Ed Schultz Email & Phone Number

Tempe, AZ, US

• Wireless Development Engineer supporting development and engineering activities for new technologies and services.
• Plays key role in evaluating such wireless access technologies prior to integration and deployment into Charter’s network: CBRS Private Standalone 5G, Fixed Wireless Access, WiFi-6E 6 GHz, Multi-AP and any new.
• Conduct evaluations of various 3GPP Technical Specifications from Releases 15, 16, 17 for their application and benefits to optimize system performance.
• Create and define virtual test case scenarios in Viavi 5G NR TM500 Multi-UE Emulator to evaluate Airspan gNB performance in high traffic scenarios and handovers.
• Perform CBRS network optimization, test case development, lab test execution, test reporting for advanced 5G, CBRS, and RAN features, including 5G Open RAN 7.2 split architecture & functionalities.
• Implements, monitors, enhances and troubleshoots systems in assigned areas.

Attending industry events.Participating in network discussions.Promoting community advancement in career fairs.CWAP - Certified Wireless Analysis Professional.CWNA - Certified Network Wireless Administrator.IEEE Wireless Communications Professional.

US

• Oversight of Test Management processes enhancing CPE functionality and Wi-Fi performance and stability.
• Technical and policy guidance to develop new or improved broadband internet facilities to communities in the WOW footprint – as well as to network with schools, hospitals, and other community anchor institutions.
• Organized, interacted and supported cross functional teams located around the globe.

Monroe, LA, US

- Wi-Fi (802.11n/ac) RF MIMO antenna systems expert supporting CenturyLink’s Video Test & Development team for its IP-based TV solution, PRISM TV, a full wireless system at client’s premises.- Key RF expert role in test development, installation, equipment acquisition and KPI definitions of new Wireless Emulation System facility utilizing OctoScope RF.

• Development of next generation avionic Mode S transponders, integrated surveillance systems and combined Traffic and Terrain Collision Avoidance Systems (T3CAS) to enhance safety and situational awareness for operators.
• RF Requirements Definition, Analysis, Debug, and Testing in L-Band (978MHz through 1215MHz, especially at 1030MHz and1090MHz range).
• Tested RF transmitters and receivers including temperature regression and environmental stress testing (ESS) with applicable lab test equipment.
• Evaluation of Mutual Suppression bus failures in ESS for Pulse Width Tests to allow for pipeline delays within the reception path.
• Revised Test Requirements Documentation after corrections made for defects found in testing LRUs.Updated Acceptance Test Procedure for Transponder Sync-Phase-Reversal (DPSK) Position Tolerance Tests, with correct.
• Coded LabWindows/CVI 8.5.1 routines in TestStand 4.2 that call these. Dlls to Interface for Test to Production.

• Provided development and maintenance support for Lackland AFB with Common Bench-top Automated Test Systems on multiple military and aerospace project applications, refurbishing avionics and instrumentation.
• Coordinated avionics subsystem integration, test procedure development/conduct and report generation.

• Supported development & deployment of ground segments for Mobile User Objective System (MUOS), the US Navy’s next-generation satellite communications system that provides global SATCOM for DoD using WCDMA technology..
• Performed integration and test activities for JTRS Manpack and small form factor radios for remote ground, UAV systems and development of Software Designed Radio Solutions.
• Designed, developed and prepared test plans/procedures for several contract milestones: Performance Verification phase of Contractor Development Test; Reliability Development/Growth Test & Logistics Assessment.
• Integral partner in unraveling digital signal processing problems with SATCOM-related defect changes.
• Analyzed Digital Modular Radio (DMR) receiver strong signal selectivity, overload & intermodulation distortion problems for External RF and Power Amplifier (PA) team.
• Researched and modeled RF distortion and nonlinear memory effects for Independent Research & Development project - Integrated Software Defined Radio Solutions - employing Matlab / Simulink to develop models used to.

Msee, Electrical And Electronics Engineering

Master Of Science - Ms, Electrical, Electronics And Communications Engineering