I researched mathematical models of photopolymerization in high-speed printing with Canon Production Printing in the Netherlands, publishing a paper on ink film spatial variations and working on another about process-induced shrinkage and swelling. • Developed 8 MATLAB codes that can be utilized to further optimize the final poster printing technology.• Produced a rigorous model which improved conversion predictions by 60% over earlier models.

I effectively supported and facilitated the learning of students across two demanding courses: "Analysis of Process Data" and "Process Dynamics and Numerical Methods", demonstrating strong organizational and instructional skills in a large classroom setting. • Lectured over 150 students, specifically on coding numerical methods. • Provided guidance and feedback on over 50 individual projects to enhance their understanding and application of key concepts.

Control Research Project with Dr. Joseph Zeaiter• Simulated and obtained data from an online system using Loop Pro, conducting over 50 simulation runs to ensure accuracy.• Designed a control system and GUI using Python and QT Designer, implementing and testing over 20 different control strategies to optimize performance

Development of a Company and Process Model for Raw Materials and Waste Management• Conducted a comprehensive study of the local market and economy, analyzing the circularity of raw materials across over 100 businesses.• Developed a detailed understanding of over 30 different processes for waste valorization in the industry, identifying key areas for improvement and efficiency.

Piping and Electrical Blueprint Design for Residential Projects• Designed and implemented various transmission systems, acquiring basic to intermediate AutoCAD skills through hands-on project work.• Enhanced teamwork and management abilities by collaborating closely with other engineers.