Global Science & Technology, Inc
Brian Merandi has a diverse work experience spanning over three decades. Brian began their career in the US Army in 1988, serving as Military Intelligence until 1995. In 1999, they transitioned to the private sector and worked as a Systems Engineer at CACI International Inc until 2000. Brian then joined General Dynamics as a Senior Systems Engineer from 2001 to 2003. Following this, they joined Northrop Grumman Mission Systems as a Senior Systems Engineer for a brief period before moving to Global Science and Technology. At Global Science and Technology, they held the roles of Biometric Systems Engineer from 2003 to 2004, and later became the Technical Director from 2004 onwards. Most recently, they have joined Peraton as a Senior System Engineer since March 2018.
Brian Merandi attended West Virginia University from 1982 to 1986. During this time, they earned a Bachelor of Arts degree in Political Science.
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Global Science & Technology, Inc
Global Science & Technology was founded in 1991. Currently, Global Science & Technology has offices in six locations: Greenbelt, Maryland; Arlington, Virginia; Fairmont, West Virginia; Boulder, Colorado; and Asheville, North Carolina. Global Science & Technology has built a highly specialized workforce that includes experts in key domains of engineering, science, communications, and information technology. Global Science & Technology provides all levels of scientific and technical expertise and support within the federal Research and Development (R&D) laboratory environment. Global Science & Technology’s major clients include NASA Goddard Space Flight Center(GSFC), NASA Headquarters, NOAA, Department of Defense (DoD), Department of Justice (DOJ), and the State of West Virginia. Much of Global Science & Technology’s work has been in direct support of NASA and NOAA science missions and related data systems. Global Science & Technology’s signature emphasis is on systems interoperability and solutions based on open standards to create efficiencies and reduce overall cost of operations.