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I finished a course of : • Chemical Engineering Operations • Occupational Health and Safety • Chemical Process Modeling &Simulation • Process Control Design & Optimization Process • Chemical Engineering Operation Practices.My experience in research is focused on developing environmentally friendly fuel in the form of hybrid pellets made from coal and spent coffee grounds, utilizing UV-C irradiation to enhance product quality. Designed and implemented innovative experimental protocols, as the method represented a novel approach. • Conducted proximate analysis, combustion tests, Bomb Calorimeter tests, FTIR & SEM analysis. • Analysed Excel calculation data to determine the most optimal hybrid pellet composition. • Identified that the hybrid pellet variation consisting of 90% coal and 10% coffee grounds, irradiated with UV-C for 5 minutes, achieved the highest calorific value, and met the SNI 8951:2020 standard.My undergraduate thesis is designed a Sorbitol Plant with a capacity of 56,000 tons per year to enhance expertise in industrial process design, including process feasibility, utility requirements, and economic viability. • Engineered industrial equipment, ranging from small to large-scale devices (reactors, separators, evaporators, pumps, etc.), through precise engineering calculations. • Developed and Modification Programmed chemical reaction processes .I joined in Chemical Engineering Student Association as Expert Staff of Education Departement of English Club Division . My responsible is : • Contributed to the development of educational programs for Chemical Engineering Student. • Coordinated initiatives to enhance English language proficiency among Chemical Engineering students at UNILA through activities such as English Insight, Inviting Foreign Student Exchange, and the Chemical Engineering Speaking Session.