New Business and Technical Leadership• Chief engineer for internal R&D developments for next generation sensing, optical, and phased array developments• Chief engineer for next generation UHF and L-band LEO communication systems for warfighter communications beyond current MUOS systems• New business development for next generation space to terrestrial communication systems• Lead systems and project engineer for space-based laser communications programs and studies. Includes data rates up to 100 Gbps modems with variable data rates for crosslinks (LEO/MEO/GEO) and up/down links.

Lead Space Systems Engineer for V-band Phased Array Product Line• Lead engineer and interface to mission partners for the creation of multiple programs which implement scalable phased array technologies and variable data rate modems• Responsible for the development of the phased array technology and the transition into LEO and GEO crosslink applications• Create unclassified requirements and flow-downs from classified technical requirements documents (TRD) and statement-of-work (SOW) for multiple phased array programs• Define CONOPs and create standard link budgets and gain line-ups for individual program technical leads Lead Space Systems Engineer for New Technology Programs• Work with business area directors, primes, and end customers from proposal and study concepts through flight acceptance/proto-qual/qualification testing, space vehicle integration, and on orbit support • Implement secure wireless communication techniques in software defined radios (SDR). Develop system level concept of operations (CONOPs) with the mission partners, and derive flow-down requirements for ground systems, and host vehicles. • Designed and delivered 2 flight low frequency to V-band payloads by integrating TRL 9 hardware with custom high frequency, hybrid block down-converters. • Designed and delivered ~400 crosslinks and feederlinks for Iridium Next constellation. • Lead all aspects of each program including all milestones (KO, SRR, PDR, CDR, and TRR) and provide all documentation required

Technical Lead/Group Manager for Connectorized Modules Group (6 employees)• Started New Connectorized Module business for RFMD and rejuvenated legacy programs• Developed connectorized module products including hermetic 0.03-25GHz broadband LNA’s and PA’s, low-noise/high linearity gain blocks, and broadband 4-12GHz VCO’s• Designed custom module for 300W pulsed GaN high power amplifiersSenior Staff RF Design Engineer• Designed custom Doherty amplifiers for infrastructure customers using 60/120/180W packaged internally matched GaN transistors• Designed 60/90/120W packaged internally matched GaN transistors• Designed broadband high-power load pull fixtures and installed Maury LP system

Senior Staff RF Engineer • Completed investigation of multiple technologies (WiMAX-CDMA, CDMA-iDEN) operating simultaneously in a single radio via 2.5D EM simulators and RF analysis. Two dual technology radios to market. • Task Lead engineer for the new protocol design and transmit/receive circuitry for a digital two-way radio integrated into cellular radios. Obtained Patent.• Completed design and verification of AGPS in mobile handsets. Obtained Patents.• Completed the receiver front-end design for a 10 Mbps radio operating in the UNII band (5 GHz).• Completed the design of receive/transmit circuitry, and RF Filters for iDEN(800), CDMA(1900), WiMAX(2600), and WLAN (802.11 b/g) radios (2400 MHz).• Created Matlab waveforms to test RX/TX end-to-end functionality. • Factory support when integrating new technologies for production testing.Patents:1. Method and apparatus for providing reference frequency aiding among peers operating in a direct communication mode 2. Method for providing location aiding among peers operating in a direct communication mode 3. Method and apparatus for determining an approximate position of a satellite positioning receiver4. Method and system for collision avoidance in wireless communications5. Method and system for hybrid location aiding for multi-mode devices