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Maciej G Zborowski

from Shaker Heights, OH
Age ~47
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Also known as:
Maciej J Zborowski, Maciek G Zborowski, Macie J Zborowski
Phone and address:
3347 Glencairn Rd, Cleveland, OH 44122
Related to:
Henry M Feldkamp, 77Lora Zborowski, 62Laura S Zborowski, 62Elizabeth Zborowski, 76Anthony Washington, 62Kimberly Z Clarkin, 59
Connected to:
Alicja Zborowski, 66Halina B Zborowska, 69Sebastian T Zborowski, 45Sylvia P Zborowski, 67Tania S Zborowski, 57George C Zbranek, 87Richard A Zbranek, 65Adam Zbroja, 43Kamila Zbroja, 42Ann M Zbroszczyk, 81

Maciej Zborowski Phones & Addresses

  • 3347 Glencairn Rd, Shaker Hts, OH 44122
  • 28805 Oakland Ave, Bay Village, OH 44140 (440) 871-4091
  • 541 Park Side Trl, Bay Village, OH 44140 (440) 871-4091
  • Shaker Heights, OH

Resumes

Resumes

Maciej Zborowski Photo 1

Owner

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Location:
Cleveland, OH
Industry:
Leisure, Travel, & Tourism
Work:
Stena Line May 2004 - Dec 2011
Tourism Coordinator
Go For Poland May 2004 - Dec 2011
Owner
Education:
University of Gdansk 2007 - 2013
Doctorates, Doctor of Philosophy, Humanities University of Gdansk 2003 - 2009
Masters, Master of Arts, Scandinavian, Scandinavian Studies University of Gdansk 2002 - 2007
Masters, Master of Arts, Russian
Skills:
Swedish
Tourism
English
Marketing Strategy
Event Management
Writing
Project Management
Interests:
The East
Children
Politics
Marketing
Science and Technology
Music
Media
Travel
The North
Languages:
Polish
English
Russian
Swedish
Ukrainian
Maciej Zborowski Photo 2

Industrial Designer

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Location:
4250 Richmond Rd, Highland Hills, OH 44122
Industry:
Defense & Space
Work:
Cuyahoga Community College
Adjunct Faculty
The Coanda Project 2011 - Jan 2014
Project Lead
Vantage Partners 2011 - Jan 2014
Industrial Designer
Qinetiq North America 2008 - Jun 2012
Industrial Designer
Alphaport, Inc. Apr 2008 - Jul 2008
Consultant Industrial Designer
Education:
Cleveland Institute of Art 1998 - 2002
Bachelors, Bachelor of Fine Arts, Industrial Design
Skills:
Product Design
Product Development
Aerospace
Solidworks
Engineering
Industrial Design
Adobe Creative Suite
Modeling
Cad
English
Rapid Prototyping
Technical Presentations
Technical Writing
Ptc Creo
Machining
Sheet Metal
Final Cut Pro
Imagineering
Architectural Photography
Multilingual
Photography
3D Printing
Design For Manufacturing
Systems Engineering
Testing
Additive Manufacturing
Ptc Pro/Engineer
Concept Development
Engineering Management
Laboratory
Labview
Lightwave 3D
Laboratory Informatics
3D Prototyping
Public Speaking
Laboratory Design
Technical Photography
Cubesat
Instructor Led Training
College Teaching
Curriculum Development
Proposal Writing
Interests:
Science and Technology
Education
Languages:
English
Polish
Maciej Zborowski Photo 3

Maciej Zborowski

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Location:
Akron, OH
Industry:
Apparel & Fashion
Skills:
Aerospace
Rapid Prototyping
Airlines
Machining
Cad
Technical Presentations
Engineering
Maciej Zborowski Photo 4

Maciej Zborowski

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Publications

Us Patents

System And Device For Determining Particle Characteristics

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US Patent:
6412359, Jul 2, 2002
Filed:
Jun 30, 2000
Appl. No.:
09/607702
Inventors:
Maciej Zborowski - Bay Village OH
Jeff Chalmers - Columbus OH
Lee Robert Moore - Cleveland Heights OH
Assignee:
The Cleveland Clinc Foundation - Cleveland OH
The Ohio State University - Columbus OH
International Classification:
G01N 2100
US Classification:
738655
Abstract:
The present invention provides methods and apparatuses for determining at least one of a plurality of particle physical characteristics. The particle physical characteristics include particle size, shape, magnetic susceptibility, magnetic label density, charge separation, dielectric constant, and derivatives thereof. The method includes generating a region of space having a substantially constant force field, determining the velocity of at least one particle within the region by identifying and locating the particle and its coordinates in at least two temporally defined digital images, and determining the particle physical characteristics from the determined velocity and a predetermined force field magnitude and direction. A device for determining one or more particle physical characteristics is described which has a force field device for subjecting at least one particle to at least one force field, a substantially transparent flow channel, and a computer system for gathering and analyzing data associated with the at least one particle. A system for determining one or more particle physical characteristics is provided which has a force field device for generating at least one force field having a predetermined force field magnitude and direction and for subjecting at least one particle to the at least one force field, a flow system for regulating the introduction of the at least one particle into the force field device, and a computer system for gathering and analyzing data associated with the at least one particle.

Continuous Particle And Molecule Separation With An Annular Flow Channel

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US Patent:
6467630, Oct 22, 2002
Filed:
Sep 1, 2000
Appl. No.:
09/653432
Inventors:
Maciej Zborowski - Bay Village OH
Jeff Chalmers - Columbus OH
Lee R. Moore - Sasamore Hills OH
Assignee:
The Cleveland Clinic Foundation - Cleveland OH
The Ohio State University - Columbus OH
International Classification:
B03B 560
US Classification:
209459
Abstract:
The present invention provides apparatuses and methods for continuously separating particles of interest from a heterogeneous particle population. The heterogeneity can be based on, for example, magnetic susceptibility, particle size, thermal diffusion, phase solubility, and combinations of the preceding. Based on the heterogeneity, a separation force capable of exploiting the separand (i. e. , particles subject to the separation process) is provided. The various embodiments of the present invention preferably employ an annular separation channel, appropriate separation force and flow compartments. In a first embodiment, an annular separation channel having semi-permeable inner and outer cylindrical walls is used to generate lateral convection forces. In a second embodiment of the present invention, an annular separation channel having heat conductive inner and outer cylindrical walls is used to generate thermal diffusion forces. In a third embodiment, an annular separation channel having non-permeable inner and outer cylindrical walls is used to generate a solubility difference separation force based on solubility coefficient differences between phases of flow compartments.

System And Device For Determining Particle Characteristics

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US Patent:
6557430, May 6, 2003
Filed:
Jul 1, 2002
Appl. No.:
10/187457
Inventors:
Maciej Zborowski - Bay Village OH
Jeff Chalmers - Columbus OH
Lee Robert Moore - Cleveland Heights OH
Assignee:
The Cleveland Clinic Foundation - Cleveland OH
The Ohio State University - Columbus OH
International Classification:
G01N 2100
US Classification:
738655, 335297
Abstract:
The present invention provides methods and apparatuses for determining at least one of a plurality of particle physical characteristics. The particle physical characteristics include particle size, shape, magnetic susceptibility, magnetic label density, charge separation, dielectric constant, and derivatives thereof. The method includes generating a region of space having a substantially constant force field, determining the velocity of at least one particle within the region by identifying and locating the particle and its coordinates in at least two temporally defined digital images, and determining the particle physical characteristics from the determined velocity and a predetermined force field magnitude and direction. A device for determining one or more particle physical characteristics is described which has a force field device for subjecting at least one particle to at least one force field, a substantially transparent flow channel, and a computer system for gathering and analyzing data associated with the at least one particle. A system for determining one or more particle physical characteristics is provided which has a force field device for generating at least one force field having a predetermined force field magnitude and direction and for subjecting at least one particle to the at least one force field, a flow system for regulating the introduction of the at least one particle into the force field device, and a computer system for gathering and analyzing data associated with the at least one particle.

Mems-Based Integrated Magnetic Particle Identification System

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US Patent:
6623984, Sep 23, 2003
Filed:
Nov 1, 2000
Appl. No.:
09/704298
Inventors:
Aaron J. Fleischman - University Heights OH
Shuvo Roy - Cleveland OH
Jeff Chalmers - Columbus OH
Maciej Zborowski - Bay Village OH
Assignee:
The Cleveland Clinic Foundation - Cleveland OH
International Classification:
G01N 33553
US Classification:
436526, 436501, 436518, 436514, 422 50, 422 51, 422 681, 422 8205, 422 8208, 422186, 4221861, 4352872, 4352873, 4352871, 210695, 210 95, 210222, 210450, 209214, 2092231
Abstract:
The present invention provides a MEMS-based integrated particle identification system having a substrate, a magnetic structure, and a bioferrograph. The substrate includes a topside portion, backside portion and a flow system. The flow system includes a flow channel for accepting the flow of a stream of particles to identified. The magnetic structure is in physical communication with the topside and backside portions of the substrate and has at least two pole pieces. A plurality of pole piece embodiments are provided for generating a magnetic field that acts on magnetically susceptible particles in the flow stream. The bioferrograph has at least one sensor for identifying the presence and quantity of magnetically susceptible particles. A plurality of sensor embodiments are also provided.

Mems-Bseed Integrated Magnetic Particle Identification System

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US Patent:
20050079600, Apr 14, 2005
Filed:
Jul 24, 2003
Appl. No.:
10/626221
Inventors:
Aaron Fleischman - University Heights OH, US
Shuvo Roy - Cleveland OH, US
Jeff Chalmers - Columbus OH, US
Maciej Zborowski - Bay Village OH, US
International Classification:
C12M001/34
G01N033/553
US Classification:
435287200, 436526000
Abstract:
The present invention provides a MEMS-based integrated particle identification system having a substrate, a magnetic structure, and a bioferrograph. The substrate includes a topside portion, backside portion and a flow system. The flow system includes a flow channel for accepting the flow of a stream of particles to identified. The magnetic structure is in physical communication with the topside and backside portions of the substrate and has at least two pole pieces. A plurality of pole piece embodiments are provided for generating a magnetic field that acts on magnetically susceptible particles in the flow stream. The bioferrograph has at least one sensor for identifying the presence and quantity of magnetically susceptible particles. A plurality of sensor embodiments are also provided.

Mems-Based Integrated Magnetic Particle Identification System

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US Patent:
20070020770, Jan 25, 2007
Filed:
Sep 27, 2006
Appl. No.:
11/528231
Inventors:
Aaron Fleischman - University Heights OH, US
Shuvo Roy - Cleveland OH, US
Jeff Chalmers - Columbus OH, US
Maciej Zborowski - Bay Village OH, US
International Classification:
C12M 1/34
G01N 33/551
C12M 3/00
US Classification:
436524000, 435287200
Abstract:
The present invention provides a MEMS-based integrated particle identification system having a substrate, a magnetic structure, and a bioferrograph. The substrate includes a topside portion, backside portion and a flow system. The flow system includes a flow channel for accepting the flow of a stream of particles to identified. The magnetic structure is in physical communication with the topside and backside portions of the substrate and has at least two pole pieces. A plurality of pole piece embodiments are provided for generating a magnetic field that acts on magnetically susceptible particles in the flow stream. The bioferrograph has at least one sensor for identifying the presence and quantity of magnetically susceptible particles. A plurality of sensor embodiments are also provided.

Magnetic Cell Separation

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US Patent:
20100093052, Apr 15, 2010
Filed:
Nov 14, 2007
Appl. No.:
12/514618
Inventors:
Jeffrey J. Chalmers - Columbus OH, US
Xiaodong Tong - Columbus OH, US
Maciej Zborowski - Bay Village OH, US
Lee R. Moore - Sagamore Hills OH, US
Sherif S. Farag - Carmel IN, US
International Classification:
C12N 13/00
C12M 1/42
US Classification:
4351739, 4353081
Abstract:
Systems and methods are provided separating a first group of cells from a mixture of at least first and second groups of cells in a suspending fluid. The system includes an annular flow channel and at least one magnetic element positioned around the exterior of the annular flow channel as to provide a radially symmetric magnetic field around at least a portion of the annular flow channel. The at least one magnetic element is configured to provide a gradually increasing magnetic field along the axis of flow as to limit the maximum magnetic gradient within the annular flow channel. A pump is operatively connected to a terminal end of the annular flow channel to force the suspending fluid through the annular channel.

Biological Cell Separator And Disposable Kit

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US Patent:
20130315796, Nov 28, 2013
Filed:
Feb 17, 2011
Appl. No.:
13/758695
Inventors:
Jeffrey J. Chalmers - Columbus OH, US
Maciej Zborowski - Bay Village OH, US
Thomas J. Ward - Columbus OH, US
George Keller - Columbus OH, US
Adam Landis - Reynoldsburg OH, US
Michael Ward - Columbus OH, US
Lee Robert Moore - Sagamore Hills OH, US
Assignee:
THE OHIO STATE UNIVERSITY - Columbus OH
International Classification:
G01N 33/487
US Classification:
422513
Abstract:
A disposable kit for use in directing fluid through a biological cell separator device (). The kit generally includes a separator tube (), a buffer fluid container (), cell sample container (), separated cell container (), and flushing fluid container (), as well as various conduits () for connecting the containers () and separator tube () in fluid communication together. A cell separator system is provided including a separator tube (), magnet (), pump () and a motorized drive unit (). The motorized drive unit () is operatively connected to the magnet () to allow the magnet () to be moved a sufficient distance away from the separator tube () so as to allow cells adhered to the inside surface thereof to be flushed out of the tube ().

Isbn (Books And Publications)

Scientific and Clinical Applications of Magnetic Carriers

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Author

MacIej Zborowski

ISBN #

0306456877

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Maciej G Zborowski from Shaker Heights, OH, age ~47 Get Report