At the intersection of computational prowess and biological discovery, Gihan Ketawala stands out as a visionary researcher with a passion for harnessing data to propel scientific innovation. Hailing from the verdant landscapes of Sri Lanka, Gihan’s academic journey commenced with a B.S. in Computational Chemistry from the University of Colombo, laying a foundation for a career characterized by meticulous research and profound insights.
Gihan’s quest for knowledge led him to Arizona State University (ASU), renowned for its cutting-edge research facilities and a fertile ground for interdisciplinary collaboration. Here, Gihan expanded his expertise, earning a Graduate degree in Biochemistry that further solidified his role as a scholar of substance. His initial foray into ASU’s vibrant research community began with a pivotal rotation in Petra Fromme’s lab, where the melding of computational methods and molecular biology piqued his interest and set the stage for his future endeavors.
Currently, Gihan is a pivotal member of the BioDesign Center for Applied Structural Discovery (CASD) at ASU, where he assumes the role of Research Specialist Sr. His current intellectual pursuits are as diverse as they are profound, encompassing big data analysis, data visualization, Python programming, machine learning, and the intricate techniques of serial femtosecond crystallography. His work is not just about the accumulation of data but its transformation into meaningful insights, a testament to his belief in the power of analysis to redefine our understanding of biological systems.
Gihan’s recent achievements are a testament to his status as a researcher of international repute. He has presented his work, particularly on the innovative "Pixel Anomaly Detector Tool (PADT)," at prestigious gatherings, including the 10th Annual BioXFEL Conference, the 73rd Annual American Crystallographic Association meeting, and the 23rd Congress of the International Union of Crystallography (IUCR). These presentations underscore his contributions to the field of structural biology and highlight his relentless pursuit of knowledge and excellence.
Gihan’s narrative is one of relentless pursuit, a journey from the fundamentals of computational chemistry to the complexities of structural biology, all driven by a singular goal: to utilize big data and computational tools to unlock the secrets of nature and foster the development of renewable energy sources. His story is not just about what has been accomplished, but the potential of what is yet to come.