Pinky Bautista
About Pinky Bautista
Pinky Bautista is an IT Business Process Analyst in Translational Medicine at Bristol-Myers Squibb and Assistant Director at Columbia University's Digital and Computational Pathology Laboratory.
Current Role at Bristol-Myers Squibb
Pinky Bautista is an IT Business Process Analyst in Translational Medicine at Bristol-Myers Squibb, based in New Jersey, United States. She began her tenure at the company in February 2019. In her role, Pinky integrates her expertise in IT processes with translational medicine, focusing on enhancing the efficiency and effectiveness of medical research workflows. Her work involves leveraging technology to support the transition of medical research into clinical applications, improving patient outcomes through innovative solutions.
Position at Columbia University
Pinky Bautista also serves as the Assistant Director of the Digital and Computational Pathology Laboratory at Columbia University in the City of New York. In this role, she oversees the implementation and management of digital pathology systems and computational tools that aid in medical diagnostics and research. Her contributions help streamline pathology processes and enhance data analysis capabilities, supporting the academic and research goals of the laboratory.
Past Experience at Massachusetts General Hospital
From 2013 to 2017, Pinky Bautista held the position of Research Scientist at Massachusetts General Hospital in Boston, Massachusetts. During her four-year tenure, she contributed to significant research projects, applying her combined knowledge of technology and medical science. Her role involved conducting and managing research activities, contributing to scientific discovery and advancing medical knowledge.
Educational Background and Expertise
Pinky Bautista earned her Doctor of Philosophy degree from the Tokyo Institute of Technology, where she studied from 2002 to 2006. Her academic background in philosophy is complemented by her extensive knowledge in pathology, providing a unique interdisciplinary perspective. This combination of humanities and science informs her approach to digital and computational pathology, making her proficient in leveraging both technological and analytical skills within the medical field.