Lead a matrixed team of system safety, reliability, product integrity, and mission assurance engineers to ensure safe and successful missions. Provide inputs to program planning to ensure safety and mission assurance objectives are adequately addressed. Coordinate with program to establish and refine risk thresholds and goals for safety and mission success. Provide SQMA d

Lead a matrixed team of system safety, reliability, product integrity, and mission assurance engineers to ensure safe and successful missions. Provide inputs to program planning to ensure safety and mission assurance objectives are adequately addressed. Coordinate with program to establish and refine risk thresholds and goals for safety and mission success. Provide SQMA d

OverviewIf you love the pursuit of excellence and are inspired by the challenges that come through driving innovations that impact how the world lives, works and plays, then we invite you to learn more about Microsoft Operations and the value we deliver across Microsoft and to our customers and partners. We offer unique opportunities to work on interesting global projects

The manager of quality improvement is responsible for the administering and monitoring of PMC's quality improvement plan and functions tactically with members of provider and management teams to ensure healthcare quality and patient experience goals are met. Under the overall direction of the Quality Care Delivery and Patient Experience Committee and the Quality and Care

The Manager of Sterile Processing is responsible for the strategic planning, daily operations and services of Sterile Processing Departments to include planning, directing and coordinating activities involved in the acquisition, decontamination, storage, assembly, cleaning, and sterilization of medical, surgical and related supplies, materials and equipment utilized in th

Our Mission is to Map the Universe of Biology. As the pioneer in the field of , NanoString enables scientists across the globe to envision molecular interactions in three dimensions with three different systems, the , the (DSP) and the (SMI) platform. As a result, scientists can see the multiomic expression of genes and proteins in the natural context of tissue structure.