Career records & work history
License Records
Scot Paul Mcarthur
Address:
205 Lipan Way, Boulder, CO 80303
Licenses:
License #: A4498905
Category: Airmen
Category: Airmen
Scot Paul Mcarthur, 66205 Lipan Way, Boulder, CO 80303
Scot Mcarthur Phones & Addresses
205 Lipan Way, Boulder, CO 80303 719-5430307
175 Seminole Dr, Boulder, CO 80303
Kahuku, HI
232 Kohala Ranch Rd, Kamuela, HI 96743 719-5430307
343 Lapa Pl, Kailua, HI 96734 719-5430307
Social networks
Scot Paul Mcarthur
Linkedin
Work
Company:
Britax child safety, inc Dec 2011
Position:
Regional sales manager
Education
School / High School:
University of Idaho 1988 to 1994
Specialities:
Wildland Recreation Management
Skills
Trade Shows • Groups • Resorts • Budgeting • Customer Relations • Microsoft Office • Tourism • Conferences • Forecasting • Inventory Management • Excel • Negotiation • Customer Service • Sales Management • Analysis • Leisure • Word • Logistics • Account Management • Hiring • National Account Sales • New Channel Development • National Account Management • Territory Planning • Developing Staff • Outdoor Recreation • Environmental Education • Experiential Education
Industries
Consumer Goods
Mentions for Scot Paul Mcarthur
Scot Mcarthur resumes & CV records
Resumes
Regional Sales Manager At Britax Child Safety
Position:
Regional Sales Manager at Britax Child Safety, Inc
Location:
Boise, Idaho
Industry:
Consumer Goods
Work:
Britax Child Safety, Inc
since Dec 2011
Regional Sales Manager BOB Trailers, Inc Jan 2006 - Dec 2011
Account Manager Edward Jones Investments Apr 2005 - Nov 2005
Investment Representative Schweitzer Mountain Resort Oct 2003 - Apr 2005
Activity Center Manager Square One, Inc Jul 2002 - Aug 2003
Senior Program Counselor Ascent, Inc. Therapeutic Wilderness Adventures Feb 1997 - May 2002
Lead Wilderness Instructor
Regional Sales Manager BOB Trailers, Inc Jan 2006 - Dec 2011
Account Manager Edward Jones Investments Apr 2005 - Nov 2005
Investment Representative Schweitzer Mountain Resort Oct 2003 - Apr 2005
Activity Center Manager Square One, Inc Jul 2002 - Aug 2003
Senior Program Counselor Ascent, Inc. Therapeutic Wilderness Adventures Feb 1997 - May 2002
Lead Wilderness Instructor
Education:
University of Idaho 1988 - 1994
Skills:
Trade Shows, Groups, Resorts, Budgeting, Customer Relations, Microsoft Office, Tourism, Conferences, Forecasting, Inventory Management, Excel, Negotiation, Customer Service, Sales Management, Analysis, Leisure, Word, Logistics, Account Management, Hiring, National Account Sales, New Channel Development, National Account Management, Territory Planning, Developing Staff, Outdoor Recreation, Environmental Education, Experiential Education
Publications & IP owners
Us Patents
Data Acquisition System Having Novel, Low Power Circuit For Time-Division-Multiplexing Sensor Array Signals
US Patent:
5272476, Dec 21, 1993
Filed:
Apr 4, 1991
Appl. No.:
7/681230
Inventors:
Scot P. McArthur - Kaneohe HI
Robert B. Williams - San Diego CA
Jack R. Olson - San Diego CA
Robert B. Williams - San Diego CA
Jack R. Olson - San Diego CA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
H04Q 916
US Classification:
34087013
Abstract:
An electronic circuit architecture time-division-multiplexes analog sensor ignals from a distributed sensor array onto a common transmission line in a digitally encoded format. The architecture synchronizes the multiplexing, sampling and encoding to ensure a proper settling of the analog data signals and is fabricated to be compact with low power consumption for a cost-effective implementation for a number of sensors.
Viscosity Sensor
US Patent:
4926682, May 22, 1990
Filed:
Jun 3, 1988
Appl. No.:
7/201887
Inventors:
James W. Holm-Kennedy - Honolulu HI
Scot P. McArthur - Honolulu HI
Scot P. McArthur - Honolulu HI
Assignee:
The Research Corporation of the University of Hawaii - Honolulu HI
International Classification:
G01N 1100
US Classification:
73 54
Abstract:
A device for measuring the viscosity of pure and mixed fluids is described. The device is a micromechanical capacitor transducer, with a moving membrane and a stationary metal plate constituting the capacitive system. A conduit for gas flow permits the gas to fill the volume between the moving membrane and metal plate. The gas viscosity sensor is operable by applying a d. c. pulse of an a. c. electrical voltage. By electrically driving the device the conducting membrane is caused to deflect with respect to the stationary metal plate. This results in a measureable capacitance, frequency or resistance change with time. The impedance to flow determines the response time of the capacitor plate membrane displacement. Thus the viscosity of pure and mixed fluids is indicated by the transient and/or a. c. characteristics of the device capacitance.
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