• Source: DESE Research
    • DESE Research, Inc., is a veteran-owned, small-business firm conducting Theoretical and Analytical Research Services in the fields of Defense, Energy, Space, and Environment. DESE was formed in 1982 by former U.S. Army Civil-Service Executive Dr. Wallace E. Kirkpatrick. In Addition to Research Accomplishments, DESE is recognized for high Ethical Standards and Leadership in Community Services.


      Locations


      Corporate headquarters and primary operations are in the Cummings Research Park, Huntsville, Alabama. The firm also has offices serving Washington, D.C. and Leavenworth, Kansas.


      Organization and management




      = Corporate managers

      =
      Chief executive officer – Michael A. Kirkpatrick
      President – Michael A. Kirkpatrick
      Senior Vice-President of Business Development – David F. Hemingway
      Senior Vice-President of Enterprise Architecture – Shawn Wilson
      Administration – Patricia Guinn


      = Directorates

      =
      Advanced Technology – H. Ray Sells
      Cyber Security Programs – Bernie Froehlich
      Leavenworth Operations – William E. Gevedon
      Missile Systems Development – William T. Naff, Ph.D.
      Simulation Applications – Dewayne Hall
      Supply Chain Research – Bill Killingsworth, Ph.D
      Systems Engineering and Test – Victor Dlugoszewski


      Primary customers


      At the present and in recent years, the client base of DESE has included the following Government Agencies and Business Industries.


      = Government agencies

      =
      Army Aviation and Missile Command; Army Combined Arms Center; Army Installation Management Command; Army Space and Missile Defense Command; Army Test and Evaluation Command; Army Training and Doctrine Command; Defense Intelligence Agency (Missile and Space Intelligence Center); Defense Threat Reduction Agency; Joint Systems Integration Center; Missile Defense Agency: NASA Marshall Space Flight Center; and Oak Ridge National Laboratory. DESE Research is certified by the General Services Administration under Professional Engineering Services and Information Technology Services.


      = Business industries

      =
      Boeing Company; Oshkosh Defense, LLC., CAS Group/Wyle; COLSA Corporation; Computer Sciences Corporation; Dynetics; General Dynamics; L3 Communications; Lockheed Martin Missiles and Space; Raytheon Company; Science Applications International Corporation; Teledyne Brown Engineering; plus others, mainly Small Businesses.


      Areas of specialization


      DESE offers the following primary areas of expertise and recently developed tools and processes.


      = Areas of expertise

      =
      Advanced software development; cyber security; database engineering; enterprise architecture; independent validation and verification; information assurance; intelligence, surveillance, and reconnaissance; interoperability certification; missile research and development; modeling and simulation; requirements analysis; test and evaluation; threat assessment; training; weapon system design.
      DESE has received contracts, subcontracts, or Small Business Innovative Research (SBIR) awards in these areas. A number of the activities resulted in published papers and patents.


      = Simulation tools and processes

      =
      DESE is recognized for developing simulation and modeling software tools. NASA's heavy-lift vehicle projects use a DESE-developed code for their primary flight simulation In an unusual practice, DESE has made some of its simulations available to the public as open-source code, permitting users to study, change, improve, and, at times, distribute the software.
      DESE literature cites the following recently developed and used major tools and processes.

      C++ Model Developer – simulation kernel for quickly building dynamic simulations
      Digital Glue – scripting languages to make software interoperable
      T-Frames – universal architecture for high-fidelity missile engagement simulations
      MAVERIC – high-fidelity simulation used in developing heavy-lift vehicles
      Genetic Algorithms – optimization technique using survival-of-the fittest principles
      Mini-Rocket – easy-to configure, multiple-degree-of-freedom flyout trajectory model
      Collection Asset Visualization – optimizing location of intelligence sensors
      Flight Path threat assessment – identifying and avoiding MANPADS threat areas
      Battle Command Common Operational Architecture – JTF through Company HQs
      System-of-Systems Mission Threads – basis for Army Interoperability Certification


      References




      External links


      DESE Research Official Web Site; http://www.dese.com/

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