Carmen Costable
About Carmen Costable
Title: Director of Chemistry
Carmen Costable holds the position of Director of Chemistry. In this role, she leverages her extensive knowledge and experience to oversee chemical research and development initiatives. Her responsibilities include managing laboratory operations, guiding research teams, and ensuring the alignment of strategic objectives across multidisciplinary projects.
Education and Expertise in Chemistry and Biology
Carmen Costable received a Bachelor of Science in Biology from SUNY Plattsburgh. She furthered her education with graduate studies in chemistry at NC State. Her thesis research focused on establishing capillary electrophoretic techniques for identifying enzyme binding domains. This academic background has provided her with a solid foundation in both biology and chemistry, which she applies in her professional endeavors.
Background in Industrial Biotechnology
With over 25 years of experience in industrial biotechnology, Carmen Costable has a comprehensive understanding of processes from bench to production scale. Her career includes leadership roles that have driven growth initiatives and new product development. Her expertise spans various stages of biotechnology applications and has been instrumental in advancing industrial biotechnology projects.
Strategic Leadership in Laboratory Automation and Data Management
Carmen Costable has played a key role in developing and aligning strategic directions for laboratory automation systems, data management systems, and IT infrastructure. Her leadership has supported global R&D teams in achieving their research goals. These efforts have been crucial in optimizing workflows and improving data integrity across multidisciplinary projects.
Achievements in Enzyme Applications Across Multiple Industries
Carmen Costable has created significant value through enzyme applications for customers in various industries. Her work includes contributions to biofuels, chemical and biological weapon decontamination, pesticide degradation, grain processing, and personal care. These achievements highlight her ability to apply scientific expertise to practical challenges, resulting in impactful solutions across diverse sectors.