Asiya Habibullah, Mls(ascp)cm
About Asiya Habibullah, Mls(ascp)cm
Asiya Habibullah is a Flow Cytometry Scientist II at Bristol Myers Squibb with a background in clinical laboratory science and biology.
Title
Asiya Habibullah holds the title of Flow Cytometry Scientist II at Bristol Myers Squibb. She specializes in flow cytometry, an advanced technique used extensively in biomedical research and clinical diagnostics.
Current Position at Bristol Myers Squibb
Since July 2019, Asiya Habibullah has been employed at Bristol Myers Squibb as a Flow Cytometry Scientist II. In this role, she is responsible for conducting flow cytometry experiments, analyzing cellular characteristics, and contributing to the biomedical advancements of the company. Her work is instrumental in driving forward clinical research and diagnostic developments.
Previous Experience at University Hospital
In 2018, Asiya worked for 5 months at University Hospital in Newark, New Jersey, as a Clinical Laboratory Scientist. During her tenure there, she applied her expertise in clinical laboratory science to perform diagnostic tests, ensuring accuracy and quality in laboratory results. Her experience at University Hospital provided her with a keen understanding of laboratory protocols and procedures.
Education and Certification
Asiya Habibullah earned a Bachelor's degree in Clinical Laboratory Science/Medical Technology/Technologist from Rutgers University - School of Health Related Professions in 2014. Prior to that, she completed a Bachelor's degree in Biology, General at New Jersey Institute of Technology (NJIT) and Albert Dorman Honors College from 2009 to 2013. Additionally, she holds an ASCP certification as a medical laboratory scientist, which underscores her qualifications and commitment to the field.
Professional Background
Asiya has a robust background in diagnostic laboratories, which is pivotal to her current role. Her professional journey reflects significant expertise in clinical diagnostics and laboratory sciences, reinforced by her ASCP certification. Her work in both academic and clinical settings showcases her dedication to advancing her technical skills and knowledge in flow cytometry.