Experienced Systems Engineering Director with 24 years of strong leadership skills in delivering geographically large-scale, dense, wireless IOT sensor networks. Growing and building excellent teams is my focus.Lead off shore development teams in multiple countries. Exploring exciting opportunities to architect, develop, and deliver the next generation of cutting-edge products and solutions leverging my experience in wired and wireless network communications, sensor and IOT/IIOT networks, analytics, and AI for processing of data-hungry applications. Taking into account the “big picture”, recommending technology, leading solution development, and delivering customer solutions using any advanced technologies like Satellite (LEO/GEO), NB-IOT, 5G, Mesh, AI, Edge Computing and Deep Learning to bring value to the world. Background SummarySolutions Delivered• Deployed 10K video doorbells with Human and Face Recognition technology. • Solutions Architecture of Location Based Bluetooth System. • Deployed utility IIOT smart metering solutions, wireless customer to backend billing systems using 2.5 million wireless mesh outdoor SmartMeters including: 98% Daily Read Performance for Hydro1 in Canada (1.2M electric meters), Central Maine Power (630K meters), Mexico City (250K meters), Malaysia (1M+ meters).• Co-developed protocols : Smartgrid and SmartCity solutions over WiFi, 802.15.4g SecureMeshTM branded mesh, as well as LoRa-like and WiMAX-like wireless systems. • Delivered automated health telemetry for AI.• Developed performance analytics to 1000s nodes per second. Leadership Roles• Self-driven leader who collaborates and really enjoys getting it done! • Chaired Architecture Team; delivered next generation roadmap.• Delivered Technology Whitepapers on 400/800/900MHz & 2.4/5GHz unlicensed vs. cellular 5G NB-IOT strategies.• Led an engineering team in a fun, non-hierarchical, creative, fast paced, results oriented work environment.• Served on Wi-SUN Alliance Board of Directors.Latest Accomplishments:• Modeling of Bluetooth sensor system in Hospitals. • Modeling of TSCH (Time-Slotted-Channel-Hopping). Leveraging Past achievements:* Wireless Picocell network for New York Stock Exchange Trading Floor (2000)* Commercial production mesh networks in 2.3GHz Licensed; 900MHz, 2.4 & 5GHz unlicensed bands. * Radio Design and Hardware Architecture* Full 802.11, 802.15.4 MAC, Mesh Routing Protocols, and End-device Performance Characterization* 8 Patents IssuedInterested in: Energy Storage