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Brian P Mugalian

from Chicago, IL
Age ~65
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Also known as:
Brian O Mugalian, Brian P Mugali, Brian M
Phone and address:
4727 N Clark St #3N, Chicago, IL 60640
(847) 970-8112
Related to:
Lillian H Mugalian, 98Robert H Mugalian
Connected to:
Caroline G Mugambi, 40Kenneth Mugambi, 46Mary O Mugambi, 54Purity K Mugambi, 52Kathleen M Mugan, 81Michael P Mugan, 85Maria Muganzo, 31Eden N Mugar, 39Monica Mugartegui, 49Brandon M Mugavero, 45

Brian Mugalian Phones & Addresses

  • 4727 N Clark St #3N, Chicago, IL 60640 (847) 970-8112
  • Wilmette, IL
  • 1715 Chicago Ave, Evanston, IL 60201 (847) 475-8657
  • 1715 Chicago Ave #712, Evanston, IL 60201 (847) 475-8657
  • 807 Church St, Evanston, IL 60201 (847) 475-8657

Work

Company: S&c electric company Mar 2009 Position: Project manager

Education

School / High School: Northwestern University 1977 to 1983

Skills

Electronics • Smart Grid • Testing • Engineering Management • Automation • Electrical Engineering • Power Systems • Sensors • Power Distribution • Engineering • Power Generation • Electricians • Rf • Scada • Systems Engineering • Project Management Tools • Project Management Plan • Substation • Power Electronics • Electric Power • Switchgear • High Voltage • Energy • Product Development • Project Engineering • Manufacturing • Transformer • Lean Manufacturing • Power Plants • Control Systems Design

Ranks

Certificate: 11352

Industries

Electrical/Electronic Manufacturing

Resumes

Resumes

Brian Mugalian Photo 1

Manager - Product Engineering

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Location:
Chicago, IL
Industry:
Electrical/Electronic Manufacturing
Work:
S&C Electric Company since Mar 2009
Project Manager
S&C Electric Company 2004 - Mar 2009
Manager - New Product Development
S&C Electric Company 2002 - 2004
Manager - Product Engineering - Chicago - Automation Systems Division
S&C Electric Company 1995 - 2002
Manager - Product Engineering - Electronic Products Division
S&C Electric Company 1991 - 1995
Senior Project Engineer
Education:
Northwestern University 1977 - 1983
New Trier West Class of 1977
Skills:
Electronics
Smart Grid
Testing
Engineering Management
Automation
Electrical Engineering
Power Systems
Sensors
Power Distribution
Engineering
Power Generation
Electricians
Rf
Scada
Systems Engineering
Project Management Tools
Project Management Plan
Substation
Power Electronics
Electric Power
Switchgear
High Voltage
Energy
Product Development
Project Engineering
Manufacturing
Transformer
Lean Manufacturing
Power Plants
Control Systems Design
Certifications:
11352
Project Management Professional

Publications

Us Patents

Phasing And Indicator Arrangements For Switchgear Or The Like

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US Patent:
6426616, Jul 30, 2002
Filed:
Dec 15, 1998
Appl. No.:
09/211490
Inventors:
Gregory C. Mears - Chicago IL
Brian P. Mugalian - Evanston IL
Assignee:
SC Electric Co. - Chicago IL
International Classification:
G01R 2300
US Classification:
324 7652, 324 7655, 3408154, 34081544
Abstract:
A phasing and indicator arrangement is provided for switchgear or the like that responds to electrical sources and provides voltage indicator functions, phasing determinations, and self-test features. Phasing provisions are responsive to two or more voltage sensors proximate respective electrical sources to provide an output that represents the phase difference, i. e. time relationship, between the electrical sources as an alternating-current voltage measurable by a voltmeter. The output is relatively independent of the voltage of the electrical sources. The indicator arrangement is operable in a test mode to test the integrity of one or more voltage indicators while clearly identifying that the indicator arrangement is in a test mode. In a preferred arrangement, the indicator arrangement in the self-test mode is powered by a photocell. Further, in the self-test mode, the indicator arrangement generates signals through each voltage sensor and over the complete voltage sensing path, the generated signals being substantially similar to the signals generated by each voltage sensor during normal operation in response to an alternating-current source.

Operation Indicator

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US Patent:
20070103326, May 10, 2007
Filed:
Oct 3, 2006
Appl. No.:
11/543290
Inventors:
Joseph Moninski - Arlington Heights IL, US
Brian Mugalian - Evanston IL, US
International Classification:
G08B 21/00
US Classification:
340635000
Abstract:
A multi-mode control indicator is provided for use with an electrical device. The multi-mode control indicator 20 provides multiple status indications via respective display modes (display patterns), e.g. steady “on” state, flashing, off, or various other patterns of differing intensities. In a preferred arrangement, the device is controlled via a wireless communication channel.

Phasing And Indicator Arrangements For Switchgear Or The Like

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US Patent:
59107758, Jun 8, 1999
Filed:
Jan 24, 1997
Appl. No.:
8/788158
Inventors:
Gregory C. Mears - Chicago IL
Brian P. Mugalian - Evanston IL
Assignee:
S&C Electric Company - Chicago IL
International Classification:
G08B 500
US Classification:
3408154
Abstract:
A phasing and indicator arrangement is provided for switchgear or the like that responds to electrical sources and provides voltage indicator functions, phasing determinations, and self-test features. Phasing provisions are responsive to two or more voltage sensors proximate respective electrical sources to provide an output that represents the phase difference, i. e. time relationship, between the electrical sources as an alternatingcurrent voltage measurable by a voltmeter. The output is relatively independent of the voltage of the electrical sources. The indicator arrangement is operable in a test mode to test the integrity of one or more voltage indicators while clearly identifying that the indicator arrangement is in a test mode. In a preferred arrangement, the indicator arrangement in the self-test mode is powered by a photocell. Further, in the self-test mode, the indicator arrangement generates signals through each voltage sensor and over the complete voltage sensing path, the generated signals being substantially similar to the signals generated by each voltage sensor during normal operation in response to an alternating-current source.

Overcurrent Protection Device

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US Patent:
51703114, Dec 8, 1992
Filed:
Dec 27, 1989
Appl. No.:
7/457632
Inventors:
John A. Zulaski - Mt. Prospect IL
Brian P. Mugalian - Evanston IL
Assignee:
S&C Electric Company - Chicago IL
International Classification:
H02H 308
US Classification:
361 94
Abstract:
An overcurrent protection device is provided for one or more phases of a circuit that generates a control signal dependent upon an adjustable trip level setting after a fault has occurred. The device includes a blocking level detector that blocks the generation of the control signal is the current in any of the phases exceeds either a first predetermined blocking level or the adjustable trip level setting. In a preferred arrangement, before control-signal generation, the device also requires that the current in at least one phase is below a predetermined load level.

Capacitive Compensated Voltage Sensor

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US Patent:
20200333385, Oct 22, 2020
Filed:
Apr 14, 2020
Appl. No.:
16/848405
Inventors:
- Chicago IL, US
Brian P. Mugalian - Chicago IL, US
John Gorecki - Milwaukee WI, US
Assignee:
S&C Electric Company - Chicago IL
International Classification:
G01R 21/06
G01R 15/06
Abstract:
A capacitive voltage sensor for estimating voltage on a power line. The sensor includes a dielectric bushing surrounding the line, and an annular conductor formed in the bushing and being capacitively coupled to the line, where a first capacitance is defined between the line and the annular conductor and a second capacitance is defined between the annular conductor and ground. The sensor also includes a capacitance compensation circuit having an amplifier including a first terminal electrical coupled to the annular conductor, and first and second capacitance compensation capacitors electrically coupled to the terminals of the amplifier, where the compensation capacitors are made of different materials having different dielectric constants, and where the materials of the compensation capacitors are selected so as to compensate for changes in the first and second capacitances in response to temperature changes. Also, a thermistor is provided in a resistor compensation circuit to provide resistance compensation.
Control profile
Brian P Mugalian from Chicago, IL, age ~65 Get Report