Design LTE Relay solutions within existing wireless networks. Cooperatively design solutions to complex issues of capacity, range, and cost. Work with customers, product management, and R&D to arrive at realizable designs. Generate source requirement specifications for products.

Implementing scripts for specific IMS and CDMA test cases using VB Script and TEMS Monitor Master. TEMS Monitor Master provides remote wireless network testing capability with centrally-managed assets.

Developed VoLTE performance reporting scripts. Developed Python script to use a wireless modem as a low-cost scanner. Created upgrade procedures for Monitor Master agents, from XP to Win7 and performed upgrades remotely, throughout the U.S.A. Key Accomplishments:• 2017 – Provided test case scripts with first-use of IMS dashboard reporting capability• 2016 - Re-used existing remote probes to act as low-cost RF scanners, created new sales opportunities

Developed requirements for in-building optimizations. Produced LTE reporting scripts for in-building and developed LTE root-cause analysis scripts. Tested TEMS backpack product for RF exposure safety (SAR). Investigated accuracy of base-station location determinations from drive test data using Matlab. Developed guidelines for IP link-tuning for broadband data services. Developed and presented UMTS optimization techniques and multi-dimensional VoLTE testing to customers. Project manager of… Show more Developed requirements for in-building optimizations. Produced LTE reporting scripts for in-building and developed LTE root-cause analysis scripts. Tested TEMS backpack product for RF exposure safety (SAR). Investigated accuracy of base-station location determinations from drive test data using Matlab. Developed guidelines for IP link-tuning for broadband data services. Developed and presented UMTS optimization techniques and multi-dimensional VoLTE testing to customers. Project manager of first profitable security product. Initiated early introduction of LTE scanning into product base. Produced and delivered LTE training seminar for management and showed how Ascom could offer LTE solutions. Performed lab and field tests of competing LTE scanners, revealing shortcomings and strengths. Introduced a new 3rd-party transmitter product into the portfolio.Key Accomplishments:• Developed reports for benchmarking subscriber quality of experience metrics• Developed root cause analysis reporting for LTE radio resource layer faults• Created LTE Random Access Attempt analysis reporting using walk-test data• Proved the safety of the new TEMS backpack for walk-testing • MATLAB analysis of the location accuracy of base stations using drive test data• Developed UMTS optimization procedures and presented to customers Show less

Evaluated 3rd party post-processing tools and advised product management in buy/build decision. Drove product functionality decisions for CDMA/EVDO tools. Major contributor and presenter for KDDI’s next generation measurement/analysis tools RFP response. Liaison for key sources such as PCTEL, DRT and Qualcomm. Presented TEMS products and expertise at various conferences. Investigated using GPS as indoor location sensors for TEMS Products. Key Accomplishments:• Managed Spectrawave… Show more Evaluated 3rd party post-processing tools and advised product management in buy/build decision. Drove product functionality decisions for CDMA/EVDO tools. Major contributor and presenter for KDDI’s next generation measurement/analysis tools RFP response. Liaison for key sources such as PCTEL, DRT and Qualcomm. Presented TEMS products and expertise at various conferences. Investigated using GPS as indoor location sensors for TEMS Products. Key Accomplishments:• Managed Spectrawave transmitter, TEMS Benchmarker, TEMS Investigation products• Designed the addition of 1xEV-DO to TEMS Investigation CDMA product• Developed requirements for addition of data metrics to voice-centric products• Co-designer of MOS calibration for PESQ, ITU-T Recommendation P.862.1 (patented) Show less

Managed the development of innovative new measurement equipment for the cellular telephone industry. Developed LCC’s first in-house hardware product, the RSAT-2000, which became an industry standard. Responsible for developing and maintaining critical phone vendor relationships. Lead engineer for development of system specifications for new cellular protocols, including GSM, IS-136 TDMA and CDMA. Responsible for integrating new wireless protocols into the RSAT, the Benchmarker and into the… Show more Managed the development of innovative new measurement equipment for the cellular telephone industry. Developed LCC’s first in-house hardware product, the RSAT-2000, which became an industry standard. Responsible for developing and maintaining critical phone vendor relationships. Lead engineer for development of system specifications for new cellular protocols, including GSM, IS-136 TDMA and CDMA. Responsible for integrating new wireless protocols into the RSAT, the Benchmarker and into the post-processing software tools. Accomplishments include:• Lead engineer for the first RSAT-2000 and Benchmarker field measurement products• Designed architecture, selected bus protocol, selected operating system• Ported operating system to new processor board• Led the firmware development team• Produced first EXP-2001 mechanical prototype• Led the development team for the scanning receiver modules• Integrated phones from Qualcomm, Motorola, Orbitel, Samsung and Ericsson• Developed a prototype CDMA diagnostic monitor software tool from scratch• Co-presented new products at CDG Test Forums two different years• Rescued a troubled portable transmitter project (now in production)• Managing the development team for the next-generation audio quality metric• Led the effort to evaluate and purchase software simulation tools for air-links• Produced hardware-based simulations for the audio quality metric re-calibration• Contributor at CDMA Development Group System Test Team meetings. Show less

Worked as a team of three engineers performing systems integration, product customization, and production support.• Managed the development of the MPR-88 manpack DF system• Developed test software for validation of the MPR-88 and the PA-1100 DF systems• Assessed bearing estimation accuracy and system sensitivity• Developed custom interfaces for air traffic control transceivers• Resolved installation issues with FK 859 one kilowatt HF antenna tuner• Trained U.S. soldiers… Show more Worked as a team of three engineers performing systems integration, product customization, and production support.• Managed the development of the MPR-88 manpack DF system• Developed test software for validation of the MPR-88 and the PA-1100 DF systems• Assessed bearing estimation accuracy and system sensitivity• Developed custom interfaces for air traffic control transceivers• Resolved installation issues with FK 859 one kilowatt HF antenna tuner• Trained U.S. soldiers in Panama on the PA-2000 DF system (operation Just Cause)• Performed receive-only link analysis for microwave intercept receivers Show less

Conceived the tests for development model validation & designed an automated test set for phase and amplitude calibration of multi-channel wideband receivers for the Navy EA-6B ADVCAP direction finding system. Weeks of normal testing time were eliminated, allowing the project to meet tight time and budget constraints. The test set integrated more functions and achieved higher level of automation than any the company had previously developed.Conducted a broad range of digital and microwave… Show more Conceived the tests for development model validation & designed an automated test set for phase and amplitude calibration of multi-channel wideband receivers for the Navy EA-6B ADVCAP direction finding system. Weeks of normal testing time were eliminated, allowing the project to meet tight time and budget constraints. The test set integrated more functions and achieved higher level of automation than any the company had previously developed.Conducted a broad range of digital and microwave subsystem development projects involving design, procurement, implementation, and testing. They include:• EA-6B ADVCAP broadband microwave receiver system analysis and design• Multiple integrated-shelter system design for DF and ECM• HF upconverter analysis and design• Extensive test-system design and implementation• System calibration procedure design and implementation• Microwave interferometer system development• RF memory addition design, for ADVCAP receivers• Phase locked loop synthesizer design• Bus control development for instrumentation and hardware• Extensive HP-Basic test code writing and validation Show less

At the Electronics and Space Division, performed systems analysis task to upgrade the MSQ-103A ‘Teampack’ mobile DF receiving system. Analyzed microwave receiver architectures for next-generation radar intercept system. Designed front end and synthesized LO for prototype next-generation phase interferometer receiver. Contributed to proposals for Air Defense Electronic Warfare System (ADEWS) and ALR-74 Radar Warning Receiver.

Digital board first-build operational validations. PCB layouts. Breadboard builds. Test software coding.