James E. Young
Residential Contractor at Pleasant Un Church Rd, Raleigh, NC

License number

North Carolina 27439

Renew Date

Jan 1, 1995

Professional information

Principal/Owner - Terraine, Inc.

Position:

Founder / CEO at Terraine, Inc.

Location:

Raleigh-Durham, North Carolina Area

Industry:

Information Technology and Services

Work:

Terraine, Inc. - Raleigh-Durham, North Carolina Area since Sep 1991 - Founder / CEO

Education:

Duke University 1989 - 1991
University of South Carolina-Columbia 1986 - 1988
Texas A&M University 1982 - 1986
Culver Military Academy 1979 - 1982

Skills:

Adesso Database Programmer, Software Product Manager, Fluent in Spanish, Environmental, Environmental Management, Environmental Consulting, Remediation, Groundwater, Software Development, Environmental Management Systems, Environmental Awareness, Strategic Planning, GIS, Project Management, Chain of Custody, Software Engineering, Entrepreneurship, Software Product Management, Environmental Impact Assessment, Report Writing, Electric Vehicles, Energy, Hazardous Waste Management, Proposal Writing, Waste Management, Water Quality, Environmental Compliance, Databases, SaaS, Sustainability, Soil, ArcGIS, Environmental Science, Environmental Engineering, Water, Environmental Issues, Renewable Energy, Environmental Policy, Phase I, Groundwater Remediation, Sustainability Consulting, Cleantech, Sustainable Business, Green Technology, Sustainable Energy

Languages:

Spanish, English

Certifications:

Professional Geologist, Various states, including FL, NC, SC, GA, KY, TN, TX

Senior Manager Design Support

Position:

Senior Design Support Manager at Tekelec

Location:

Raleigh-Durham, North Carolina Area

Industry:

Telecommunications

Work:

Tekelec since Jun 2008 - Senior Design Support Manager Tekelec Jul 1999 - Jun 2008 - Systems Engineer Tekelec Jan 1994 - Jun 1999 - TAC Engineer Tekelec Aug 1990 - Jan 1994 - Test Engineer

Education:

North Carolina State University 1984 - 1989
BS, Computer Engineering

Honor & Awards:

Patent Award : Methods and Systems for Enhancing Network Security in a Telecommunications Signaling Network Patent Award : Methods and Systems for Load Sharing Signaling Messages Among Signaling Links in Networks Utilizing International Signaling Protocols

James Young - Raleigh, NC

Work:

Joel Trucking Inc
Dump Truck Driver Self Employed - Raleigh, NC
Ground Maintenance Handyman Self Employed - Raleigh, NC
Sexton/ Bus Driver Self Employed - Raleigh, NC
Tractor- Trailer Driver Ferell Grading Co - Zebulon, NC
Dump Truck Driver Van Products - Raleigh, NC Southernscapes Inc
Supervisor/Ground Maintenance/ Gardening Carolina Sunrock LLC - Raleigh, NC
Mixer Driver CM Mangum TruckingLLC - Cary, NC
Dump Truck Driver Hauling rock and stone Woodell Transport - Fuquay-Varina, NC
Dump Truck Driver/ Hauling Ready Mix - Concrete, CO
Mixer Driver Ready Mix - Raleigh, NC
Dump Truck Driver Ready Mix - Concrete, CO
Concrete Mixer Delivery Driver Blalocks - Garner, NC
Dump Truck Driver/ Hauling Blalocks - Concrete, CO Morrisette Paper Co - Raleigh, NC
Truck Driver/ Warehouse Worker/ Order Puller/ Forklift Operato Morrisette Paper Co - Concrete, CO
Mixer Driver Morrisette Paper Co - Raleigh, NC
Tractor-Trailer Driver/ Warehouse Worker/Forklift Operator Order Puller Customer Service Parks and Recreation - Raleigh, NC
Equipment Operator/ Crew Leader/ Tractor Driver/ Riding Mower

Education:

Wake Technical Community College - Raleigh, NC
Certificate Brougton High School - Raleigh, NC
Diploma

President At Young International And Owner, Young International

Position:

president at young international

Location:

Raleigh-Durham, North Carolina Area

Industry:

Paper & Forest Products

Work:

young international - president

Method And Apparatus For Accurately Measuring The Distance To A Surface

US Patent:

5029194, Jul 2, 1991

Filed:

Feb 5, 1990

Appl. No.:

7/475135

Inventors:

James E. Young - Raleigh NC
Ali Regimand - Raleigh NC

Assignee:

Troxler Electronic Laboratories, Inc. - Research Triangle Park NC

International Classification:

G01B 1502

US Classification:

378 89

Abstract:

Measuring the distance to a surface of an object using ultrasonic energy pulses, an ultrasonic energy pulse is directed toward the object and the time is measured for the reflection to return so as to determine the distance to the object. A reference ultrasonic pulse is directed through a fixed and known distance to provide a reference measurement. To enhance the accuracy of the measurement, the air in the region traversed by the ultrasonic pulses is mixed by directing a swirling flow of air in this region so that the temperature of the air in the path of the reference measurement is more nearly representative of the temperature of the air where the distance measurement is taken.