Managed a team that developed a cloud-based service supporting common product features across multiple products on the GM Energy Cloud Platform, including a Virtual Power Plant (VPP), Residential and Fleet managed charging, and Home Energy Management System (HEMS).● Collaborated with Product Managers to define the vision and strategic roadmap for foundational platform services such as enrollment, asset registration, DER aggregation, forecasting, scheduling, dispatching, Market and Utility integration, and CO2 tracking.● Led platform service development working cross-functionally with platform architects, engineering, data science, SME, and development teams using Scaled Agile methodology.● Worked with vehicle engineering teams to improve EV telematics data reliability, resulting in a 30% increase in data reliability and a significant improvement in managed charging related services.● Supported the integration of 3rd party product and services into the GM Energy Cloud Platform

Platform Product Manager for GM Energy's Cloud Platform. Working to integrate GM's current and future DERs into the SmartGrid of the future resulting in a more resilient, sustainable and emissions free energy future.

Product manager responsible for the development of an EV telematics based managed charge product, using both utility price and carbon intensity that was demonstrated in 5 pilot programs with hundreds of customers. ● Defined product vision, strategic roadmap, and product features based on market research, user discovery, and business KPIs.● Led product development working cross-functionally with engineering, data science, SME, legal, and UX design teams located across the globe using Scaled Agile methodology.● Coordinated with business development, marketing, and operations on go-to-market, messaging, releases, enrollment and testing.● Drove the development of dashboards and data analytics to track enrollment and participation rates.● Supported customer service for launched programs, used customer feedback and performance metrics data to drive continuous changes and improvements to the EV Managed Charge product.● Worked closely with GM Policy team to help shape future regulation and policies that would accelerate V2X interconnection and EV telematics acceptance by Utilities. Presented to multiple state utility commissions on this subject.

Technical team leader responsible for technology development, fuel cell module testing, and project management to meet program milestones . •Coordinated engine build, start-up/debug, calibration, and performance validation of subsystem and control algorithms for advanced fuel cell modules across 5 teams and 20 engineers. •Analyzed system performance metrics including maximum power, efficiency, and transient response. Worked with subsystem leads to optimize design and controls to mitigate situations when module was unable to achieve system performance requirements. •Collaborated with Design, Controls and System Engineering in the design and concept selection process of future fuel cell power modules and control algorithms. •Generated and presented to senior management weekly reports summarizing development activities, deliverable status, issues, and up-coming program plans.

Responsible to lead a team of 6 engineers and 2 test stand operators to improve freeze performance. • Increased key sub-zero fuel cell performance metrics by 25% and developed operating strategies that were implemented in the GM’s Chevy Equinox Fuel Cell vehicle, resulting in several patents. • Worked with test engineer team to specify, procure, install and commission over $500K of fuel cell test equipment in support of durability and transient studies with freeze. • Implemented durability testing, data analysis and fundamental failure analysis studies to increase the understanding freeze related degradation. • Provided PMP/CAP performance feedback and career development advice for six engineers.

Responsible for the design, procurement, build, debug and validation of advance gasoline fuel processors. • Worked with multiple Tier 1 automotive suppliers to design and procure fluid delivery components and subsystem for use in automotive fuel cell and fuel processing modules. • Collaborated with controls engineers to define and implement controls functionality for gasoline fuel processing. • Tested and validated gasoline fuel processors, including fuel and water delivery systems. • Developed advanced understanding of gas and liquid flow control devices, flow metering technology and automotive liquid atomization technology. Work closely with Tier 1 supplier on validation of spray characteristics.

• Conducted three-dimensional fluid flow and heat transfer analysis for automotive HVAC systems. • Interacted with a team of System and Design Engineers by supplying numerical analysis of the air flow distribution of early conceptual HVAC designs.