QIAGEN, an industry leader in molecular testing, pharmaceutical research, and life science innovation, has hired Anne Albert as a Senior Supply Chain Analyst. Founded in Dusseldorf, Germany by a team of young scientists in the molecular biological research field with a knowledgeable doctoral supervisor, the company helps offer advanced molecular testing solutions that improve customer experiences and create efficient outcomes.
In her role at QIAGEN, Albert will work to improve the company’s sales and inventory through data analysis, reporting, presentation, and planning product portfolios. In addition, she will help streamline sales by hosting global calls and serving as a supply chain point of contact. Finally, she will lead control of the supply chain, keeping track of inventory, identifying shortages, and expediting urgent product requests. Albert brings a rich background in the life sciences and management to help improve QIAGEN’s customer experience through product management and risk mitigation.
About Anne Albert
Albert brings over seven years of progressive experience in the pharmaceutical supply chain. Previously, she spent over three years working as a materials planner for Catalent Pharma Solutions, where she kept track of inventory and ensured company product success.
In addition, Albert contributed heavily to the life science fields through her pioneering research at organizations such as Circulomics and Personal Genome Diagnostics, where she spent four and a half years innovating new solutions. Her problem-solving and professional experience will be invaluable to QIAGEN as she begins her new role.
About QIAGEN
QIAGEN is a global biotechnology company that specializes in providing sample and assay technologies for molecular diagnostics, applied testing, academic and pharmaceutical research. Founded in 1984, the company is headquartered in Hilden, Germany, and offers a broad range of solutions for extracting, analyzing, and processing nucleic acids like DNA and RNA. QIAGEN’s products and services are widely used in research laboratories and healthcare settings, particularly in areas such as cancer research, infectious disease diagnostics, and personalized medicine, helping to advance molecular biology and diagnostics.
