REO / Bank Owned Residential sales Luxury homes First time home buyers Distressed properties Relocation
Work:
RE/MAX GRAND Katy, TX 2813695886 (Phone) License #373526
Client type:
Home Buyers Home Sellers
Property type:
Single Family Home Condo/Townhome Residential Rental
Interests:
Avid Indy Car Race Fan Love to Travel
Awards:
Real Estate Lic. Remax 100% Club
Languages:
English
Skills:
Home Buyers Home Sellers Foreclosures Comercial Mortgage
About:
My name is David Monk and I have been a highly successful real estate professional in the Katy/Houston market for 25 years. My personal goal is to simplify the process of buying and selling real estate, and to satisfy everyone's needs to the best of my ability. My extensive experience and proven track record are factors you can count on when working with me. I use the latest technology to understand the current market and to make the connections necessary for our success. Please enjoy my website. It is just one of the many successful tools I use to assist my clients in marketing their real estate. When you become a client you are part of my 'Client Appreciation Program'. This program is about service after the sale. To show my appreciation to my clients I offer extensive services and want to establish a long term relationship with you and not dissappear after you have closed your transaction. •Full time agent since 1986. •Member National Association of Realtors. •Member Texas Association of Realtors. •Member Houston Association of Realtors. •Former Sales Manager for National Homebuilder. •Former Broker/Owner of National Real Estate Franchise
Mechanics Instructor & Education Web Developer at U-Link College of 华南师范大学 (South China Normal University)
Location:
Seattle, Washington
Industry:
Higher Education
Work:
U-Link College of 华南师范大学 (South China Normal University) - Guangzhou, Guangdong, China since Oct 2012
Mechanics Instructor & Education Web Developer
Union Bay Rowing Club - University of Washington Jun 2012 - Oct 2012
Assistant Coach
University of Washington - Greater Seattle Area Oct 2011 - Jul 2012
Research Associate (Programming & Acoustics)
Seattle Colleges - Seattle, Wa Sep 2011 - Jun 2012
Physics Instructor
UW Sailing Club Feb 2011 - Dec 2011
Assistant instructor
Education:
National Computational Science Institute 2011 - 2011
Certificate, Computer Software
University of Washington 2010 - 2011
Master of Science, Physics
Seattle Central Community College 2007 - 2009
Seattle Central Community College 2007 - 2008
Bachelor of Science, Math and Philosophy
Washington State University
B.S., Math and Philosophy
Skills:
Python Programming Physics Simulation Science Research Linux Windows English Teaching Problem Solving Matlab Data Mining Data Analysis Mathematics Mathematica Microsoft Office Access Software Development Algorithms LaTeX Windows 7 Simulations Google App Engine Jinja2 HTML template NoSQL Mechanics
Environmental Educator at ERES Edl.Resources In Envtl. Science
Location:
Champaign, Illinois
Industry:
Environmental Services
Work:
ERES Edl.Resources In Envtl. Science - Educational Resources in Environmental Science ERES since Jan 2000
Environmental Educator
Education:
U of Sydney and U of Illinois
BSc Agr Dip Ed(Sydney) MEd (IL), Agriculture, Environment and Art
Skills:
Environmental Awareness Event Planning Community Outreach Environmental Science Natural Resources Microsoft Word Biodiversity Ecology ArcGIS Historic Preservation Conservation Issues Volunteer Management Higher Education Ecological Restoration Environmental Education Public Speaking Qualitative Research Science Nonprofits Grant Writing PowerPoint Technical Writing Teaching GIS Research Microsoft Excel Data Analysis
Managing Partner- Field Construction At True Homes
Antitrust Business Law Securities Law Capital Markets and Securities Offerings Corporate Governance and Compliance Counseling Corporate: Private Equity Funds general corporate matters Mergers and Acquisitions Mergers and acquisitions Outsourcing securities offerings technology and outsourcing transactions Venture Capital and Emerging Companies
Jurisdiction:
Dallas Association of Young Lawyers Dallas Bar Association Dallas Symphony Orchestra Vivaldi Patron Circle, Steering Committee State Bar of Texas TITAS, Board of Trustees Texas (1992) Texas
Law School:
Southern Methodist University School of Law
Education:
College of Business Administration Fellow Southern Methodist University School of Law, JD Texas A&M University, BA
Andrew C. McNeil - Scottsdale AZ David J. Monk - Mesa AZ Bishnu P. Gogoi - Scottsdale AZ
Assignee:
Motorola Inc. - Schaumburg IL
International Classification:
H01L 2128
US Classification:
438 53, 438251
Abstract:
A method of manufacturing a sensor includes forming a first electrode ( ), forming a sacrificial layer ( ) over the first electrode, and forming a layer ( ) over the sacrificial layer where a second electrode ( ) is located in the layer. The method further includes removing the sacrificial layer after forming the layer to form a cavity ( ) between the first and second electrodes and then sealing the cavity between the first and second electrodes. The layer is supported over the first electrode by a post ( ) in the cavity, and the second electrode is movable relative to the first electrode and is movable in response to a pressure external to the cavity.
Micro Electro-Mechanical System Sensor With Selective Encapsulation And Method Therefor
David J. Monk - Mesa AZ Song Woon Kim - Kyunggi-do, KR Kyujin Jung - Kyunggi-do, KR Bishnu Gogoi - Scottsdale AZ Gordon Bitko - Phoenix AZ Bill McDonald - Scottsdale AZ Theresa A. Maudie - Phoenix AZ Dave Mahadevan - Mesa AZ
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G01L 700
US Classification:
73756, 73715, 73754, 73706
Abstract:
Selective encapsulation of a micro electro-mechanical pressure sensor provides for protection of the wire bands ( ) through encapsulation while permitting the pressure sensor diaphragm ( ) to be exposed to ambient pressure without encumbrance or obstruction. Selective encapsulation is made possible by the construction of a protective dam ( ) around the outer perimeter of a pressure sensor diaphragm ( ) to form a wire bond cavity region between the protective dam ( ) and the device housing ( ). The wire bond cavity may be encapsulated with an encapsulation gel ( ) or by a vent cap ( ). Alternatively, the protective dam ( ) may be formed by a glass frit pattern ( ) bonding a cap wafer ( ) to a device wafer ( ) and then dicing the two-wafer combination into individual dies with protective dams attached.
Method Of Manufacturing A Semiconductor Component Having A Fixed Electrode Between Two Flexible Diaphragms
Bishnu P. Gogoi - Scottsdale AZ David J. Monk - Mesa AZ
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H01L 2100
US Classification:
438 53, 438 48, 438 50
Abstract:
A semiconductor component comprises a substrate ( ), a two flexible pressure sensor diaphragms ( ) supported by the substrate ( ), and a fixed electrode ( ) between the two diaphragms ( ). The two diaphragms ( ) and the fixed electrode ( ) are electrodes of two differential capacitors. The substrate ( ) has a hole (601) extending from one surface ( ) of the substrate ( ) to an opposite surface ( ) of the substrate ( ). The hole ( ) is located underneath the two diaphragms ( ), and the hole ( ) at the opposite surfaces ( ) of the substrate ( ) is preferably larger than the hole ( ) at an interior portion of the substrate ( ).
Method Of Forming An Integrated Cmos Capacitive Pressure Sensor
Bishnu P. Gogoi - Scottsdale AZ David J. Monk - Mesa AZ David W. Odle - Apache Junction AZ Kevin D. Neumann - Chandler AZ John E. Schmiesing - Tempe AZ Andrew C. McNeil - Scottsdale AZ Richard J. August - Scottsdale AZ
A capacitive pressure sensor ( ) utilizes a diaphragm ( ) that is formed along with forming gates ( ) of active devices on the same semiconductor substrate ( ).
Dual Sensor Signal Processing Method For On-Bottom Cable Seismic
David J. Monk - Sugar Land TX James A. Musser - Longmont CO
Assignee:
Input/Output Inc. - Stafford TX
International Classification:
G06F 1900
US Classification:
702 17, 702 14
Abstract:
A method for processing data from dual sensor receivers to produce a combined seismic trace. A first seismic trace is received from a geophone and second seismic trance from a hydrophone in a dual sensor receiver. This first and second seismic traces are transformed into a first and second seismic spectrum. The seismic spectrums are deghosted to obtain deghosted spectrums. The seismic spectra may be added to obtain a deghosted third spectrum. An inverse power is computed for each of the deghosted spectra. The inverse powers for each deghosted spectra are divided by sums of the deghosted spectra to obtain diversity filters. The first and third diversity filters are applied to the first seismic spectrum to obtain a scaled first seismic spectrum. The other scaled spectra are formed in a like manner. The diversity scaled seismic spectrum is inversely transformed to obtain the combined seismic trace.
William G. McDonald - Scottsdale AZ David J. Monk - Mesa AZ Slobodan Petrovic - Scottsdale AZ
Assignee:
Freescale Semiconductor, Inc. - Austin TX
International Classification:
G01D 1124
US Classification:
738661, 73431
Abstract:
A component includes a housing ( ) at least partially defining a cavity ( ), a sensor element ( ) located in the cavity, and a support member ( ) located over the cavity, located over at least a portion of the housing, and having a hole ( ) over the cavity. The component also includes a filter ( ) located over the support member and located over the hole in the support member.
Soi Polysilicon Trench Refill Perimeter Oxide Anchor Scheme
Gary J. O'Brien - Gilbert AZ, US David J. Monk - Mesa AZ, US
Assignee:
Freescale Semiconductor, Inc. - Schaumburg IL
International Classification:
H01L021/00
US Classification:
438 48, 438 50, 438 52
Abstract:
A method for creating a MEMS structure is provided. In accordance with the method, a substrate () is provided having a sacrificial layer () disposed thereon and having a layer of silicon () disposed over the sacrificial layer. A first trench () is created which extends through the silica layer and the sacrificial layer and which separates the sacrificial layer into a first region () enclosed by the first trench and a second region () exterior to the first trench. A first material () is deposited into the first trench such that the first material fills the first trench to a depth at least equal to the thickness of the sacrificial layer. A second trench () is created exterior to the first trench which extends through at least the silicon layer and exposes at least a portion of the second region of the sacrificial layer. The second region of the sacrificial layer is contacted, by way of the second trench, with a chemical etching solution adapted to etch the sacrificial layer, said etching solution being selective to the first material.
Structure To Reduce Signal Cross-Talk Through Semiconductor Substrate For System On Chip Applications
Wen Ling M. Huang - Scottsdale AZ, US Sushil Bharatan - Gilbert AZ, US Carl Kyono - Tempe AZ, US David J. Monk - Gilbert AZ, US Pamela J. Welch - Mesa AZ, US
Assignee:
Freescale Semiconductor, Inc. - Austin TX
International Classification:
H01L 29/76
US Classification:
438146, 438197, 438220, 438221
Abstract:
A structure that reduces signal cross-talk through the semiconductor substrate for System-On-Chip (SOC) () applications, thereby facilitating the integration of digital circuit blocks () and analog circuit blocks () onto a single IC. Cross-circuit interaction through a substrate () is reduced by strategically positioning the various digital circuit blocks () and analog circuit blocks () in an isolated wells (), (), () and () over a resistive substrate (). These well structures (), (), (), and () are then surrounded with a patterned low resistivity layer () and optional trench region (). The patterned low resistivity region () is formed below wells () and () and functions as a low resistance AC ground plane. This low resistivity region () collects noise signals that propagate between digital circuit blocks () and analog circuit blocks ().
I grew up in Ohio and moved to Texas in 1980 and have been here ever since. I love living in Texas because of the people and the mindset, the weather is awesome and it's only a short flight to mos...
Tagline:
Professional Real Estate Broker
Bragging Rights:
Married to my beautiful wife and we have 4 Children
David Monk
Lived:
Katy Texas Mt Gilead Ohio
Work:
ReMax Grand - Real Estate Broker
David Monk
Education:
University of Hull - French & Spanish
Tagline:
Not a fisherman... If you know me you know what I do!
David Monk
Tagline:
I exsist and persist
David Monk
Tagline:
My body aches from mistakes; Betrayed by lust; We've lied to each other so much, that there's nothing we trust
McCoy School Santa Clara CA 1974-1975, Mariposa Elementary School Santa Clara CA 1975-1978, Sutter Elementary School Santa Clara CA 1978-1981, Buchser Middle School Santa Clara CA 1981-1984
According to an interview with McLaughlin in the (Harrisburg) Patriot News, McLaughlin went to Penn States dean of education, David Monk, and eventually had a phone conversation with university President Graham Spanier in early 2002. Both brushed him off, he said, despite his offer to share a tape