Daniel P Kowalik

age ~47

from Orchard Park, NY

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Also known as:

Dan Kowalik

Phone and address:: 16 Cherry Tree Ln, Orchard Park, NY 14127
7166626139

Connected to:

Daniel Kowalik Phones & Addresses

16 Cherry Tree Ln, Orchard Park, NY 14127 • 7166626139
East Amherst, NY
Chicago, IL
849 Todd Ct, Deerfield, IL 60015
Buffalo, NY
East Aurora, NY
Lake Bluff, IL
Erin, NY

Resumes

Director Of Astm Coe Additive Manufacturing

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Location:

Orchard Park, NY

Industry:

Aviation & Aerospace

Work:

Buffalo Manufacturing Works
Director of Astm Coe Additive Manufacturing
Itt Enidine Feb 2017 - Aug 2019
Director of Engineering
Moog Inc. 2010 - Feb 2017
Staff Engineer, Engineering Operations Manager, Primary Flight Controls
Moog Inc. Dec 2009 - 2010
Lean Six Sigma Manager
Bretford Dec 2007 - Dec 2009
Director of Manufacturing

Education:

University at Buffalo 2011 - 2013
Masters, Materials Science, Mechanical Engineering University at Buffalo 1998 - 2004
Bachelors, Bachelor of Science, Mechanical Engineering

Skills:

Lean Manufacturing
Manufacturing
Continuous Improvement
Six Sigma
Value Stream Mapping
Engineering Management
Design For Manufacturing
Mechanical Engineering
Kaizen
Business Process Improvement
Dmaic
Solidworks
Engineering
Process Improvement
Metal Additive
Cnc Programming
Asq Certified Six Sigma Black Belt
Design For Six Sigma
Dfm
Additive Manufacturing
Product Development
Cross Functional Team Leadership
Dfx
Statistics
Lean Facilitation
Management
5S
Surface Tribology
Engineering Change Management
Dfmea
Plc Programming
Nx Unigraphics
Rhino 3D
Renishaw Additive
Eos 3D Additive
Fatigue Analysis
Ansys
Design For Additive
Flight Critical Additive

Interests:

Health

Certifications:

Master Black Belt
Black Belt
Facilitative Leadership

Daniel Kowalik

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Daniel Kowalik

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Us Patents

Micro-Fluidic Bubble Fuse
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US Patent:

8143990, Mar 27, 2012
Filed:

Apr 15, 2010
Appl. No.:

12/760599
Inventors:

Daniel Kowalik - Orchard Park NY, US
International Classification:

H01H 87/00
H01H 29/00
H01H 37/36
US Classification:

337 21, 337 80, 337114, 337167, 337331, 335 47, 29623
Abstract:

A microfluidic bubble fuse is formed from a hermetically sealed reservoir containing an electrically conductive liquid. The reservoir is interposed between a pair of electrodes such that each electrode is in electrical contact with the fluid within the reservoir, and such that the fluid within the reservoir provides electrical interconnectivity between the electrodes. The reservoir may be implemented on a substrate, in a tube, or in another manner. When the current or voltage across the electrodes increases beyond a threshold, the excess current or voltage will cause a bubble to be created within the fluid to reduce or inhibit the flow of electricity between the electrodes. When the current/voltage is reduced, the bubble will collapse to restore the flow of electricity between the electrodes.

Desk
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US Patent:

D555400, Nov 20, 2007
Filed:

Apr 24, 2006
Appl. No.:

29/258577
Inventors:

Daniel Kowalik - Deerfield IL, US
Assignee:

Bretford Manufacturing, Inc. - Franklin Park IL
International Classification:

0603
US Classification:

D 6483

Adaptive Tuned Vibration Absorber
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US Patent:

20200182323, Jun 11, 2020
Filed:

Dec 7, 2018
Appl. No.:

16/213521
Inventors:

- Wilmington DE, US
Brian Fischer - Pasadena CA, US
Robert D. Matusek - Brecksville OH, US
Marshall W. Downing - Erie PA, US
Daniel P. Kowalik - Orchard Park NY, US
Robert Misevski - Orchard Park NY, US
David Charles DiGello - Erie PA, US
Eric J. Peiffer - West Seneca NY, US
International Classification:

F16F 7/10
F16F 7/104
Abstract:

A system may detect a vibration being applied to a tuned vibration absorber. The tuned vibration absorber may include a beam, a mass, springs, a sensor, and an actuator. The mass may be disposed on the beam at a current position. The actuator may be configured to adjust a position of the mass on the beam. The system may identify a target position of the mass on the beam based on the detected vibration. The system may generate a drive signal, based on the target position, to control the actuator to adjust the position of the mass on the beam. The system may control the actuator to adjust the position of the mass from the current position on the beam to the target position on the beam to attenuate the vibration.