This award recognizes outstanding application papers published in LD+A, LEUKOS, or presented at the IES Annual Conference or at a Regional Conference.

The Taylor Technical Talent Award improves both the quality and quantity of papers on the practice of lighting by providing recognition of authors for their accomplishments, and raising the awareness of the need for these papers. In addition, it reaffirms the IES’s position of leadership as the authoritative body on lighting application by the recognition of outstanding contributions to applications literature by the Society.

Papers published in LD+A and LEUKOS are automatically eligible for consideration for the award. Papers presented at Regional Conferences may be submitted by the author(s), the Conference Chairman, the Regional Director or the Regional Awards Chairman. Papers presented at the Annual Conference may be submitted by the author(s). The submission shall consist of a letter of transmittal containing all pertinent information and an abstract, plus a copy of the manuscript. Judging shall be based solely on the material that is submitted.

Procedure: A Taylor Technical Talent Award committee is charged with the responsibility of selecting the winning paper.

All submissions must be received by January 31.

The Award: The award is an engraved plaque presented at the Annual Conference held in November. A release by the author(s) for publication, shall be required of all entrants. The award shall be administered by the Executive Vice President, following the timeline established by the committee.

For questions, please contact the Chairperson of the Taylor Technical Talent Award or the IES office.

Chairperson
Taylor Technical Talent Award
John Zhang
3696 Haven Avenue, Suite A
Redwood City, CA 94063
Phone: (650) 249-6572
Fax: (650) 362-1987
jzhang@lunera.com

IES
120 Wall Street
Floor 17
New York, NY 10005-4001
(212)248-5000

Recipients


2017
“Measure and Report Luminaire Dirt Depreciation (LDD) in LED Luminaires for Street and Roadway Lighting Applications”.
Published as an Independent Research Project supported by the IES Research Fund
Ronald Gibbons, Matthew Palmer, Jason Meyer & Travis Terry


2013
Spatial Brightness Perception of Trichromatic Stimuli
Michael Royer and Kevin Houser


2012
Lighting Controls in Commercial Buildings
Alison Williams, Barbara Atkinson, Karina Garbesi, Erik Page, Francis Rubinstein


2011
A Procedure for Determining Target Illuminances
David DiLaura, Rita Harrold, Kevin Houser, Richard Mistrick, Gary Steffy


2010
Subjective Impression of Discomfort Glare from Sources of Non-Uniform Luminance
Michelle Eble-Hankins, Clarence Waters


2009
Preliminary Method for Prospective Analysis of the Circadian Efficacy of (Day)Light with Applications to Healthcare Architecture
C. Pechacek, M. Andersen, S. Lockley


2008
Energy Saving Lighting Control Systems for Open-Plan Offices: A Field Study
G. Newsham, A. Galasiu, C. Suvagau, D. Sander


2007
The Potential for Demand-Responsive Lighting in Non-Daylit Offices
G. Newsham, S. Mancini


2006
Task Lighting Effects on Office Worker Satisfaction and Performance, and Energy Efficiency
C. Arsenault, C. Duval, G. Newsham, A.M. Tosco, J. Veitch


2005
Tuning the Fluorescent Spectrum for the Trichromatic Visual Response: A Pilot Study
Kevin Houser, Dale Tiller, Xin Hue


2004
Linear-Moving Detector Photometer: A New Design Concept
John Zhang


2003
Development of a Metric to Quantify Beam Quality of Reflectorized Lamps
Andrew Bierman, Kevin Simonson, Narendran Nadarajah, Peer Boyce


2002
Field Study of Luminaire Dirt Depreciation
Robert Levin, William Brackett, James Burke, Norma Frank


2001
A Metric for Judging Acceptability of Direct Luminaires in Computer Offices
Naomi Johnson Miller, Peter R. Boyce, Peter Y. Ngai


2000
Comparison of Control Options in Private Offices in an Advanced Lighting Controls Testbed
Judith D. Jennings, Francis Rubinstein, Dennis DiBartolomeo, Steven L. Blanc


1999
An Empirical Data Based Method for the Development of Lighting Energy Standards
E.E. Richman, C. Jones, J. Lindsey


1998
Effective Constrained Illumination of Three Dimensional Light Sensitive Objects
Scott Mangum


1997
The Effect of Lamp Color on the Visibility of Small Targets
Michael Janoff, James Havard


1996
Lighting High Bay Areas with Electrodeless Lamps
Frank Florentine, Lorne Whitehead, Don MacLennan, Lee Anderson


1995
Evaluation of Retail Lighting
Howard Brandston, Christopher Cuttle


1994
Application Testing of Compact Fluorescent Lamps: Table Lamps and Recessed Down Lamps
Yufen Ji, Robert Davis


1993
The Dilemma of Emergency Lighting: Theory vs Reality
Michael J. Ouellette, Ivaldo C. Pasini, Brian W. Tansley


1992
Lighting and HVAC
Stephen Treado