I develop transformative opportunities by listening to customers, building from organization strengths, and employing emerging technologies to transition from product-focused delivery to solutions-focused growth.
Led technical solution team to deploy 150 pc MVP deployment of a universal lawn mower activity tracker that would transmit data to an mobile app and cloud interface. Great cross-functional team with marketing and product managment.
Demonstrated self-navigating engine powered grass cutting robot utilizing ultra-wide band radio frequencies for localization.
Two Gen3 prototypes commercially installed for DOE study. Units perfomed at >85% effciency for 19 hours/day continuously unattended for 6 months. Potential to provide <3 yr payback on energy savings.
InfoHubCT - First-to-market asset and productivity tracker for lawn and garden professionals. Competitors followed.
Developed powertrain and fuel injection systems for on-highway and off-highway vehicles. Worked directly with vehicle customers in the United States, Europe, and India to develop custom solutions. Specified and commissioned a purpose-built vehicle development lab.
Developed the fuel system for the first mass-produced exhaust emission compliant lawn mower engine. Supervised laboratory technicians to develop fuel systems and engine speed governors. Performed international supplier assessments for light vehicle fuel systems.
Investigated the application of electronic controls to small engines for exhaust emission control and improved performance.
Responsible for technical response to new outdoor power equipment industry evaporative emissions regulation. Served as technical lead for regulatory negotiations with EPA and CARB. Led team pioneering new testing methods constructed $1M laboratory, and developed benchmark designs for 35 product families.
Developed and evaluated new product concepts for residential outdoor power equipment. Managed Shanghai based Chinese-national R&D sourcing engineer.
Developed and led multiple portfolios of concurrent growth-strategy projects in the fields of Internet of Things (IoT), autonomous outdoor robotics, and distributed power generation. Pioneered the use of Lean Startup techniques in the enterprise from idea to product.
Project work consisted of an instrumented golf club head for swing analysis, an electronically controlled carburetor for small engines, and a human-powered hydrofoil craft.
Course concentration in electrical engineering. Captstone project was a computer simulation for engine load and emissions estimation for a CVT transmission small car powered by a 19 kW air-cooled engine.