John Cornelius West
Physician in Denver, CO
License number
Colorado 20675
Issued Date
Jan 11, 1977
Renew Date
Dec 31, 1977
Expiration Date
Dec 31, 1977
Type
Physician
Address
Address
5300 Cherry Crk So Dr #824, Denver, CO 80222
Personal information
See more information about John Cornelius West at radaris.comName
Address
Phone
514 W Hook Dr, Pueblo, CO 81007
5065 Harrington Dr, Colorado Spgs, CO 80911
4510 14Th St SW, Loveland, CO 80537
Professional information
See more information about John Cornelius West at trustoria.com
Sr. Quality Inspector At Ball Aerospace Technologies Corp.
Sr. Quality Inspector At Ball Aerospace Technologies Corp.
Position:
Sr. Quality Inspector at Ball Aerospace Technologies Corp.
Location:
Greater Denver Area
Industry:
Aviation & Aerospace
Work:
Ball Aerospace Technologies Corp.
- Wesminster, Co since 2004
-
Sr. Quality Inspector
Maxtor Corporation
1998 - 2004
-
Senior Mechanical Inspector
Owner, Neps
Owner, Neps
Position:
Owner at neps
Location:
Greater Denver Area
Industry:
Banking
Work:
neps
-
Owner
Education:
Indiana University of Pennsylvania 1977 - 1981
Ceo At Self-Employed
Ceo At Self-Employed
Position:
ceo at self-employed
Location:
Greater Denver Area
Industry:
Arts and Crafts
Work:
self-employed
-
ceo
Painter At Tom West Painting
Painter At Tom West Painting
Position:
painter at Tom West painting
Location:
Greater Denver Area
Industry:
Construction
Work:
Tom West painting
-
painter
John West - Aurora, CO
John West - Aurora, CO
Work:
United States Air Force
Systems Crew Chief/Ground Systems Operator U.S. Air Force - Moron AB, Spain
NCOIC, Standardization and Evaluation United States Air Force - Vandenberg AFB, CA
Satellite Operations Instructor United States Air Force
EHF Satellite Systems Operator
Systems Crew Chief/Ground Systems Operator U.S. Air Force - Moron AB, Spain
NCOIC, Standardization and Evaluation United States Air Force - Vandenberg AFB, CA
Satellite Operations Instructor United States Air Force
EHF Satellite Systems Operator
Education:
University of North Dakota
Masters of Science in Space Studies Community College of the Air Force
AAS in Instructor of Technology and Military Science Allan Hancock College
Associates of Arts in Math and Science TUI University
Bachelors of Science in Health Care Management Community College of the Air Force
Associates of Applied Science in Air and Space Operations Technology
Masters of Science in Space Studies Community College of the Air Force
AAS in Instructor of Technology and Military Science Allan Hancock College
Associates of Arts in Math and Science TUI University
Bachelors of Science in Health Care Management Community College of the Air Force
Associates of Applied Science in Air and Space Operations Technology
Skills:
Mastery of Microsoft Office programs (Word, Excel, PowerPoint), Familiar with Linux and C++, Crisis Management, Instructional Systems Development, Management of complex systems
Rotary Seismic Shear-Wave Source
Rotary Seismic Shear-Wave Source
US Patent:
5483026, Jan 9, 1996
Filed:
Feb 24, 1994
Appl. No.:
8/201449
Inventors:
Wilfred P. Hasbrouck - Arvada CO
Donald B. Hoover - Arvada CO
John C. West - Lakewood CO
Dennis F. Capron - Arvada CO
Donald B. Hoover - Arvada CO
John C. West - Lakewood CO
Dennis F. Capron - Arvada CO
Assignee:
The United States of America as represented by the Secretary of the
Interior - Washington DC
Interior - Washington DC
International Classification:
G01V 104
US Classification:
181121
Abstract:
An apparatus and a method for generating seismic waves utilizes a heavy flywheel positioned for rotation in a vertical plane to generate and store energy which is then transferred to the ground. The device includes two balanced hammers mounted on the flywheel as impact members. In operation, the flywheel is spun to a predetermined speed and then, on command, the hammers are extended outward from the flywheel so that one hammer strikes either a vertical or a horizontal strike member, thus providing a rapid transfer of a large amount of kinetic energy to the ground resulting in the generation of a set of seismic waves.