TECH TALK WEBINAR – EVENT INFORMATION
On Wednesday, June 8th, 2022, at 10am CST, learn how to overcome fuel consumption and emissions challenges with the latest in sensor technology.
Society is demanding cleaner and sustainable alternatives to gasoline and diesel-powered engines, and the transportation industry is responding. For years, scientists and engineers have been developing cleaner ways to power the transportation segment. Alternative fuels such as ethanol, biodiesel, natural gas, and propane have been developed and used to move people and goods from place to place.
The Industrial and Commercial Transportation (ICT) segment (i.e buses, trucks, construction, farm and mining equipment) are on a fast track to reduce fuel consumption and emissions through adoption of zero-carbon technology. Given the rapid pursuit to reduce carbon emissions, companies are at various stage of exploring how electric solutions could fit into their business.
Whether your company is monitoring electrification trends, examining whether electrification is a fit for your product roadmap, or if steps are already taken to explore how electrification could complement your current equipment, TE Connectivity’s sensor technology and expertise will help achieve your electrification goals.
Leads TE’s Transportation Sensor team for both Americas Regional Product Management and Global Product Management for Electric Vehicle Sensors. Highly focused on building teams, solving problems, and contributing to customers’ success. 8 years of experiencing in a variety of roles within TE and over 20 years of experience overall in the areas of Sales, Business Development, Product Management, and Account Management within Automotive Industry. Graduate of General Motors Institute (Kettering University) and currently based in Greensboro, NC.
Highly accomplished and innovative business development professional with 22 years of domestic and international experience in penetrating new markets, growing existing accounts and boosting profits. Result-oriented and visionary leader with proven success in P&L management, competitor analysis, product development and managing highly technical projects. Skilled in staff supervision and coaching, client relations and strategic planning. Polished communication, presentation, negotiation, and problem-solving skills. Thrive in an intensely competitive, dynamic environment. Graduate of University of Michigan, Dearborn (MBA) and the University of Toronto (Mechanical Engineer)
Nearly 18 years of Design and Application Engineering experience developing new Sensors product for various industries (Automotive, Heavy Truck, Industrial, Medical, Military, Aerospace) covering a wide range of sensing technologies and applications. For the past 8 years, working as a Sensors FAE for TE, I work directly with customer engineers to identify and develop solutions for some of the most complex sensing problems, using TE’s wide range of sensing technologies for Position, Speed, Pressure, Temperature, Humidity, Electric Current and Fluid Properties sensors. Currently focused on the E-Mobility segment which includes E-Powertrain and Battery Management for hybrid and electric vehicles.
o MS Mechatronic Systems Engineering – Oakland University
o BS Electrical Engineering - University of California, Riverside