MICHAEL J DMOCHOWSKI
Engineers in Reading, PA
License number
Pennsylvania PE030235E
Category
Engineers
Type
Professional Engineer
Address
Address
Reading, PA 19610
Professional information
Michael Dmochowski - Wyomissing, PA
Work:
Catalyst Engineering LLC - Wyomissing, PA
President Agere Systems - Allentown, PA
Project Manager/Technical Manager, Asset Management Lucent Technologies - Reading, PA
Project Manager, Global Operations and Engineering Methodologies AT&T - Reading, PA
Technical Manager, Test Operations, Manufacturing and Systems Engineering
President Agere Systems - Allentown, PA
Project Manager/Technical Manager, Asset Management Lucent Technologies - Reading, PA
Project Manager, Global Operations and Engineering Methodologies AT&T - Reading, PA
Technical Manager, Test Operations, Manufacturing and Systems Engineering
Education:
Krannert School of Management, Purdue University - West Lafayette, IN
MBA Texas Tech University - Lubbock, TX
MS in Industrial Engineering Pennsylvania State University, State College
BS in Industrial Engineering
MBA Texas Tech University - Lubbock, TX
MS in Industrial Engineering Pennsylvania State University, State College
BS in Industrial Engineering
Skills:
Global Leadership: Strategic Management of People, Products and Services; Primavera (P3e) Project Management, Creating a Customer Focused Organization, MS Project, Simulation of Manufacturing Systems
Manufacturing And Engineering Data Base
US Patent:
6317643, Nov 13, 2001
Filed:
Mar 31, 1999
Appl. No.:
9/281642
Inventors:
Michael Joseph Dmochowski - Wyomissing PA
Assignee:
Agere Systems Guardian Corp. - Orlando FL
International Classification:
G06F 1900
US Classification:
700121
Abstract:
A method comprised of storing a first time and a first indicia, the first time being the time it takes a first number of products to be subjected to a first subprocess and the first indicia being an indication of how many products are in the first number of products. The method may also include storing a second time and a second indicia, the second time being the time it takes a second number of products to be subjected to a second subprocess. The first and second times may be average times for a plurality of different processes. The second indicia can be an indication of how many products are in the second number of products. The method may also include storing a third indicia, the third indicia being an indication of how many products are in a third number of products to be subjected to a first process. The first process may be comprised of the first and second subprocesses. A run time is determined for the third number of products to be subjected to the first process based on the first and second times, and the first, second and third indicia.