David Mark Clark
Engineers at Quarles Dr, Littleton, CO

License number
Colorado 31644
Issued Date
Feb 11, 1997
Renew Date
Nov 1, 2015
Expiration Date
Oct 31, 2017
Type
Professional Engineer
Address
Address
5275 W Quarles Dr, Littleton, CO 80128

Professional information

David Clark Photo 1

David Clark - Highlands Ranch, CO

Work:
United Launch Alliance
Software Engineering Contractor
Sierra Nevada Corporation. Intelligence, Surveillance & Recon Div. - Centennial, CO
Spacecraft Software Systems Consultant
Lockheed Martin Space Systems - Waterton, CO
Requirements Analyst / Software Systems Architect
Lockheed Martin Space Systems - Waterton, CO
Software Test Lab Project Lead
Lockheed Martin Space Systems - Waterton, CO
Orion Spacecraft Simulation Models Lead
Lockheed Martin Space Systems - Waterton, CO
Spacecraft Simulation Systems Project Lead
Lockheed Martin Space Systems - Waterton, CO
Project Lead
Lockheed Martin Space Systems - Waterton, CO
Systems Integration Lead
Corsair Engineering - Waterton, CO
Requirements Analyst
Black Ram Engineering - Fort Worth, TX
Requirements Analyst
United Space Alliance - Lockheed Space Operations Company - Kennedy Space Center, FL
Software Applications Technical Lead
Skills:
Languages: C/C++, gcc, Fortran (95, 2003, 2008), VBA, C# 5.0, Java, Perl, Bison/Flex, YACC/Lex, HTML, CLIPS/R2, XML, BNF. Tools: Microsoft Visual Studio, Microsoft Office Suite (Word, Excel, PowerPoint, Outlook), Project, Visio, yEd, Eclipse, DOORS, Lotus Notes, RealVNC, Doxygen, Modelio UML Modeler, Umbrello UML Modeler, Simics, NASA Trick Simulation Environment, IBM Rational Change & Synergy, Grammar Oriented Language Developer (GOLD), Prepar3D, FSX, Orbiter 2010 Space Flight Simulator, L3 InControl, Active Risk Manager (ARM), Hercules IBM Mainframe emulator for System/370, ESA/390, and z/Architecture, Bihrle Applied Research D-Six Flight Simulation System, Micro Focus EuroSmart & Revolve. Hardware: Various IA-32 and IA-64 architecture based machines, Apple Macintosh, Quantum3D, Penguin Computing HPC System, SGI Origin 350, Dell PowerEdge 2950, HP ProLiant DL585, and various Dell, HP, and Apple laptops.


David Clark Photo 2

System For Removal Of Inerts From Fuel Cell Reactants

US Patent:
7803488, Sep 28, 2010
Filed:
Sep 26, 2007
Appl. No.:
11/862046
Inventors:
David L. Clark - Highlands Ranch CO, US
Assignee:
Lockheed Martin Corporation - Bethesda MD
International Classification:
H01M 2/00, H01M 2/14
US Classification:
429408, 429415
Abstract:
An electrical power plant that includes a fuel cell and at least one recycle system for recycling at least a first reactant, for reuse by the fuel cell. The fuel cell discharges a first exit stream that includes the first reactant and inerts. The recycle system comprises a separator that receives the first exit stream from the fuel cell and separates the first reactant contained in the first exit stream from inerts contained in the exit stream. The separated first reactant is directed back to the fuel cell for reuse. The remaining inerts and unseparated first reactant are discharged by the separator and then recirculated back into the separator, without progressing through the fuel cell, to separate additional first reactant from the inerts.


David Clark Photo 3

System For Removal Of Inerts From Fuel Cell Reactants

US Patent:
7279245, Oct 9, 2007
Filed:
Dec 9, 2003
Appl. No.:
10/731698
Inventors:
David L. Clark - Highlands Ranch CO, US
Assignee:
Lockheed Martin Corporation - Bethesda MD
International Classification:
H01M 2/00, H01M 2/14
US Classification:
429 34, 429 38, 429 39
Abstract:
An electrical power plant that includes a fuel cell and at least one recycle system for recycling at least a first reactant, for reuse by the fuel cell. The fuel cell discharges a first exit stream that includes the first reactant and inerts. The recycle system comprises a separator that receives the first exit stream from the fuel cell and separates the first reactant contained in the first exit stream from inerts contained in the exit stream. The separated first reactant is directed back to the fuel cell for reuse. The remaining inerts and unseparated first reactant are discharged by the separator and then recirculated back into the separator, without progressing through the fuel cell, to separate additional first reactant from the inerts.