Lockheed Martin
Senior Staff Systems Engineer
Engineering Technology Aug 1999 - Jan 2005
Mechanical Design Engineer
General Dynamics Aug 1999 - Jan 2005
Mechanical Engineer
Education:
University of Central Florida 1996 - 1999
Bachelor of Science In Mechanical Engineering, Bachelors, Mechanical Engineering
Florida State College at Jacksonville 1992 - 1995
Associates, Associate of Arts
Skills:
U.s. Department of Defense Solidworks Manufacturing Testing Mechanical Engineering Mechanical Drawings Computer Aided Design Project Engineering Procurement Astm Standards Automotive Electronic Packaging Custom Tool Development Design For Assembly Machine Design Hydraulics Aerospace Assembly Processes Proposal Writing Molded Part Design Finite Element Analysis/Solidworks Simulation Professional Engineering Bilingual Speaker/Writer English/Spanish
Mar 2010 to 2000 Field Marketing RepresentativeUnlimited Mobile Technologies Miami, FL Mar 2009 to Mar 2010 Operations ManagerT-Mobile Miami, FL Mar 2004 to Mar 2009 Account Development RepresentativeVolt Services Orlando, FL May 2003 to Mar 2004 Lead Event Representative for T-Mobile
Education:
Dade College Miami, FL 2001 to 2006 Associate in Arts in Communications
Edgardo Maldonado - Orlando FL, US Daniel J. Hartman - Orlando FL, US Noel Gonzalez - Oviedo FL, US William G. Rouse - Havre de Grace MD, US
Assignee:
The United States of America as represented by the Secretary of the Army - Washington DC
International Classification:
F42B 30/04
US Classification:
102368, 102351, 42105
Abstract:
A launchable grenade system is backwards compatible with conventional launch platforms and is capable of launching a variety of payloads at greater range and increased launch velocity, and with significantly improved targeting accuracy. The grenade is pre-packaged in a disposable launch canister that effectively confines launch ejection gases behind the projectile until it exits the canister. Additional enhancements in one or more embodiments, include collapsible aerodynamic stabilizers that are folded inside the launch canister prior to firing and deploy in flight to improve projectile stability and ballistic performance; electronic fuzing for improved repeatability and targeting precision, next-generation digital capabilities that include electronic device identification, failsafe and device monitoring; and momentum arresting forward expulsion of the payload to reduce blunt trauma hazard from projectile hardware and to provide for short distance targeting at significantly greater speed.