Born and raised in New York City, Brian has an extensive knowledge of New York City and all the wonderful things it has to offer. Brian’s passion for real estate began when he attended American University, receiving his Bachelor’s Degree in Real Estate and Urban Development. From there, he earned his MBA from Pepperdine University and returned to New York to pursue his career. In 1998, he worked in commercial sales and leasing. He then joined one of the largest residential firms in New York as an agent. Within a year he moved up to a management position. In addition to managing the company’s Relocation Division he took the initiative to develop both a furnished housing division and a move-in solutions company to fulfill key market needs. In 2006, Brian was hired by BOND New York to open and manage their newest, state of the art office on the Upper East Side. He was then promoted to Director of Operations and has since helped grow the company into 6 offices and over 500 agents.Brian has been featured on the Suzy Orman show and NBC’s Today in New York. He has been interviewed by New York Newsday and The New York Post.
SRSsoft - Montvale, NJ Apr 2012 - Apr 2013
Data Integration Specialist
Netwrix Corporation - Paramus, NJ Feb 2009 - Feb 2012
Technical Support Engineer
Palm Beach Community College - Lake Worth, FL Jan 2006 - Dec 2008
Adjunct College Professor
Dominion Enterprises/eNeighborhoods - Boca Raton, FL Mar 2005 - Mar 2008
Level 2 Technical Support Specialist
Palm Beach County School District - Boca Raton, FL Jul 2004 - Nov 2004
Middle School Computer Technology Teacher
Education:
Marist College 1999 - 2003
MS, Computer Science/Information Systems
State University of New York at New Paltz 1993 - 1996
BA, Psychology
Orange County Community College 1991 - 1993
Associate in Arts, Liberal Arts
Skills:
Active Directory Troubleshooting Windows Server Software Documentation Microsoft Sql Server Technical Support Microsoft Exchange Networking Help Desk Support Sharepoint Operating Systems Integration Computer Hardware Software Installation Databases Testing Microsoft Office Servers Virtualization Saas Sql System Administration Windows Cloud Computing Project Management Microsoft Technologies Disaster Recovery Hardware Group Policy Vmware Quality Assurance Security Windows 7 Visio Training Access
H2, LLC Lancaster, PA Jun 2010 to Nov 2011 Territory Sales ManagerRITTENHOUSE BOOK DISTRIBUTORS King of Prussia, PA Aug 2006 to Jun 2010 Corporate Sales Trainer/Senior Territory ManagerJ and L BUILDING MATERIALS Landisville, PA Feb 2006 to Aug 2006 Inside Sales CoordinatorHAAS PUBLICATIONS, INC Cynwyd, PA, US Jul 2005 to Feb 2006 Account ExecutiveBROSS CONTRACTORS INC Holland, PA Jun 2004 to Jul 2005 Sales and Service ManagerAMERICAN EXPRESS FINANCIAL ADVISORS Lancaster, PA May 2001 to Jun 2004 Financial Advisor/Advisor CoachRUTGERS UNIVERSITY Newark, NJ Aug 2000 to May 2002 OFFICE OF QUALITY COMMUNICATION IMPROVEMENT
Education:
RUTGERS UNIVERSITY New York, NY May 2002 B.A. in Business Management and Psychology
Us Patents
Fiber-To-Waveguide Coupling With High Alignment Tolerance
- New York NY, US Oscar Adrian Jimenez Gordillo - New York NY, US Mohammad Amin Tadayon - New York NY, US Brian Stern - New York NY, US
International Classification:
G02B 6/122
Abstract:
An optical coupling apparatus comprising a substrate having a trench formed therein, the trench having a width measured between two opposing walls that define a portion of the trench; and a waveguide disposed on or in the substrate, the waveguide having a width that tapers along an axis of light propagation.
- New York NY, US Samantha P. ROBERTS - Ithica NY, US Brian STERN - New York NY, US Utsav D. DAVE - New York NY, US
International Classification:
G02B 6/14 G02F 1/01 G02F 1/295 F21V 8/00
Abstract:
Light recycling within a waveguide is achieved by mode conversion instead of resonance. A structure is provided in in which light makes multiple passes through the same waveguide by converting the mode to a different mode after each pass and rerouting the light back into the same waveguide. The structure includes a bus waveguide and at least one mode converter device disposed at or adjacent each of two opposing ends of the bus waveguide, wherein each mode converter devices is configured to receive light having a receiving mode along a first direction and to cause light having a different mode from the receiving mode to propagate in a second direction opposite the first direction.
Brian Stern (1968-1972), Bill Port (1972-1977), Teneshia Jackson (1990-1994), Tina Regan (1977-1979), Dawn Hoadley (1975-1977), Peter Spyrounis (1982-1988)