Fayne Dominic D Souza
Graduate Research Assistant Rotary Drying & Calcination of Catalysts @Rutgers University New Brunswick
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WORK HISTORY
Graduate Research Assistant Rotary Drying & Calcination of Catalysts @Rutgers University New Brunswick
NJ, US
Enhanced catalysts heating efficiency by optimizing rotary equipment drum design, material properties, and heat transfer mechanisms in rotary drums, applying technical skills that improved process performance• Conducted particle dynamic simulations using discrete element method (EDEM) to study effects of particle size, surface roughness, cohesion, and flow regimes on rate of heat transfer of powdered particles, leading to improved understanding of heat transfer dynamics in powdered particles• Executed experimental validation for temperature distribution with an infrared camera while adhering to GLPs and utilizing MATLAB for data analysis, confirming accuracy of simulation models and enhancing data reliability• Developed baffle configurations and addition of fines, which reduced thermal time and improved temperature uniformity between the particles (2x faster heating and 5x more uniform temperature distribution) demonstrating effective process optimization• Presented the research developments and process efficiency improvements at semi-annual consortium meetings to several industrial partners with clear communication and collaborative problem-solving
EDUCATION
Rutgers University
Master of Engineering - MEng
American University of Sharjah
Bachelor of Science - BS
ABOUT FAYNE DOMINIC D SOUZA
I’m a Master\'s graduate in Pharmaceutical Engineering from Rutgers University, with a Bachelor\'s in Chemical Engineering and a minor in Engineering Management. I bring a strong foundation in process optimization, product development, and packaging innovation within GMP and GLP-compliant environments. My academic and research experience has provided exposure to pharmaceutical R&D, sustainable engineering practices, and regulatory-compliant manufacturing systems.Currently working as a Research Assistant at Rutgers University, I have spent over 1.5 years contributing to chemical process optimization such as optimizing rotary drying systems for powdered particles (catalysts) and validating simulation models. I also engage in cross-functional collaboration with stakeholders by presenting research findings and process improvements. Some key projects include: Bioadhesive Drug Delivery Systems – Literature-based research Adsorptive Membranes for Antibiotic removal – Developed for environmental sustainability Sustainable Vitamin Packaging – Led a redesign project for vitamin packaging that improved usability, regulatory compliance, and optimized transportation efficiency by 91.67% through TOPS.Currently seeking opportunities in:• Chemical Engineering• Process Engineering• Validation Engineering• Product Development• Quality Assurance• Project Engineering• Packaging EngineeringI am eager to contribute to organizations that value innovation, sustainability, and continuous improvement. If you are looking for a results-driven engineer with a multidisciplinary approach and a commitment to excellence, I’d love to connect and explore how I can support your team’s success.
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