A leader, director, architect and developer in the edge IoT industry for lighting controls in connected buildings. I believe in leading by example, and inspiring teams globally through my consistent actions and direction, and my commitment to them, to drive Eaton’s success in the IoT businesses.• Creator of Agile Embedded engineering practices/processes at Eaton (Hybrid Kanban and Hybrid Scrum).• Established visual & metrics management tools and processes combined with the Atlassian products (JIRA, confluence) – Performance management & Engineering project management.• Primary contributor on the WaveLinx (IoT wireless connected lighting system) project.• High ROI engineering resource management. Build tightly weaved engineering teamwork amongst North American and offshore resources.• Global project management• DevOps process development• Global product development

Develop project requirements documentation, and design wireless commissioning strategies. Develop embedded software for the em357 in C and a LAMP in C++. Lead the development team in the implementation of the commissioning strategy.• Designed and implemented an industry unique ZigBee commissioning strategy in C and C++.• Developed embedded C code on the Ember ZigBee stack to control a keypad, occupancy sensor and load control module.• Extended the embedded C++ code on the LAMP to control and manage the ZigBee devices, and to perform network health validation.• Developed Android front end application to communicate with the control system. • Planned and managed beta site installations for wireless products.• Prepared 2 patent application submissions on wireless technology.

Define technology and product roadmap that targets the Asian RF market for smart meters, home and industrial automation, based on global market research. Build and evolve an international team of cross discipline engineers (India, China, US, and Canada) to develop local market products according to the business roadmap, and to support customer and field deployments. Prepare training material, and provide consulting services on ZigBee implementation and deployment, to customers, utilities and government agencies. Review and approve hardware, software and mechanical designs for products and production systems. Design and develop software for embedded and ZigBee systems, Linux, HMI, and android applications using embedded C, C++ and java.

Designed and developed ZigBee, embedded and LAMP products for the electrical sub-metering market. Developed hardware and RF product specifications, and reviewed the designs and implementations of 3rd party consultants. Designed and developed software suite to support the development and deployment of a ZigBee module. Developed communication protocols and system architectures for a multitude of customer projects. Managed the engineering teams in the US and Canada to develop ZigBee based products.

Sole designer and developer for the ZigBee Smart Energy Profile (SEP) software for the REX2 network interface card in the Elster electric meter. This included the energy services portal in the meter, the load control switch for the water heater, and the interface for the smart thermostat. Other 3rd party ZigBee devices were tested for interoperability and integrated into the system.Several pilots were rolled out before full commercialization, including one for 100k+ homes.

Lead a team of 3 engineers to develop software for multifunction finishing (MFF) equipment for Xerox. Designed the system architecture and developed the embedded software for the platforms. Designed and developed test and analysis tools, both internal and external to the unit under test to detect issues and monitor performance. Developed a hardware simulator that ran the embedded code. Worked closely with the mechanical and electrical teams to develop operating specification and design documentation.