Paul Zarda is a highly accomplished professional with a significant
number of achievements and expertise in diverse areas. He has been
working with Lockheed Martin since 1980, serving various projects and
handling all of his duties and responsibilities diligently. He is the
Manager of the Engineering Methods Group. Also, he is a Member of the
Technical Staff of Research and Technology where he actively reviews
potential CRAD (Contract Research and Development) RFP’s (Request for
Proposal) that are routinely offered by government agencies, including
DARPA and the DoD. These investigations have lead, over the last 5
years, to successful proposals and awarded contracts totaling over $9
million dollars. In addition, Paul Zarda is also working as the Program
Manager in the Web-based Design Environment program with DARPA.
This program is an equally supported and funded effort between WPAFB, Lockheed Martin and software developer Technosoft, to develop a general purpose, collaborative, web design environment. This design environment is based on an object-oriented adaptive modeling language, AML, offered by Technosoft. The WDE/AML environment includes multiple servers, multiple clients, and an ORB (object request broker) that coordinates communication between servers. The WDE/AML environment has been tested using the AML-based IMD application. The WDE program has also supported the addition of various optimization algorithms into AML.
Paul Zarda is also serving the position of the Program Manager of Supersonic Hypersonic Vehicle Design. This program is the development of an object-oriented, web-enabled, distributed framework that offers an environment for design and simulation of trans-atmospheric vehicles (TAVs). The SHVD System automates and manages data transfer between various design, analyses and simulation tools: aerodynamics, aero-heating, thermal protection systems (TPS), propulsion systems, trajectory analyses, structural weight optimization, and cost.
This program is an equally supported and funded effort between WPAFB, Lockheed Martin and software developer Technosoft, to develop a general purpose, collaborative, web design environment. This design environment is based on an object-oriented adaptive modeling language, AML, offered by Technosoft. The WDE/AML environment includes multiple servers, multiple clients, and an ORB (object request broker) that coordinates communication between servers. The WDE/AML environment has been tested using the AML-based IMD application. The WDE program has also supported the addition of various optimization algorithms into AML.
Paul Zarda is also serving the position of the Program Manager of Supersonic Hypersonic Vehicle Design. This program is the development of an object-oriented, web-enabled, distributed framework that offers an environment for design and simulation of trans-atmospheric vehicles (TAVs). The SHVD System automates and manages data transfer between various design, analyses and simulation tools: aerodynamics, aero-heating, thermal protection systems (TPS), propulsion systems, trajectory analyses, structural weight optimization, and cost.
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