Jordan University of Science and Technology, Irbid, Jordan
Topics
Composite Materials Polymer Nanotechnology
Biography
My name is Saja Alrosan, and I hold a master’s degree in Physics from Jordan University of Science and Technology (JUST), where I have been actively engaged as a research assistant in the Physics Department and the Nanotechnology Institute since 2020. With a strong foundation in physics, I have developed a keen interest in the fascinating world of nanotechnology, particularly focusing on two-dimensional and nano-structured materials.
Throughout my academic journey, I have been dedicated to designing innovative materials and investigating the properties of both nano and bulk materials. My research primarily addresses critical challenges in environmental and technological applications. This includes groundbreaking work in photocatalysis, where I aim to develop materials that can efficiently harness solar energy to drive chemical reactions, contributing to sustainable energy solutions and environmental remediation.
In addition to photocatalysis, I am exploring gas sensing technologies that leverage nano-structured materials for enhanced detection of harmful gases. This research is vital for improving air quality monitoring and public health safety, reflecting my commitment to addressing environmental challenges through scientific innovation.
Another significant area of focus is supercapacitor devices. By investigating new materials that can improve energy storage capacity and efficiency, I aim to contribute to the development of advanced energy systems that meet the increasing demands of modern technology while promoting sustainability.
I am not only passionate about research but also deeply committed to collaboration and knowledge sharing within the scientific community. I actively participate in seminars, workshops, and discussions, recognizing that interdisciplinary cooperation is essential for advancing the field of nanotechnology.
As a participant in the MIC-ElectricApps 2024 track on Nano Engineering and Applications, I am excited to share my insights and findings with fellow researchers and industry experts. I look forward to exchanging ideas, gaining feedback, and exploring potential collaborations that can amplify the impact of my work.
With a vision for the future, I am eager to continue pushing the boundaries of nanotechnology, striving to create materials and applications that not only advance technological innovation but also contribute positively to environmental sustainability.
