Innovative thermochemical specialist with a strong background in research and development, specializing in optimizing product performance and enhancing consumer-centric design. Proven track record of driving innovation and achieving substantial quality improvements and cost savings within the consumer goods sector. Dedicated to leveraging technical expertise and creativity to contribute to cutting-edge solutions and sustainable practices in product development
Technical skills
Soft Skills:
Dissertation : Experimental Investigation of Low-Density Polyurethane Chemical Insulation Material for Optimization of Heat Gain Characteristics in Domestic Refrigerator :
Researched and compared two polyurethane densities for refrigerators, focusing on modifying baseline polyol density with increased water content to enhance foam insulation (0.142 btu in/ft² h°F) and achieve a 2% energy efficiency gain. Maintained robust compressive strength and adhered to industry-standard gas ratios. Conclusively identified low-density polyol as a superior, cost-effective, and environmentally advantageous choice for advanced insulation applications.