Cepheid
Justin Banaria Espiritu is a seasoned operations and data architecture professional with extensive experience in business intelligence and data management. Currently serving as Director of Operations Data Architecture at Cepheid since October 2020, Justin has led initiatives to enhance data quality and standardize reporting while managing a diverse team of over 15 data scientists and analysts. Prior roles include Principal Business Solutions Architect at Cepheid, where Justin oversaw HANA data warehouse deployment, and Manager of Supply Chain Applications at Sony Interactive Entertainment, demonstrating a strong track record in streamlining operations and implementing innovative solutions. Justin began the career at Yahoo as a Business Intelligence Programmer Analyst and has held various positions at Cisco, enhancing forecasting accuracy and demand management. Educational background includes a Bachelor of Arts in Computer and Information Sciences from New Jersey Institute of Technology and an Associate's degree in Computer Science from Middlesex College.
Cepheid
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Cepheid is a molecular diagnostics company. The Company develops, manufactures and markets fully-integrated systems for testing in the Clinical and Non-Clinical markets. The Company's systems enable molecular testing for organisms and genetic-based diseases by automating otherwise complex manual laboratory procedures. The Company's systems integrate these steps and analyze biological samples in test cartridges. Its primary offering is the GeneXpert system, which integrates sample preparation in addition to Deoxyribonucleic acid (DNA) amplification and detection. The GeneXpert system is designed for a range of user types ranging from reference laboratories and hospital central laboratories to satellite testing locations, such as emergency departments and intensive care units within hospitals, as well as physician offices and other alternate site laboratories. It also offers the SmartCycler system, which integrates DNA amplification and detection to allow rapid analysis of a sample.