Steven Alan Kadlec

age ~48

from Lafayette, CO

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Also known as:

Steven A Kadlec
Steve A Kadlec
Steve A Avens

Phone and address:: 550 Cheyenne Dr, Lafayette, CO 80026

Connected to:

Steven Kadlec Phones & Addresses

550 Cheyenne Dr, Lafayette, CO 80026
1125 Nottingham St, Lafayette, CO 80026 • 720-890-1252
Boulder, CO
Rochester, NY
Bradenville, PA

Work

Company:

Raytheon company
Jun 2013
Position:

Senior software engineer i

Education

School / High School:

University of Colorado- Boulder, CO
1998
Specialities:

Doctor of Philosophy in Physics

Skills

Ability to detail the components of a new • unsolved problem • research the appropriate literature and/... • and define a work effort to ultimately s... • signal processing • and simulation Over 15 years program... • Perl • MATLAB • C/C++ • and FORTRAN. Programming of client s... • CSS • JavaScript • JQuery • XML • and XSLT. Multiprocessor programming... • heterogeneous Unix and Linux environment... • Interferometric SAR (InSAR) • and Polarimetric SAR (PolSAR) Profic... • Multiple Output (MIMO) Radar. Skille... • subsidence • imaging • topography • and classification. Proficient in de... • engineering • and mathematical software packages.

Industries

Computer Software

Us Patents

Mitigating Interference In A Signal
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US Patent:

20090141775, Jun 4, 2009
Filed:

Feb 23, 2006
Appl. No.:

11/362600
Inventors:

Wolfgang Kober - Aurora CO, US
Robert Kent Krumvieda - Westminster CO, US
Lewis Reynolds - Denver CO, US
Steven Alan Kadlec - Lafayette CO, US
Assignee:

Data Fusion Corporation - Northglenn CO
International Classification:

H04B 1/00
G01S 13/00
US Classification:

375148, 342194
Abstract:

A method and receiver are disclosed for mitigating or substantially canceling signal interference between signals detected at the receiver. Once a presumed interfering signal(s) is acquired, parameters are determined that allow the interferer(s) to be modeled. The phase invariance of the process eliminates the need to acquire the interferer's phase. An orthogonal projection (for projecting onto a detection subspace which is orthogonal to a subspace spanned by the interferer(s)) is applied to the composite of all signals (y) for thereby projecting y onto the detection subspace. The interference subspace is non-orthogonal to a representation of desired (but interfered) signal of the composite signals. With the receiver properly equipped to perform this projection operation, interfering signals, multipath, multipath-like, and structured jamming signals can be effectively diminished.

Resumes

Senior Software Engineer

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Location:

Lafayette, CO

Industry:

Computer Software

Work:

Neva Ridge Technologies
Senior Software Engineer
Raytheon Jun 2013 - Apr 2015
Senior Software Engineer I
Neva Ridge Technologies Jan 2008 - Aug 2012
Research Scientist and Software Engineer
Data Fusion Corporation Aug 2004 - Jan 2008
Research Engineer and Software Engineer
National Institute of Standards and Technology Aug 2000 - Jun 2004
Research Assistant and Software Developer

Education:

University of Colorado Boulder 1998 - 2004
Doctorates, Doctor of Philosophy, Physics Rochester Institute of Technology 1993 - 1998
Bachelors, Bachelor of Science, Physics

Skills:

Physics
Algorithms
C++
Software Engineering
C
Simulations
Linux
Research
Problem Solving
Mathematical Modeling
Radar
Image Processing
Python
Matlab
Fortran
Statistical Modeling
Synthetic Aperture Radar
Signal Processing
Analytic Thinking
Parallel Computing
Distributed Systems
Unix
Sensors
Numerical Simulation
Scientific Computing
Project Management
Research Funding
Agile Methodologies
Technical Leadership
High Performance Computing
Goal Setting
Coordinating Tasks
Multiprocessing
Windows
Mac Os
Remote Sensing
Detectors
Waveforms
Monte Carlo Simulation
Scientific Writing
Condensed Matter Physics
Liquid Crystals
Object Oriented Software
Polarization
Interferometry
Asterisk
R&D
Openvpn

Steven Kadlec Lafayette, CO

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Work:

Raytheon Company

Jun 2013 to 2000
Senior Software Engineer I Neva Ridge Technologies
Boulder, CO
Jan 2008 to Aug 2012
Research Scientist and Software Engineer Data Fusion Corporation
Northglenn, CO
Jun 2004 to Jan 2008
Research Engineer and Software Developer National Institute of Standards and Technology (NIST)
Boulder, CO
Sep 2000 to Mar 2004
Research Assistant at NIST University of Colorado Physics Department

Sep 1998 to Sep 2000
Teacher's Assistant Eastman Kodak Co
Rochester, NY
Dec 1996 to Jul 1998
Software Developer and Researcher University of Tennessee's Institute for Rare Isotope Measurement

Jun 1997 to Sep 1997
Aerospace Researcher University of Virginia and CEBAF
Newport News, VA
Jun 1996 to Aug 1996
Nuclear Physics Researcher CVC Products
Rochester, NY
Dec 1995 to Feb 1996
Technician in R&D SUNY at Stony Brook
Stony Brook, NY
Jun 1995 to Aug 1995
Research Assistant

Education:

University of Colorado
Boulder, CO
1998 to 2004
Doctor of Philosophy in Physics University of Colorado
Boulder, CO
1998 to 2002
Master of Science in Physics Rochester Institute of Technology
Rochester, NY
1993 to 1998
Bachelor of Science in Physics

Skills:

Ability to detail the components of a new, unsolved problem, research the appropriate literature and/or question knowledgeable personnel, and define a work effort to ultimately solve the problem. Ability to define tasks for team members that are within their skill set to achieve project goals. Ability to communicate complex topics and results both verbally and in writing to non-technical customers and potential research funders. Experience in the development of Software Integration Test (SWIT) plans for a complex ground control station and space vehicle controller. Experience in iterative/regression testing of complex ground control station software. Experience with Agile methodologies of iterative software development and unit testing. Ability to design/derive and implement new signal processing algorithms. Experience designing novel waveforms for radar systems. Superb quantitative and analytical abilities. Capable of mathematically modeling complex systems. Scientific programming, signal processing, and simulation Over 15 years programming experience Programming in Python, Perl, MATLAB, C/C++, and FORTRAN. Programming of client side web pages in HTML, CSS, JavaScript, JQuery, XML, and XSLT. Multiprocessor programming in clustered, heterogeneous Unix and Linux environments using MPI libraries. Multithreading in shared memory environments using openMP libraries. Proficient in Synthetic Aperture Radar (SAR), Interferometric SAR (InSAR), and Polarimetric SAR (PolSAR) Proficient in Multiple Input, Multiple Output (MIMO) Radar. Skilled at remote sensing functions including change detection, subsidence, imaging, topography, and classification. Proficient in detection algorithms including change detection via Constant False Alarm Rate (CFAR) detectors and likelihood ratio detectors Deep understanding of height estimation techniques for point cloud generation and subsidence calculations Proficient in maximal likelihood estimators and least squares estimation. Skilled at molecular dynamics and Monte Carlo simulation methods. Well versed in Critical Phenomena including the theory of entropically driven freezing/ordering. Use of many scientific, engineering, and mathematical software packages.