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Brian Lee Hulet

from Cedar Rapids, IA
Age ~58

Brian Hulet Phones & Addresses

  • 7451 Featherstone Ct, Cedar Rapids, IA 52411 (319) 393-2989
  • 6707 Deer Horn Trl, Cedar Rapids, IA 52411 (319) 393-2989
  • 19563 Tarocco Ln, Riverside, CA 92508 (909) 780-1089
  • Alabaster, AL
  • 1040 E Cothrell St, Olathe, KS 66061 (620) 762-3771
  • Cedar, IA

Resumes

Resumes

Brian Hulet Photo 1

Brian Hulet

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Location:
Cedar Rapids, IA
Industry:
Aviation & Aerospace
Work:
Rockwell Collins May 2014 - Nov 2010
Principal Systems Engineer

Naval Surface Warfare Center Corona Division Aug 1989 - Jan 2004
Electronics Engineer - Principal System and Project Engineer
Education:
California State University, Fullerton 1993 - 1998
Master of Science, Masters, Electronics, Engineering, Communications
North Dakota State University 1986 - 1989
Bachelors, Bachelor of Science, Electronics Engineering
Minot High School 1980 - 1984
Skills:
Systems Engineering
Telelogic Doors
Embedded Systems
Trade Studies
Simulations
Electrical Engineering
Earned Value Management
System Design
Ibm Doors
Matlab
Project Management
Ms Project
Clearquest
Proposal Writing
Visual C++
Autocad
System Integration Testing
Laser Safety
Inventor
Rf
Active Dod Secret Clearance
Cognitive Radio
Systems Design
Brian Hulet Photo 2

Brian Hulet

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Skills:
Leadership
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Brian Hulet

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Publications

Us Patents

Time-Difference Process And Apparatus For Scoring Supersonic Aerial Projectiles

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US Patent:
20030008265, Jan 9, 2003
Filed:
Apr 20, 2001
Appl. No.:
09/838225
Inventors:
Brian Hulet - Riverside CA, US
International Classification:
G09B019/00
US Classification:
434/014000
Abstract:
A time-difference process and apparatus for scoring supersonic aerial projectiles, such as military aircraft air-to-ground strafing projectiles fired at a strafe target, by detecting and measuring the acoustic shock waves propagated by the projectiles. The process and apparatus uses an array of at least six dynamic transducers to independently sample each projectile shock wave and transmit sampled signals to at least one all-purpose digital computer. The time-differences of arrival of the shock waves at each transducer are processed by an iterative algorithm implemented by the computer. The algorithm calculates projectile impact point, projectile velocity and other useful scoring data. The scoring data are used to quantitatively score the number of hits or misses by the strafing projectiles on the strafe target. Scoring data and other projectile data are selectably indicated to the operator by remote display and printout.
Brian Lee Hulet from Cedar Rapids, IA, age ~58 Get Report