Dr. Paul Zarda is an Orlando based highly qualified professional who is
skilled in all aspects of mechanical engineering. He has both
theoretical as well as practical expertise in the field of MCAE
(Mechanical Computer Aided Engineering) & KBE (Knowledge Based
Engineering). He also chaired a Mechanical Design bench-marking team at
the corporate & local level. He also served as the Program Manager
in Knowledge Based Engineering on DARPA’s MADE AND RADEO program.
Dr. Paul Zarda has over 30 years of experience in the area of finite element & finite difference algorithms. Paul has been invited as a speaker at various functions including ASME, University of Central Florida (UCF), University of Florida, and AIAA functions. He has taught over 20 courses in the CES program at Lockheed Martin & approximately 15 courses to over 300 students in UCF’s graduate and undergraduate program.
Dr. Paul Zarda‘s responsibilities at Lockheed Martin fall into categories including Program Manager of several contracts with WPAFB, Distinguished Member of the Technical Staff assigned to Research and Technology, and Manager of the Engineering Methods Group. He is an expert in finite element techniques applied to stress & dynamic analysis within Lockheed Martin. His work has led to the development of various tools that increase an engineer’s productivity. He is also responsible for the development of FEM/SINDA, which is an industry standard thermal analysis code that has changed the way thermal analysis is performed at Lockheed Martin, offering significant productivity gains to the engineering community.
Dr. Paul Zarda has over 30 years of experience in the area of finite element & finite difference algorithms. Paul has been invited as a speaker at various functions including ASME, University of Central Florida (UCF), University of Florida, and AIAA functions. He has taught over 20 courses in the CES program at Lockheed Martin & approximately 15 courses to over 300 students in UCF’s graduate and undergraduate program.
Dr. Paul Zarda‘s responsibilities at Lockheed Martin fall into categories including Program Manager of several contracts with WPAFB, Distinguished Member of the Technical Staff assigned to Research and Technology, and Manager of the Engineering Methods Group. He is an expert in finite element techniques applied to stress & dynamic analysis within Lockheed Martin. His work has led to the development of various tools that increase an engineer’s productivity. He is also responsible for the development of FEM/SINDA, which is an industry standard thermal analysis code that has changed the way thermal analysis is performed at Lockheed Martin, offering significant productivity gains to the engineering community.
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