GERALD JAMES FRUMUSA
Pilots at Edgemere Dr, Rochester, NY
License number
New York A0634806
Issued Date
Oct 2015
Expiration Date
Oct 2016
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
3322 Edgemere Dr, Rochester, NY 14612
Personal information
See more information about GERALD JAMES FRUMUSA at radaris.comName
Address
Phone
3322 Edgemere Dr, Rochester, NY 14612
Rochester, NY
3322 Edgemere Dr, Rochester, NY 14612
Professional information
See more information about GERALD JAMES FRUMUSA at trustoria.com
Software Architect, Eng Project Manager - Biz Jet Pilot
Software Architect, Eng Project Manager - Biz Jet Pilot
Position:
Software Architect & Automated Test System Project Manager at Alstom Transport Signal
Location:
Rochester, New York Area
Industry:
Computer Software
Work:
Alstom Transport Signal
since Jan 2011
-
Software Architect & Automated Test System Project Manager
Paradise Cove Systems Inc.
2010 - Feb 2011
-
Sr. Software Architect & Systems Consultant
Bausch & Lomb
1998 - 2010
-
Sr Systems Engineer, Software Engineer, Machine-Vision Engineer, Project Mgr
Paradise Cove Systems Inc
Jan 1996 - Jan 1998
-
Project Engineer, Software Engineer, Team Lead
Education:
Rochester Institute of Technology 1970 - 2005
MS, Software Development & Management Monroe Community College
AAS, Electrical Engineering Technology Rochester Institute of Technology
BS, Electrical Engineering & Applied Computing
MS, Software Development & Management Monroe Community College
AAS, Electrical Engineering Technology Rochester Institute of Technology
BS, Electrical Engineering & Applied Computing
Interests:
•FAA licensed multi-engine Airline Transport Pilot & commercial pilot, FAA certificate # 3089057; Commercial Pilot, airplane single engine land & sea, multi-engine, and instrument rating. FAA Certificated Flight Instructor, FAA certificate # 3089057CFI, airplane single land & sea, multi-engine, and instrument rating.
• Alpine Ski Instructor, Professional Ski Instructors of America (PSIA) level 1 certification.
Honor & Awards:
• Received Bausch & Lomb’s highest employee recognition awards, the “Global Commitment Award” for innovation, and the “Chairman’s Award” for innovation.
• Received US patent # 6,788399 B2 ,”Ophthalmic Article Inspection System”,1 additional patent pending, 7 invention reports authored.
Ophthalmic Article Inspection System
Ophthalmic Article Inspection System
US Patent:
2003010, Jun 5, 2003
Filed:
Nov 30, 2001
Appl. No.:
09/998492
Inventors:
Gerald Frumusa - Rochester NY, US
Thomas Brown - Avon NY, US
Ronald Spoor - Penn Yan NY, US
Joseph Blasiak - Fairport NY, US
Thomas Brown - Avon NY, US
Ronald Spoor - Penn Yan NY, US
Joseph Blasiak - Fairport NY, US
International Classification:
G01B009/00
US Classification:
356/124000
Abstract:
An assembly and method for inspecting ophthalmic lenses includes a light source and a 360° light structuring aperture configured to direct structured light toward an open center where a lens is positioned for imaging by an imaging device positioned beneath the assembly. The structured light is directed at the entire periphery of the lens and is internally reflected by the lens in the manner of a fiber optic conduit whereby the lens appears dark at clear areas of the lens. If there are defects or imprints on the lens, the internally reflected light will scatter at that point and appear as a bright spot to the imaging device.
Automatic Identification Symbology Suitable For Contact Lens Manufacturing Verification
Automatic Identification Symbology Suitable For Contact Lens Manufacturing Verification
US Patent:
2006000, Jan 5, 2006
Filed:
Jun 30, 2004
Appl. No.:
10/881356
Inventors:
Robert Duggan - Co. Kilkenny, IE
Gerald Frumusa - Rochester NY, US
Gerald Frumusa - Rochester NY, US
International Classification:
G02C 7/04
US Classification:
35116000R
Abstract:
A method of identifying one or more characteristics of an ophthalmic lens by embedding a second marking inside the perimeter of a first marking formed on the lens. In one embodiment, the first marking may be a toric marking indicative of the ballast and/or cylindrical axis and the second marking, placed inside the first marking, may indicate one or more other lens characteristic such as power, SKU or lot number, for example. The invention includes a lens made according to the method.