Developing a new machine learning approach to vehicle conversion and calibration for new Hydrogen based alternative energy automotive technology.

Development of a Machine Learning based Control System Calibration technique for new clean energy conversion technologies.

Developer for the FleetCarma and MyCarma vehicle modeling and telemetrics systems and developer for the C5 data logging system. Also responsible for various motor and power control projects for different clients.

Project manager of the controls team, responsible for designing the controls system for a series hybrid electric vehicle. Also developed and managed a DSPACE Hardware in the Loop testing environment.

Developed the power management and motor controls software for a Hydrogen Fuel Cell / Lithium Ion Hybrid Vehicle prototype. Also responsible for developing the cooling systems for the vehicle powertrain, the construction of the 250 V battery system and mechanical integration.

Designed and developed motor control software for a prototype remote controlled rover.

Responsible for performing structural analysis on various transmission towers as well as developing statistical probability analysis software to assist in determining failure probability for various structures.

Developed key elements of the learning management system including database updates and an automated deployment system.