June 2025

This semester, we modernized our department website’s educational section by migrating from procedural PHP to Laravel framework. The transition was motivated by the need for improved maintainability, security and scalability. The implementation follows the Model-View-Controller (MVC) architectural pattern, enabling efficient data management, real-time synchronization with institutional databases, and enhanced user interaction. Key Read more…

This semester, we took on the challenge of modernizing part of the UIAM Information System – specifically, the Projects module. The original system was built using plain procedural PHP. It didn’t follow any structured architecture – code for logic, layout, and data handling was all mixed together. Form handling and routing Read more…

Chemical hazard assessment relies heavily on accurate PBMT data—Persistence, Bioaccumulation, Mobility, and Toxicity. Yet, these critical parameters often exist across fragmented databases, making comprehensive evaluations challenging. Our semester project addressed this gap by developing an automated, integrated PBMT data pipeline within the Laravel framework. Project Implementation Using Laravel We developed Read more…

The aim of this work is to design and implement a predictive model for an alkylation process based on available measurements in order to replace a faulty sensor. This can help minimize the need for laboratory measurements. Alkylation is one of the most important processes in fuel refining.It converts small, Read more…

The original communication setup between the control system and the PLC of the UOP3 distillation column was based on a basic HTTP server running directly on the PLC. While simple to implement, this solution suffered from limited speed, low flexibility, and insufficient reliability—critical drawbacks in a real-time laboratory control environment. Read more…

The original registration system for the Student Science Conference was built using procedural PHP. While functional, it lacks structure, flexibility, and scalability. It can only be managed by a single person, making maintenance and collaboration difficult. The goal of my semester project was to modernize this system by redesigning it Read more…

The aim of this project was to improve energy efficiency and control precision using modern identification and control strategies. In particular, the project compared a traditional modeling method (Strejc model) with a data-driven approach (Koopman model), and applied Model Predictive Control (MPC) to both. Heat exchangers are often energy-intensive. By Read more…