MICHAEL EMERY MOORE
Pilots at Round Pr St, Shawnee Mission, KS

License number
Kansas A1326777
Issued Date
Jan 2017
Expiration Date
Jul 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
5309 Round Prairie St, Shawnee Mission, KS 66226

Professional information

Michael Moore Photo 1

Firmware Engineer At Elecsys Corporation

Position:
Firmware Engineer at Elecsys Corporation
Location:
Kansas City, Missouri Area
Industry:
Medical Devices
Work:
Elecsys Corporation - Olathe, KS since Apr 2013 - Firmware Engineer RBC Medical Innovations - Lenexa, KS Jun 2010 - Apr 2013 - Software Engineer GE Transportation - Grain Valley, MO May 2008 - Aug 2008 - Test Engineering Intern GE Transportation - Blue Springs, MO May 2007 - Aug 2007 - Project Management Intern
Education:
University of Missouri-Columbia 2008 - 2011
Master of Science in Computer Engineering, Computational Intelligence
University of Missouri-Columbia 2005 - 2008
Electrical Engineering, Embedded Systems
DeVry University 2002 - 2005
Bachelor of Science in Computer Engineering Technology


Michael Moore Photo 2

President And Ceo At Certus Resource Group Llc

Position:
President and CEO at Certus Resource Group LLC, President & CEO at Greenleaf Recycling, LLC
Location:
Kansas City, Missouri Area
Industry:
Oil & Energy
Work:
Certus Resource Group LLC since Feb 2013 - President and CEO Greenleaf Recycling, LLC - Shawnee Mission, KS since Feb 2013 - President & CEO Energy Xtreme - Olathe KS Nov 2011 - Feb 2013 - Senior Vice President American Energy Solutions, Inc. - Leawood KS Dec 1995 - Aug 2011 - President and CEO Private Energy Partners, Inc - Overland Park, KS Dec 1989 - Dec 1995 - President
Education:
Bellevue University 1973 - 1977
Bachelor of Arts, Business
U.S Army 1971 - 1973
Westside High School 1967 - 1970


Michael Moore Photo 3

Michael Moore - Mission, KS

Work:
Complete Medical Homecare
Enrollment Executive
Best Buy - Kansas City, KS
SWAT
Emporia State University - Emporia, KS
Graduate Teaching Assistant
Wal-Mart - Emporia, KS
Assembler
Education:
Emporia State University - Emporia, KS
Master of Science in Mathematics
Emporia State University - Emporia, KS
BS in Mathematics
Skills:
Problem solving, teaching, sales, customer service, computer hardware and software


Michael Moore Photo 4

Hypocycloidal Drive Unit For Conversion Of Rotary To Linear Motion Particularly For Use In Fiberglass Insulation Production Machinery

US Patent:
2006026, Nov 23, 2006
Filed:
May 18, 2005
Appl. No.:
11/131819
Inventors:
David Summa - Smithville MO, US
Michael Moore - Shawnee KS, US
International Classification:
F16H 37/02, F02B 75/32
US Classification:
475210000, 123197100
Abstract:
A hypocycloidal drive unit converts rotary to linear motion for use in high speed, high volume repetitive operations such as folding and lifting operations in the fiberglass insulation production industry. The drive unit is of low cost and low maintenance construction using a ring assembly with an inner planet wheel. An eccentric arm extends from the planet wheel and connects to crank arms joined to a lift arm which linearly and reciprocatingly slides in guides. The drive unit is characterized by the absence of gear teeth on the inner surface of the ring and on the planet wheel outer diameter. Various embodiments are disclosed including a circumferential chain around the ring and an inner planet wheel sprocket engaging the chain, a smooth inner ring circumferential surface and rubber faced planet wheel or tire traveling around the inner ring and an elastomeric cog belt and toothed planet wheel. The drive unit is able to withstand high cycle rates of up and down lift cycles per second during continuous operation.


Michael Moore Photo 5

Apparatus For Removing Mandrels From Tubular Articles

US Patent:
4080142, Mar 21, 1978
Filed:
Jan 18, 1977
Appl. No.:
5/760348
Inventors:
Michael O. Moore - Shawnee KS
Assignee:
Certain-teed Corporation - Valley Forge PA
International Classification:
B29C 700
US Classification:
425438
Abstract:
An apparatus for automatically removing a mandrel from a tubular article which utilizes a positioning and stopping means to rearrange the position and retain the tubular article after it has been formed. After the tubular article has been stopped a gripping and moving means operate to automatically remove the mandrel from the tubular article and return the mandrel to a storage area.