Developed new Machine Learning algorithms to forecast cognitive fatigue using cardiac activity with an accuracy of 85%Assessed results from fatigue forecasting models and led a writing team of 4 to submit findings as a journal publication to the Institute of Industrial and Systems Engineers Health TransactionsPresented fatigue forecasting findings at Human Factors and Ergonomics Society (HFES) conference that led to a conference publicationConducted experiments using exoskeletons to evaluate its efficacy in alleviating lower back pain inEmergency RespondersPerformed experiments using Augmented and Virtual Reality to train Emergency Responders in masscasualty events

Lead instructor for Fundamentals of Industrial Engineering DesignTaught students Engineering Economy.Mentored 94 students through the engineering design process

Research assistant at the Neuroergonomics Lab.Previously with the Human Factors and Machine Learning Lab

Designed water inlet connections project to thwart torque cracks on engines saving $1.5 million per yearDesigned and implemented Oil Filter design to decrease oil fill time by 60%Defined requirements for developing architecture, layout, torque values, and flow rates of water inlets to improve to improve durability by 30%Collaborated with 15 Industrial Engineers for implementation of water inlets across several Cummins plants to prevent assembly line down times Briefed the Cummins network through design reviews presentations and technical reports Diagnosed and documented analysis of failed engines and issued corrective actions at a rate of 80%Led a team of co-ops and interns to test and validate engine fuel hoses to reduce failures by 50% Co-ordinated with suppliers, purchasing, quality and implementation teams to launch new designs on timeConducted data analysis on supplier data using Minitab and MATLAB to validate Crankshaft manufacturing processUpdated service and troubleshooting manuals for different engines to inform field service on engine service procedures

Critiqued uptime sheets from oil rigs to determine discrepancy with expected production numbersCalculated and estimated daily production rates based on previous data and meteorology findings to find discrepancies in actual productionAnalyzed data and research to increase profit margins; presented findings to management

Engineered models for Armored Personnel Carriers with PTC Creo Parametric in regulation with combat and explosive design rules Developed engineering drawings for fabrication of automotive parts with Creo ParametricAssembled equipment using machine shop tools, CNC mills, lathe and other equipment