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RESEARCH
Integration of Iron Oxide Nanoparticles into High-Density Polyethylene for Sustainable Cup Coatings
Under the guidance of Prof. Thomas Webster (Nobel Prize nominee, former Brown University), I developed and patented RealCycle Cup, a sustainable paper cup lined with iron oxide nanoparticles that replaces toxic plastic coatings. Its design enables magnetic separation, complete biodegradation, and zero microplastic leaching. RealCycle Cup is in discussions with an MNC for mass production and distribution to retail chains.
Thermally Crosslinked Sustainable Starch Biopolymer Separator for Solid-State Lithium-Ion Batteries
Relocating to Depok, I joined the materials science research group at the University of Indonesia under the mentorship of Dr. Christin Ratri. There, I developed a starch-based battery separator to replace plastic and toxic electrolytes. Now under trial for electric vehicles, the project is being adopted by Indonesia’s National Research and Innovation Agency (BRIN).
Rice Husk–Based Superhydrophobic Nano-Silicon Spray for Sustainable Protection of Rural Housing
Underprivileged housing often suffers from leaks, decay, and bacteria, leading to respiratory illness and unsafe living conditions. With guidance from Dr. Muhamad I. Amal at the Indonesia National Research and Innovation Agency (BRIN), I developed a superhydrophobic nano-silicon spray derived from rice husks, creating a sustainable, water-repellent coating that resists moisture and decay. Now applied in 60 rural homes, it protects over 400 people from mold, asthma, termites, and pathogens.
SIGMA XI: Research Honor Society
President Officer
I authored a research paper on how variations in leaf structure and plant composition influence thermal conductivity and microclimate regulation in urban environments. Following my research, I served as a Sigma Xi officer for two years, sharing my passion for research with other enthusiastic members and providing guidance along the way.
