Career records & work history
License Records
Daniel Joseph Mockler
Address:
15 Escena Dr, Tijeras, NM 87059
Licenses:
License #: A1313671
Category: Airmen
Category: Airmen
Daniel J Mockler, Age 6515 Escena Dr, Tijeras, NM 87059
Daniel Mockler Phones & Addresses
Tijeras, NM
Albuquerque, NM
Kennett Square, PA
Azle, TX
Cedar Hill, TX
Midlothian, TX
Tracy, CA
Long Beach, CA
502 W State St #2, Kennett Square, PA 19348 (972) 723-5738
Work
Company:
Faro technologies Sep 2011
Position:
Mechanical engineer
Education
School / High School:
UNIVERSITY OF TEXAS at ARLINGTON- Arlington, TX 2010
Specialities:
M.S. in Mechanical Engineering
Mentions for Daniel J Mockler
Daniel Mockler resumes & CV records
Resumes
Daniel Mockler
Daniel Mockler - Kennett Square, PA
Work:
FARO TECHNOLOGIES Sep 2011 to 2000
Mechanical Engineer DFW COMPOSITES - Dallas, TX Jan 2003 to Nov 2006
Owner-Operator DFW COMPOSITES - Dallas, TX Mar 2003 to May 2003
Senior Mechanical Design Consultant OPTICAL SWITCH CORPORATION - Dallas, TX Jan 1999 to Oct 2002
Senior Mechanical Designer / Technician TEXAS INSTRUMENTS/RAYTHEON - Dallas, TX Aug 1995 to Sep 1997
Opto-Electronic Technician LAWERENCE LIVERMORE NATIONAL LABORATORY Apr 1992 to Apr 1994
Field Service Engineer, Bendix LAWERENCE LIVERMORE NATIONAL LABORATORY - Livermore, CA Oct 1985 to Apr 1994
Feild Service Technician LAWERENCE LIVERMORE NATIONAL LABORATORY Jun 1992 to Apr 1993
Field Service Engineer, Advanced Applications LAWERENCE LIVERMORE NATIONAL LABORATORY Oct 1985 to Apr 1992
Senior Technician
Mechanical Engineer DFW COMPOSITES - Dallas, TX Jan 2003 to Nov 2006
Owner-Operator DFW COMPOSITES - Dallas, TX Mar 2003 to May 2003
Senior Mechanical Design Consultant OPTICAL SWITCH CORPORATION - Dallas, TX Jan 1999 to Oct 2002
Senior Mechanical Designer / Technician TEXAS INSTRUMENTS/RAYTHEON - Dallas, TX Aug 1995 to Sep 1997
Opto-Electronic Technician LAWERENCE LIVERMORE NATIONAL LABORATORY Apr 1992 to Apr 1994
Field Service Engineer, Bendix LAWERENCE LIVERMORE NATIONAL LABORATORY - Livermore, CA Oct 1985 to Apr 1994
Feild Service Technician LAWERENCE LIVERMORE NATIONAL LABORATORY Jun 1992 to Apr 1993
Field Service Engineer, Advanced Applications LAWERENCE LIVERMORE NATIONAL LABORATORY Oct 1985 to Apr 1992
Senior Technician
Education:
UNIVERSITY OF TEXAS at ARLINGTON - Arlington, TX 2010 to 2012
M.S. in Mechanical Engineering UNIVERSITY OF TEXAS at ARLINGTON - Arlington, TX 2007 to 2010
B.S. in Mechanical Engineering TEXAS STATE TECHNICAL INSTITUTE - Waco, TX 1983 to 1985
A.A.S. in Laser Electro-Optics
M.S. in Mechanical Engineering UNIVERSITY OF TEXAS at ARLINGTON - Arlington, TX 2007 to 2010
B.S. in Mechanical Engineering TEXAS STATE TECHNICAL INSTITUTE - Waco, TX 1983 to 1985
A.A.S. in Laser Electro-Optics
Daniel Mockler
Publications & IP owners
Us Patents
Integrated Fiber Array Optical Switch And Method Of Operation
US Patent:
6393175, May 21, 2002
Filed:
Nov 15, 2000
Appl. No.:
09/713874
Inventors:
David C. Jurbergs - Fort Worth TX
Chris Karaguleff - Austin TX
Kenneth C. Noddings - Austin TX
Robert O. Miller - Carrollton TX
Daniel J. Mockler - Midlothian TX
Chris Karaguleff - Austin TX
Kenneth C. Noddings - Austin TX
Robert O. Miller - Carrollton TX
Daniel J. Mockler - Midlothian TX
Assignee:
Optical Switch Corporation - Richardson TX
International Classification:
G02B 642
US Classification:
385 20, 385 16
Abstract:
An optical switch includes an input member, a reflective output member coupled to the input member, and a transmissive output member. The input member supports a plurality of input waveguides, each input waveguide having a reflective surface and operable to receive a corresponding optical signal. The reflective output member supports a plurality of first output waveguides, each first output waveguide coupled to a corresponding input waveguide. The transmissive output member supports a plurality of second output waveguides and has a first position spaced apart from the input member such that the reflective surface of each input waveguide totally internally reflects a corresponding optical signal to a corresponding one of the first output waveguides, and a second position in proximal contact with the input member such that each second output waveguide frustrates the total internal reflection of a corresponding input waveguide and receives a corresponding optical signal.
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