Dartmouth Fellowship Granted to AUK Faculty Belal Gharaibeh
17th Apr 2024 | by the Department of PR & Marketing
Upon the recommendation of the Committee on Research and Grants (CRG) at Dartmouth College, the Dartmouth Fellowship has been granted to Dr. Belal Gharaibeh, associate professor of systems engineering, at the College of Engineering and Applied Sciences (CEAS) at AUK.
Dr. Gharaibeh will be working with Dr. Douglas W. Van Citters on a project entitled “A Comprehensive Study of Radiation Effects on 3D Printed Polymers,” which explores the mechanical and chemical alterations of materials following radiation exposure. Such research is critical for understanding how these materials, widely used in high-stakes environments such as nuclear energy, medical technology, and aerospace, behave under extreme conditions.
AUK president, Dr. Rawda Awwad, reflected on the Dartmouth Fellowship and what it entails, “In the pursuit of knowledge and innovation, the Dartmouth Fellowship serves as a beacon of collaboration and excellence. Through Dr. Belal Gharaibeh's groundbreaking research on radiation effects in 3D printed polymers, we witness the transformative power of interdisciplinary partnerships. This endeavor not only enriches the academic landscape of AUK but also propels us towards a future where scientific advancements redefine the boundaries of possibility."
The fellowship program will run for 8 weeks in the summer of 2024, from June to August. Commenting on the significance of this collaboration, Dr. Gharaibeh stated, “Our collaboration with Dr. Douglas W. Van Citters at Dartmouth College is pivotal to this project. Leveraging his lab's state-of-the-art facilities and expertise ensures a comprehensive analysis of the radiation effects on polymers. This partnership not only augments the scope of our research but also enhances the educational experience for AUK interns, exposing them to cutting-edge research and diverse disciplines.”
This research is anticipated to significantly advance the understanding of 3D printed materials in high-radiation environments. By filling existing knowledge gaps, the findings could lead to innovative applications across various sectors, potentially revolutionizing manufacturing methods in the nuclear industry, enhancing component design in synchrotrons, and improving the safety and efficacy of medical implants.
The Dartmouth Fellowship empowers AUK recipients to produce impactful research, offering a distinctive avenue for professional growth within the University's scholarly network. Dartmouth and AUK have leveraged their partnership over twenty years, engaging in collaborative research, joint initiatives, and resource sharing, fostering strong connections among students and faculty from diverse backgrounds.
Dr. Belal Gharaibeh