DR. SCOTT ROLAND ROBIRDS, O.D.
Optometry at Johns Creek Pkwy, Duluth, GA
License number
Georgia OPT 000916
Category
Optometry
Type
Optometrist
License number
Georgia T02447
Category
Optometry
Type
Optometrist
Address
Address
2
11460 Johns Creek Pkwy, Duluth, GA 30097
225 Leafwing Ct, Alpharetta, GA 30005
225 Leafwing Ct, Alpharetta, GA 30005
Phone
(678) 415-3830
(678) 415-2683 (Fax)
(770) 740-8816
(678) 415-2683 (Fax)
(770) 740-8816
Personal information
See more information about SCOTT ROLAND ROBIRDS at radaris.comName
Address
Phone
225 Leafwing Ct, Alpharetta, GA 30005
225 Leafwing Ct APT 57, Alpharetta, GA 30005
225 Leafwing Ct, Alpharetta, GA 30005
Professional information
Vp, Regulatory And Clinical Affairs At Bard Medical Division
Position:
VP, Regulatory and Clinical Affairs at Bard Medical Division
Location:
Greater Atlanta Area
Industry:
Medical Devices
Work:
Bard Medical Division
- Covington, GA since Apr 2010
-
VP, Regulatory and Clinical Affairs
CIBA Vision
- Duluth, GA 2005 - Apr 2010
-
VP, Clinical and Regulatory Affairs
CIBA Vision
2000 - 2005
-
Head, Global Clinical Affairs
CIBA Vision
1999 - 2000
-
Executive Director, Clinical and Regulatory Affairs - SEE3 Program
CIBA Vision
1986 - 1999
-
Management and Leadership Positions
Private Optometric Practice
1983 - 1986
-
Optometrist
Education:
Indiana University Bloomington 1976 - 1980
Doctor of Optometry (OD) University of Missouri-Columbia 1973 - 1976
Doctor of Optometry (OD) University of Missouri-Columbia 1973 - 1976
Scott Roland Robirds, Duluth GA
Specialties:
Optometrist
Address:
11460 Johns Creek Pkwy, Duluth, GA 30097
Scott R Robirds, Duluth GA - OD (Doctor of Optometry)
Specialties:
Optometry
Address:
11460 Johns Creek Pkwy, Duluth 30097
(678) 415-3830 (Phone), (678) 415-2683 (Fax)
(678) 415-3830 (Phone), (678) 415-2683 (Fax)
Languages:
English
Generalized Presbyopic Correction Methodology
US Patent:
7828441, Nov 9, 2010
Filed:
Jun 9, 2009
Appl. No.:
12/455941
Inventors:
Joseph M. Lindacher - Suwanee GA, US
Rafael V. Andino - Lawrenceville GA, US
Scott R. Robirds - Alpharetta GA, US
Rafael V. Andino - Lawrenceville GA, US
Scott R. Robirds - Alpharetta GA, US
Assignee:
Novartis AG - Basel
International Classification:
A61B 3/00, G02C 7/02
US Classification:
351246, 351159
Abstract:
An adaptive optics phoropter is aligned with a Badal optometer and an adjustable aperture component to subjectively determine an optimal vision correction as a power profile for an ophthalmic lens or ablating a cornea. The optimal power profile is preferably determined in an iterative process by adjusting the vergence of the Badal optometer and aperture size of the adjustable aperture component for power profiles with presbyopic power zones having different amplitudes, shapes, widths, and/or de-centering. Also included is a method of recursively computing a refractive surface with a regular presbyopic power zone (e. g. , according to the optimal power profile) and adding it onto an underlying irregular Zernike-basis-set aberration-corrected surface in a linear fashion for fabricating an ophthalmic lens.
Generalized Presbyopic Correction Methodology
US Patent:
2008016, Jul 10, 2008
Filed:
Dec 20, 2007
Appl. No.:
12/004243
Inventors:
Joseph M. Lindacher - Suwanee GA, US
Rafael V. Andino - Lawrenceville GA, US
Scott R. Robirds - Alpharetta GA, US
Rafael V. Andino - Lawrenceville GA, US
Scott R. Robirds - Alpharetta GA, US
International Classification:
A61B 3/032, G02C 7/06
US Classification:
351233, 351246, 351168
Abstract:
An adaptive optics phoropter is aligned with a Badal optometer and an adjustable aperture component to subjectively determine an optimal vision correction as a power profile for an ophthalmic lens or ablating a cornea. The optimal power profile is preferably determined in an iterative process by adjusting the vergence of the Badal optometer and aperture size of the adjustable aperture component for power profiles with presbyopic power zones having different amplitudes, shapes, widths, and/or de-centering. Also included is a method of recursively computing a refractive surface with a regular presbyopic power zone (e.g., according to the optimal power profile) and adding it onto an underlying irregular Zernike-basis-set aberration-corrected surface in a linear fashion for fabricating an ophthalmic lens.