Chung Yuan Christian University-Taiwan
Author Profile
Early Academic Pursuits
Ms. Dian Qoriati embarked on her academic journey with a Bachelor's Degree in Waste Treatment Engineering from the Shipbuilding Institute of Polytechnic Surabaya in Indonesia. During her undergraduate studies, she exhibited exceptional dedication, evidenced by her receipt of the prestigious Bidikmisi Scholarship. Her thesis, focused on reducing ammonium and phosphate concentrations in artificial leachate through struvite precipitation, showcased her early interest in environmental engineering and wastewater treatment. This foundational research laid the groundwork for her future endeavors in the field.
Professional Endeavors
Upon completing her Bachelor's degree, Ms. Dian Qoriati pursued a Master of Science in Environmental Engineering at Chung Yuan Christian University in Taiwan, where she was awarded the Graduate of International Student Scholarship. Her master's thesis, which explored an integrated reclamation process for aquaculture wastewater using sand filtration, membrane distillation, and adsorption, demonstrated her commitment to developing innovative solutions for wastewater management.
Building on her master's research, Ms. Dian Qoriati continued her academic journey by enrolling in a Doctoral program in Civil Engineering at the same university. Throughout her doctoral studies, she has been a recipient of the Graduate of International Student Scholarship and Academic Outstanding Research Scholarships. Her doctoral research focuses on membrane technology, particularly membrane distillation, with applications in water and wastewater advanced treatment and purification.
Contributions and Research Focus
Ms. Dian Qoriati contributions to the field of environmental engineering are notable, particularly in the realm of wastewater treatment. Her work at the Circular Society Laboratory at CYCU involved implementing and analyzing various research projects aimed at addressing environmental challenges. From treating chromium-contaminated groundwater to reclaiming aquaculture wastewater, Dian has been instrumental in developing integrated treatment processes utilizing techniques such as slow sand filtration, microfiltration, adsorption, and membrane distillation.
Her expertise extends beyond the laboratory, as she has also contributed to management projects focusing on sustainable trade index analysis, smart water management systems, soil treatment markets, and drought management. Through her research and project involvement, Dian has demonstrated a comprehensive understanding of environmental engineering principles and a commitment to finding practical solutions to environmental issues.
Accolades and Recognition
Ms. Dian Qoriati academic achievements and research contributions have been recognized through scholarships and funding support from prestigious institutions such as the Ministry of Environment in Taiwan and the National Academy of Marine Research. Her dedication to academic excellence and her contributions to the field have positioned her as a promising young researcher in environmental engineering.
Impact and Influence
Ms. Dian Qoriati work has the potential to have a significant impact on environmental sustainability, particularly in the area of wastewater treatment. By developing innovative treatment processes and contributing to research projects aimed at addressing environmental challenges, she is helping to advance the field of environmental engineering and promote sustainable practices.
Dian Qoriati's profound dedication and pioneering work in environmental engineering have earned her the prestigious Environmental Engineering Award. Her innovative research in water and wastewater treatment technologies, particularly in membrane distillation, has garnered widespread recognition.
Legacy and Future Contributions
As Ms. Dian Qoriati progresses in her academic and professional journey, her legacy is sure to be one of innovation and impact in environmental engineering. Through her research, she aims to continue developing novel solutions for water and wastewater treatment, with a focus on membrane technology and sustainable practices. Her future contributions hold the promise of improving environmental quality and advancing our understanding of how to mitigate the impacts of pollution on ecosystems and communities.
Notable Publication