Senior Staff Engineer/Technologist, LEAP Systems Hot Section Module Integrator.Advanced Technical Program Management -demonstrating integration of technical depth, effective leadership.Strong leader -driving concurrence/buy-in for complicated challenging technical issues across diverse organizations.

Airworthiness & Certification -engine RCE, CFM CVE, COS joint-focal for enterprise-wide program safety issues.Technical Program Management –synthesizing technical breadth from fundamental Academia Research and Turbine Aircraft Engine industrial understanding to align to Airworthiness of Turbine Aircraft Engine.Effective communication skills –to guide GE/CFM in demonstrating compliance to FAA/EASA/foreign validation.

Staff Engineer/Technologist, Design Engineering, GE9X Engineering.Technical team lead –technically designed and managed the delivery of the most challenging high pressure turbine flowpath hardware across diverse technical disciplines (manufacturing, quality, sourcing, etc). Mission based cost-out team –leveraged leadership skills to creatively come up with Action Work Out idea with a $41k cost opportunity.

Advanced Lead Engineer/Technologist, Design Engineering, GE9X Engineering.Technical contributor –technically designed and managed the delivery of the most challenging high pressure turbine flowpath hardware. Designed hardware with CMC/single-crystal Nickel-based alloy metals.

Lead Engineer/Technologist, Advanced Composites Design, AC&MS.Lead Engineer/Technologist, Materials Behavior, MPED.Technical contributor –transitioning from fundamental Academia Research to Turbine Aircraft Engine industrial applications. Demonstrated strength in translating business needs to technical goals through internal GE Aviation stakeholders, GE research center, external DoD funding stakeholders and collaborating industries.Technical contributor –technically designed and managed the delivery of the most significant module for high bypass ratio turbine engine. Designed hardware with PMC.

Research contract sponsors include Bell Helicopter Xworx and Boeing.Research topics include: -Analysis of equivalent stiffness for composite laminates with regular shapes-Effect of barely visible impact damage on hygrothermally stable bend-twist maximized laminates-Spring-in behavior of thick composite structures-Hybrid bonded/bolted joint repair of composites-Composites fan with increased mass flow rate under thermal loadingClasses taught include: -Engineering Analysis (MAE 3360)-Materials and Structures Lab (MAE 3181)-Solid Mechanics (MAE 2312)-Engineering Statics (MAE 312)