William Knox Email and Phone Number
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SKILL SETS:RF, μ-Wave, and mm-Wave component and sub-system design (e.g., PCBs, LRUs), modeling, simulation, layout, development, integration, fabrication, and test:• Active and Passive Components (Chip & Wire/Surface Mount Technologies): - HPAs, LNAs, Mixers, T/R Modules, Vector Modulators/Demodulators, Couplers, Power Dividers, etc. - Up-converters, Down-converters, REX modules, Phased Arrays Antennas, Beam-Forming Networks, and Application-Specific Sub-systemsProficient in AWR Microwave Office & VSS, Ansys HFSS, MathWorks MATLAB & Simulink, Autodesk AutoCAD Lite, and NI LabVIEWExperience with Fortran, Basic, Visual Basic, C++, Visual C, Visual C, Pascal.RF/Microwave Measurement Science:• Designed and developed application-specific characterization fixtures, PCB interfaces, high volume test fixtures, Interface Test Adapters, and self-calibrating Test Fixtures/ITAs.• Vector Network Analysis (S-Parameters & X-parameters), Spectrum Analysis, Noise Figure, CW, and Peak Power: - Analytical Methods and Techniques (e.g., 3, 8, & 12-Term vector error correction, FFT, Y-Factor, fully automated system calibration - Designed and developed NIST and non-NIST traceable standards utilizing airline/T-Line techniques - Component and sub-system characterization: ~ De-embedding/embedding techniques and uncertainty analysis (NIST and non-NIST traceable interfaces) including probesDeveloped and generated technical requirements, specifications, and proposalsLead multi-discipline engineering teams to achieve technical objectives and goalsProject Management including interfacing with and presenting to commercial, DoD customers, and suppliers.Active Secret Clearance.
Kratos Defense & Rocket Support Services Inc
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Senior Principal Radar Systems EngineerKratos Defense & Rocket Support Services Inc Aug 2020 - PresentNaval Surface Warfare Center (NSWC) Dahlgren, Dual Band Radar Program:• Developing an effective "Waveform Analysis Tool" utilizing MATLAB and Simulink: - Perform data analysis from collected data to replicate the data utilizing the "Waveform Analysis Tool" and document the results. - Demonstrate the Electronic Attack and Electronic Protection performance using the "Waveform Analysis Tool" and document the resultsRecommend solutions to a wide range of difficult problems.
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President And CtoKnox Electronic Technologies Incorporated Jan 2020 - PresentPRESIDENT: KNOX ELECTRONIC TECHNOLOGIES INCORPORATED, Raymond, NH (January 2020 – Present) RF and Microwave Engineering Services -
Senior Principle Microwave EngineerTeradyne Apr 2019 - Jan 2020North Reading, Ma, Us -
Senior Principal Systems EngineerTorch Technologies, Inc. Dec 2018 - Apr 2019Huntsville, Alabama, UsE-3 Sentry, Airborne Early Warning Radar, Command, and Control System (AWACS) Modernization Program. An Airborne Command and Control, Air-Traffic Radar System that utilizes, Tracking Radar, NGIFF, Link-11, and Link-16. -
Senior Principal Radar Systems EngineerQuantech Services, Inc. Mar 2015 - Dec 2018Lexington, Ma, UsE-3 Sentry, Airborne Early Warning Radar, Command, and Control System (AWACS) Modernization Program. An Airborne Command and Control, Air-Traffic Radar System that utilizes, Tracking Radar, NGIFF, Link-11, and Link-16.E-8 Airborne Joint Surveillance Tracking and Attack Radar System (JSTARS) Upgrade. An Airborne Tracking Radar, Slow Moving Indicator, Command, and Control System that utilizes Adaptive Phased Array (APA), Synthetic Aperture Radar (SAR) techniques, Inverted SAR (ISAR) Techniques, Wide Area Surveillance (WAS), Digital Beamforming, Digital Receiver-Exciters (DREXs), and Space-Time Adaptive Processing (STAP). -
Member Of Technical StaffRaytheon Oct 2012 - Mar 2015Arlington, Va, UsLead Engineer for Wide Band Gap Semiconductor DARPA Program (GaN T/R modules)Lead a team of engineers and programmers to accomplish R&D Base-Line and RF Over Life testingGenerated test system architecture and automated test proceduresGenerated and presented the Test Readiness ReviewPresented technical and logistical data to the customer (DARPA)AN/TPY-2/THADD and UEWR system integration, test, and phased-array alignmentPerformed technical studies with very large beam-forming networksPerformed near field range testing on Phased Array Radar systemsSystem analysis and Circuit Design using Keysight Technologies ADSActive Secret Clearance -
President And CtoKnox Electronic Technologies Incorporated Jun 2006 - Oct 2012Directly responsible for all aspects of a small business including; Administrative task, developed a DCCA auditable accounting system, Business Development, DoD customer interface, teaming arrangementsApplication specific system & hardware; design, fabrication, and integrationReceivers, Transmitters, Amplifiers, Active Microwave Devices, Passive Microwave Devices, Switch Matrixes, Test Fixtures, Interface Test AdaptersAuthority in Measurement Science and System CalibrationMulti-layer Circuit Card AssembliesWell versed in PXI, VXI, LXI, LAN, GPIB, and USBProgramming; C++, LabView, etc..Full measurement capability to 40 GHz, VNA, Spectrum analyzer, Power meter, sources, etc…Bridgeport J-Turret milling machine for prototypingGovernment and Commercial Past and Current Performance;USN – Application Specific Instrumentation: R&D, Design, and BuildUSAF - Phase I SBIR, R&D; 100 GHz Power Density MeterUS Army – Microwave Synthetic Measurement Platform: R&DUTRS – Broad Agency Announcements R&D and DevelopmentSEACORP – Application Specific Instrumentation: R&D, Design, and BuildMIT Lincoln Laboratories – Design/Build; mm-Wave Test FixtureChelton Microwave – Designed Measurement AutomationActive Secret Clearancea Service Disabled Veteran Owned Small Business
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Senior Principal Systems Design EngineerBae Systems 2004 - Jun 2006London, GbLead Test System Design Engineer: Low Rate Production, JSF Microwave in-process measurement system design, technically directed the development of two microwave test stands. Designed and developed a LAN controlled 48-port, 26.5 GHz, versatile Switch Matrix (244 TTL I/O) including the digital I/O device control distribution circuit card assembliesAll NIST traceable, self calibrating, system measurement capabilities at the Unit Under Test, such as;• complete 48-Port S-Parameters utilizing PC embedded full multi-port vector error correction spectrum analysis, harmonics• Noise Figure (utilizing a receiver full PC embedded control and error correction for; Noise Source Y-Factor , receiver gain method, and two signal generator methods• Spectrum Analysis such as Third Order Intercept, harmonics, and spurious• Adjacent Noise Power, tangential sensitivity, , Synthetic Measurement Platforms (also known as DSP based measurement platforms) -
Senior Principal EngineerAeroflex 2000 - 2004Synthetic (DSP based) Test System design and architect for general microwave module testing, generate technical proposals. This design included the front ends of the up-converter and down-converter. Dual converters: IF ≈ 8 MHz. RF 26.5 GHz.Have sound knowledge of DSP measurement techniques.Originate and present technical papers to large technical audiences.Generated proposals related to government Request for Proposal”.
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Senior Systems EngineerAnritsu 1997 - 2000Atsugi-Shi, Kanagawa, JpDesign, develop and manage complex RF & microwave measurement systems to test multi-port passive and active devices.Project Management: pre-sales, statement of work, system quoting, and system design including third party vendor relations, system installation, and system support and consulting.Develop RF & microwave fixturing and standards.Implemented multi-port testing on a Pick & Place RFIC Handler. -
Senior Microwave/Rf Application & Design EngineerTeradyne 1995 - 1997North Reading, Ma, UsDeveloped Vector Network Analyzer calibration, OSLT, OSLR, and TRL.Error correction includes three term, twelve term, sliding load, adaptor removal.Derived and implemented VNA self-calibration utilizing internal solid-state standards.Derive vector and scalar de-embedding enabling accurate vector measurements and absolute power, source and measurements at different reference planes utilized in the production environment. Draft and specify system error budgets utilizing ripple extraction techniques and Mason’s lawDesign high volume, production, interface and RF test fixtures for RF packaged devicesDraft and taught Microwave and RF Fundamentals class for Engineers
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Senior Applications EngineerGiga-Tronics 1993 - 1995Dublin, Ca, UsTechnical Support on Microwave and RF Power Measurement Instrumentation, and Microwave and RF Synthesized Signal Generators.Coordinate efforts between Customers, Engineering, Manufacturing, and Sales Representatives. 35% of time in the field with customers.Responsible for technical training the global sales team.Develop Instrument Software Drivers using NI-LabVIEW, Rocky Mountain Basic, Visual Basic, and C.Write Application Notes and Technical papers.Interface with customers to isolate technical constraints and implement containment plans.VXI Product Development with the VXI plug&play Systems Alliance. -
Microwave Design EngineerCeleritek 1990 - 1993Project Engineer on Solid State TWT Replacements and Microwave Amplifiers.Design and develop stand alone automated test systems for microwave assemblies.Automated test system designs included; development of test specifications, systems layout, appropriation of test equipment, designing test fixtures, determining measurement uncertainties, software development, and interfacing with customer for system approval.Implement measurements such as; source pulling, de-embedding, compression, logarithmic amplifier and power detector real time tuning, active VSWR, and antenna range.Develop improvements to substrate thin film process; air-bridges, capacitorsDesign hybrid microwave amplifiers, limiters, logarithmic amplifiers, video circuitry, vector modulators, attenuators, and related circuits.Circuit design included; GaAs FET biasing, EESOF modeling, gain, noise figure, harmonics, inter-modulation, stability analysis, thermal analysis, and temperature compensation.Layouts using AutoCADHeld Active Clearance -
Microwave Design EngineerGe Aerospace 1988 - 1990Cincinnati, Oh, UsResearch, design, develop, and test, phased array aperture antennas and single element antennas.Investigate antenna radar cross-section improvements and antenna element feed techniques.Antenna designs include, finite element analysis, FORTRAN programming, numerical analysis, EESOF modeling.Design hybrid, broadband microwave amplifiers, feedback amplifiers, power detectors, and related circuits.Held Active Clearance -
Avionic Technician, Second Class Petty OfficerUs Navy 1979 - 1985Washington, Dc, UsISN, RVAW-120, E2-C Hawkeye
William Knox Skills
William Knox Education Details
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University Of Massachusetts AmherstElectrical And Electronics Engineering -
University Of Massachusetts AmherstElectrical And Electronics Engineering
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Besser AssociatesMicrowave And Rf Measurement Science And Techniques
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Besser AssociatesRf And Microwave Circuit Design
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Besser AssociatesRf And Microwave Circuit Design
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Besser AssociatesRf Transceiver Architecture Design
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Besser AssociatesDsp
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IeeeRf And Microwave Phased Array Antennas
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Keysight TechnologiesAdvanced Design Systems (Ads)
Frequently Asked Questions about William Knox
What company does William Knox work for?
William Knox works for Kratos Defense & Rocket Support Services Inc
What is William Knox's role at the current company?
William Knox's current role is SENIOR PRINCIPAL RADAR SYSTEMS ENGINEER at Kratos Defense & Rocket Support Services Inc.
What is William Knox's email address?
William Knox's email address is wi****@****ast.net
What schools did William Knox attend?
William Knox attended University Of Massachusetts Amherst, University Of Massachusetts Amherst, Besser Associates, Besser Associates, Besser Associates, Besser Associates, Besser Associates, Ieee, Keysight Technologies.
What are some of William Knox's interests?
William Knox has interest in Measurement Science, Dsp, Antenna Design, Microwave, Electromagnetic, Measurement Science Disciplines.
What skills is William Knox known for?
William Knox has skills like Rf, Electronics, Product Development, Spectrum Analyzer, Testing, Manufacturing, Sensors, Test Equipment, New Business Development, Business Strategy, Systems Engineering, Team Building.
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