SANG MIN LEE
Medical Practice in Pittsburgh, PA

License number

Pennsylvania LT000276L

Personal information

See more information about SANG MIN LEE at radaris.com

Name

Address

Phone

Sang Il Lee, age 63

446 Blue Course Dr APT 1206, State College, PA 16803

(814) 867-5642

Sang Il Lee

4610 Basswood Dr, Erie, PA 16506

Professional information

Mba Candidate

Position:

Graduate School Fellow at Education Pioneers

Location:

Pittsburgh, Pennsylvania

Industry:

Program Development

Work:

Education Pioneers - San Francisco Bay Area since Jun 2013 - Graduate School Fellow United States Air Force - Shreveport, LA Jun 2010 - Jul 2012 - Headquarters Facilities and Infrastructure Program Manager (USAF Global Strike "Nuclear" Command) United States Air Force - Qatar May 2009 - Jun 2010 - Operations Department Head United States Air Force - Honolulu, HI Jan 2005 - Sep 2007 - Logistics Support and Base Development Division Head United States Air Force - South Korea Jan 2004 - Jan 2005 - Infrastructure Maintenance Division Head United States Air Force - Knob Noster, Missouri Jan 2002 - Jan 2004 - Resources and Planning Division Head

Education:

Carnegie Mellon University - Tepper School of Business 2012 - 2014
Master of Business Administration (MBA) U.S. Air Force Institute of Technology 2007 - 2009
Master of Science (MS), Engineering Management Georgia Institute of Technology 1995 - 2000
Bachelor of Science (BS), Mechanical Engineering

Interests:

• Leadership and management studies • Education Technology / Education Reform • Renewable Energy/Green Technology • Competitive endurance and team sports • Photography and Documentary Filmmaking

Honor & Awards:

• Meritorious Service Medal for exceptional individual performance (2010, 2012) • Published in the Engineering Management Journal (2012) • Competitively selected for Air Command and Staff College (In-Residence) for the Political-Military Strategist Program (2011) • Company Grade Officer (Mid-level Manager) of the Quarter Award (2002, 2004, 2005, 2009, 2011) • Company Grade Officer of the Year Award (2005, 2010) • Outstanding Unit (Team) Award with Valor (2002, 2010) • Merritt A. Williamson Best Conference Paper, American Society for Engineering Management Annual Conference (2010) • Joint Service Commendation Medal (2008); USAF Commendation Medal (2002 x 2, 2005, 2007) • USAF Achievement Medal (2003, 2005), Army Achievement Medal (2010); Navy Achievement Medal (2010) • 2009 Best Anti-Terrorism Program (Team) Award for the Department of Defense • Distinguished Graduate (top 10%) of USAF Reserved Officer Training Corp (ROTC) (2000)

Languages:

English

Audio Engineer At Carnegie Mellon University

Position:

Audio Engineer at Carnegie Mellon University

Location:

Greater Pittsburgh Area

Industry:

Music

Work:

Carnegie Mellon University - Audio Engineer

Chief Researcher At Nanodynamics, Inc.

Position:

Chief Researcher at NanoDynamics, Inc.

Location:

Greater Pittsburgh Area

Industry:

Chemicals

Work:

NanoDynamics, Inc. - Chief Researcher

Antimicrobial Surfaces And Methods For Preparing Antimicrobial Surfaces

US Patent:

2006000, Jan 12, 2006

Filed:

Jul 7, 2004

Appl. No.:

10/887029

Inventors:

Alan Russell - Wexford PA, US
Richard Koepsel - Pittsburgh PA, US
Sang Lee - Pittsburgh PA, US
Krzysztof Matyjaszewski - Pittsburgh PA, US

International Classification:

A01N 25/34

US Classification:

424402000

Abstract:

The present invention relates to biocidal articles. In an embodiment the biocidal article comprises a plurality of polymers having biocidally active groups. The polymers are attached to a surface and may have a polydispersity less than 3. The biocidally active groups may comprise at least one of a quaternary ammonium salt, a quaternary phosphonium salt or a chloroamine. The attached polymers may be any microstructure, topology or composition, such as, a homopolymer, block copolymer, multiblock copolymer, a random copolymer, graft polymer, a branched or a hyperbranched polymer, and a gradient copolymer. The present invention also comprises a process for the preparation of a biocidal article. Embodiments of the process comprise polymerizing radically polymerizable monomers from an initiator attached to a surface, wherein at least a portion of the monomers comprise a group capable of being converted to a biocidally active group, and converting the group to the biocidally active group.