Search

Carter M Moursund

from Helotes, TX
Age ~50
Get Report
Also known as:
Carter Elizabeth Moursund, Carter L, Carter D
Related to:
Robert M Atherton, 63Brian J Brady, 76Janis A Martindale, 75Bowen M Moursund, 71Travis M MoursundCarol Lee Brady, 66Elizabeth J Moursund, 85Alfred A Moursund, 86Elizabeth B Moursund, 48
Connected to:
David A Moursund, 59Nahla Mourtada, 38Nancy N Mourtada, 56Malissa N Mourton, 42John Mourtos, 60Sunil K Mourya, 49Natalia Mouryn, 53Willem J Mous, 78Ameer C Mousa, 36Basem H Mousa, 62

Carter Moursund Phones & Addresses

  • Helotes, TX
  • Grants Pass, OR
  • 122 Encino Grande St, San Antonio, TX 78232 (210) 494-7368
  • 87 Reynosa, San Antonio, TX 78261 (830) 980-6362
  • 264 Linda Rosa Ave, Pasadena, CA 91107 (626) 405-4808
  • San Diego, CA
  • Los Angeles, CA

Work

Company: Hach company Feb 2013 Position: Project manager / senior electrical engineer

Education

Degree: BS School / High School: California Institute of Technology Sep 1993 to Apr 1997 Specialities: Electrical Engineering

Skills

Engineering • Systems Engineering • Engineering Management • Product Development • Electrical Engineering • Solar Energy • Start Ups • Renewable Energy • Manufacturing Engineering • Sensors • Simulations • Product Management • R&D • Embedded Systems • Manufacturing • Project Management • Alternative Energy • Design For Manufacturing • Design of Experiments • Robotics • Testing • Electronics • Energy • Process Engineering • Mechanical Engineering • Cross Functional Team Leadership • System Architecture • Labview • Solidworks • Pcb Design • Finite Element Analysis • Solar Thermal • Product Design • Failure Analysis • Matlab • Cleantech • Power Generation • Physics

Industries

Industrial Automation

Resumes

Resumes

Carter Moursund Photo 1

Senior Technical Product Manager

View page
Location:
7875 Flanders Dr, San Diego, CA 92126
Industry:
Industrial Automation
Work:
Hach Company since Feb 2013
Project Manager / Senior Electrical Engineer
eSolar Feb 2007 - Jan 2013
VP Engineering
Omnilux (later ClearMesh) May 2001 - Jan 2007
CTO
AstroTerra Apr 1997 - May 2001
VP Engineering
Education:
California Institute of Technology Sep 1993 - Apr 1997
BS, Electrical Engineering
Skills:
Engineering
Systems Engineering
Engineering Management
Product Development
Electrical Engineering
Solar Energy
Start Ups
Renewable Energy
Manufacturing Engineering
Sensors
Simulations
Product Management
R&D
Embedded Systems
Manufacturing
Project Management
Alternative Energy
Design For Manufacturing
Design of Experiments
Robotics
Testing
Electronics
Energy
Process Engineering
Mechanical Engineering
Cross Functional Team Leadership
System Architecture
Labview
Solidworks
Pcb Design
Finite Element Analysis
Solar Thermal
Product Design
Failure Analysis
Matlab
Cleantech
Power Generation
Physics

Business Records

Name / Title
Company / Classification
Phones & Addresses
Carter Moursund
Co-Founder/Chief Technology Officer
ClearMesh Networks
130 W Un St, Pasadena, CA 91103
(626) 535-2800
Carter Moursund
Chief Technology Officer
Omnilux
Computer Related Services
116 W Del Mar Blvd, Pasadena, CA 91105
(626) 396-9184
Carter Moursund
Vice-President
eSolar
Renewables & Environment · Heavy Construction · Ret Lumber/Building Materials
3355 W Empire Ave SUITE 200, Burbank, CA 91504
130 W Un St, Pasadena, CA 91103
(818) 303-9500
Carter M Moursund
Director
MORTGAGE LOAN AND AGENCY COMPANY
PO Box 12530, San Antonio, TX 78212
1321 Lawnridge, Grants Pass, OR 97526

Publications

Us Patents

Wireless Infrared Network Transceiver

View page
US Patent:
7142786, Nov 28, 2006
Filed:
Jun 3, 2002
Appl. No.:
10/162541
Inventors:
Carter M. Moursund - San Diego CA, US
Prasanna Adhikari - Pasadena CA, US
Joseph Chiu - Pasadena CA, US
Harel Hakakha - Pasadena CA, US
Christopher T. Ulmer - Pasadena CA, US
Assignee:
Clearmesh Networks, Inc. - Pasedena CA
International Classification:
H04B 10/00
US Classification:
398118, 398129, 398131
Abstract:
A digital data network uses network nodes incorporating infrared transceivers. Each node includes a plurality of infrared transceivers having transmitter and receiver optics designed to facilitate line-of-sight infrared optical communications in a residential or business neighborhood. New nodes are installed with at least one selected transceiver having line-of-sight access to at least one existing transceiver. Automated tracking and acquisition processes are used to align transceivers to enable data communication and to acquire newly installed nodes into the network. Other automated tracking programs operate on an as-needed or scheduled basis to maintain good alignment and communications between adjoining node transceivers. Network nodes include weather-proof housings and are of a size and shape to be easily mounted on existing structures so as not to disrupt the visual appeal of a neighborhood.

Method And System For Automatically Determining Lines Of Sight Between Nodes

View page
US Patent:
7228123, Jun 5, 2007
Filed:
Mar 17, 2004
Appl. No.:
10/802405
Inventors:
Carter Moursund - San Diego CA, US
Lorenzo Caminiti - Pasadena CA, US
Enrico Di Bernardo - Pasadena CA, US
Luis Goncalves - Pasadena CA, US
Assignee:
Clearmesh Networks, Inc. - Pasadena CA
International Classification:
H04B 5/00
US Classification:
455411, 370469, 370316, 370328
Abstract:
The present invention uses data from several sources to determine lines-of-sight between nodes in a FSO network. The present invention provides a three-dimensional neighborhood modeling system that uses aerial image data, Digital Elevation Models, U. S. street map data and address data to automatically map the placement of nodes within a neighborhood or other geographical area. Method for creating the 3-Dimensional, House and Tree Maps used in the line-of-sight processing are also disclosed. A House Map in the present invention identifies houses in an area of consideration, and a Tree Map in the present invention identifies trees in an area of consideration. A 3-Dimensional Map in the present invention provides an elevation for every pixel for the area under consideration, whereby the elevation is adjusted for the height of trees, houses and other objects.

Methods And Systems For Aligning And Maintaining Alignment Of Point-To-Point Transceivers In A Network

View page
US Patent:
7236705, Jun 26, 2007
Filed:
Jun 3, 2002
Appl. No.:
10/162475
Inventors:
Carter M. Moursund - San Diego CA, US
Christopher T. Ulmer - Pasadena CA, US
Assignee:
Clearmesh Networks, Inc. - Pasadena CA
International Classification:
H04B 10/00
US Classification:
398129, 398131
Abstract:
A digital data network uses network nodes incorporating infrared transceivers. Each node includes a plurality of infrared transceivers having transmitter and receiver optics designed to facilitate line-of-sight infrared optical communications in a residential or business neighborhood. New nodes are installed with at least one selected transceiver having line-of-sight access to at least one existing transceiver. Automated tracking and acquisition processes are used to align transceivers to enable data communication and to acquire newly installed nodes into the network. Other automated tracking programs operate on an as-needed or scheduled basis to maintain good alignment and communications between adjoining node transceivers. Network nodes include weather-proof housings and are of a size and shape to be easily mounted on existing structures so as not to disrupt the visual appeal of a neighborhood.

Heliostat Field Cleaning System

View page
US Patent:
8449692, May 28, 2013
Filed:
Feb 12, 2010
Appl. No.:
12/704860
Inventors:
Jason Blair - Pasadena CA, US
Stephen Brawner - Pasadena CA, US
Brian Coleman - Pasadena CA, US
Alan Greaney - Buena Park CA, US
Christian Gregory - La Crescenta CA, US
Marc Grossman - Pasadena CA, US
Gregg Luconi - Monrovia CA, US
Carter Moursund - Pasadena CA, US
Ulrik Pilegaard - Glendale CA, US
Steven Schell - Arcadia CA, US
Craig Tyner - Albuquerque NM, US
Assignee:
Esolar, Inc. - Burbank CA
International Classification:
A47L 1/02
US Classification:
134 56R
Abstract:
Systems and methods of heliostat reflector cleaning via a vehicle in a heliostat field.

Method And System For Automatically Determining Lines Of Sight Between Nodes

View page
US Patent:
20030218994, Nov 27, 2003
Filed:
May 24, 2002
Appl. No.:
10/153878
Inventors:
Lorenzo Caminiti - Pasadena CA, US
Luis Goncalves - Pasadena CA, US
Enrico Di Bernardo - Pasadena CA, US
Carter Moursund - San Diego CA, US
Assignee:
OMNILUX, INC.
International Classification:
H04B007/185
H04Q007/00
US Classification:
370/316000, 455/012100, 370/328000
Abstract:
The present invention uses data from several sources to determine lines-of-sight between nodes in a FSO network. The present invention provides a three-dimensional neighborhood modeling system that uses aerial image data, Digital Elevation Models, U.S. street map data and address data to automatically map the placement of nodes within a neighborhood or other geographical area. Method for creating the 3-Dimensional, House and Tree Maps used in the line-of-sight processing are also disclosed. A House Map in the present invention identifies houses in an area of consideration, and a Tree Map in the present invention identifies trees in an area of consideration. A 3-Dimensional Map in the present invention provides an elevation for every pixel for the area under consideration, whereby the elevation is adjusted for the height of trees, houses and other objects.

Acquisition Of A Wireless Network Node

View page
US Patent:
20060018663, Jan 26, 2006
Filed:
Aug 19, 2005
Appl. No.:
11/207269
Inventors:
Carter Moursund - Pasadena CA, US
Christopher Ulmer - Pasadena CA, US
International Classification:
H04B 10/00
US Classification:
398135000
Abstract:
A digital data network () uses network nodes () incorporating infrared transceivers (). Each node () includes a plurality of infrared transceivers () having transmitter () and receiver () optics designed to facilitate line-of-sight infrared optical communications in a residential or business neighborhood. New nodes () are installed in an installation process () which in some cases requires at least one selected transceiver () to have line-of-sight access to at least one existing transceiver (). Automated tracking () and/or acquisition () processes are used to align transceivers () to enable data communication and to acquire newly installed nodes () into the network ().

Wireless Infrared Network Transceiver And Methods And Systems For Operating Same

View page
US Patent:
20060165416, Jul 27, 2006
Filed:
May 30, 2003
Appl. No.:
10/516481
Inventors:
Carter Moursund - Pasadena CA, US
Prasanna Adhikari - Pasadena CA, US
Joseph Chiu - Pasadena CA, US
Harel Hakakha - Carlsbad CA, US
Christopher Ulmer - Pasadena CA, US
International Classification:
H04B 10/00
US Classification:
398135000
Abstract:
A digital data network () uses network nodes () incorporating infrared transceivers (). Each node () includes a plurality of infrared transceivers () having transmitter () and receiver () optics designed to facilitate line-of-sight infrared optical communications in a residential or business neighborhood. New nodes () are installed with at least one selected transceiver () having line-of-sight access to at least one existing transceiver (). Automated tracking () and acquisition () processes are used to align transceivers () to enable data communication and to acquire newly installed nodes () into the network (). Other automated tracking programs operate on an as-needed or scheduled basis to maintain good alignment and communications between adjoining node transceivers (). Network nodes include weather-proof housings () and are of a size and shape to be easily mounted on existing structures so as not to disrupt the visual appeal of a neighborhood.
Control profile
Carter M Moursund from Helotes, TX, age ~50 Get Report