOS access points.In this role, I: - Conducted comprehensive research to understand the current state-of-the-art in Wi-Fi network quality analysis and prediction techniques. - Analyzed and cleaned real-world data gathered from NOS routers to construct a robust and reliable dataset for model training. - Implemented and fine-tuned outlier detection models that accurately predict the user's current Wi-Fi availability. - Outlined a roadmap for the continued advancement of this project, leveraging insights gained during my internship. Show less

Assisted a college professor in developing a new JavaScript compiler. This compiler, built using a custom language called ECMA-SL, strictly adheres to ECMA guidelines and is intended to serve as a benchmarking compiler in the future. Additionally, it facilitates direct code translation from written documentation, making expansion and modification more straightforward.