Search

Scott D Mcnish

from Battle Ground, WA
Age ~52

Scott Mcnish Phones & Addresses

  • 13318 NE 238Th Way, Battle Ground, WA 98604 (419) 420-9340
  • Brush Prairie, WA
  • Mc Comb, OH
  • Bowling Green, OH
  • 2800 Main St, Findlay, OH 45840 (419) 420-9340
  • Tiffin, OH
  • 7575 Township Road 120, Mc Comb, OH 45858

Work

Company: Pepsico - frito lay Jan 2013 Position: Otr driver

Education

School / High School: Allen County Community College 2010 to 2012 Specialities: Business Administration, Management and Operations

Skills

Leadership • Logistics • Logistics Management • Operations Management • Strategic Planning • Transportation

Awards

Phi Theta Kappa Honor Student

Industries

Transportation/Trucking/Railroad

Resumes

Resumes

Scott Mcnish Photo 1

Logistics

View page
Position:
OTR Driver at PepsiCo - Frito Lay
Location:
Topeka, Kansas
Industry:
Transportation/Trucking/Railroad
Work:
PepsiCo - Frito Lay since Jan 2013
OTR Driver

Mango Moving, LLC - Overland Park, KS Jul 2012 - Nov 2012
Director of Operations

Core Carrier Corporation - Kansas City, Missouri Area Oct 2011 - Jul 2012
Freight Planner

Schneider National - Kansas City, Missouri Area Feb 2010 - Oct 2011
Driver Trainer

Harper Transport - Lenexa, KS Jun 2008 - Feb 2010
OTR Driver
Education:
Allen County Community College 2010 - 2012
Bryan Career College 1998 - 2000
Computer Applications, Computer Programming
Skills:
Leadership
Logistics
Logistics Management
Operations Management
Strategic Planning
Transportation
Honor & Awards:
Phi Theta Kappa Honor Student

Publications

Us Patents

Liquid Control Structure

View page
US Patent:
20050025573, Feb 3, 2005
Filed:
Nov 25, 2003
Appl. No.:
10/722188
Inventors:
John Waldman - Findlay OH, US
Owen Atchison - Findlay OH, US
Roger Siferd - Findlay OH, US
Scott McNish - Findlay OH, US
International Classification:
E03F001/00
E02B011/00
US Classification:
405041000, 405036000, 210170000
Abstract:
A flow control structure is provided for the selective control of a liquid flow from an external body of liquid or for liquid and/or solid separation. The flow control structure includes a container, a float, and a valve. The container has an inlet, an outlet, and a closed bottom surface. The float is buoyantly positioned within the container and rises and falls in response to the level of liquid in the container. A valve is positioned inside the container and is coupled to the float by a linkage so that the valve opens when the float rises above a preselected height and the valve closes when the float falls to the preselected height within the container. The length of the linkage between the valve and the float determines the height of liquid required to open the valve. The valve may be positioned at an angle relative to the horizontal.
Scott D Mcnish from Battle Ground, WA, age ~52 Get Report