• Managed over $10M in aerospace research and development projects • Coordinated a multidisciplinary team of 5 to 15 engineers in order to successfully execute projects• Communicated with VP’s, customers, and other stakeholders to ensure that all aspects of the project are completed within scope, schedule, and budget objectives• Launched and maintained programs using the key performance indicators such as schedule, cost, return on investment, resources, and risk estimates for customer and internal interfaces• Created and maintained Federal Aviation Administration (FAA) certification documentation• Supported successful product development and certification testing by preparing test documents, designing test setups, scheduling on-site and external labs, performing testing activities, analyzing test data, and documenting test results• Served as the direct technical support representative for various customers to provide effective solutions associated with product issues and customer concerns • Facilitated projects to resolve product quality issues in order to improve product reliability and customer satisfaction

• Defined requirements for turbofan engines and various mechanical-electrical engine components.• Managed requirement compliance using IBM Rational DOOR including identification of means of compliance, performing compliance assessments, and ensuring requirement traceability.• Developed qualification and verification procedures using RTCA/DO-160, MIL-STD-810, MIL-STD-461, and customer requirement specification• Supported product qualification by preparing test documentation, analyzing testing results, evaluating requirements compliance, and preparing proof of compliance documentation • Organized formal design reviews to communicate the status of compliance and project risks related to customer requirements

• Analyzed power steering components for warranty return claims, documented the data and presented results to the customer (automotive OEMs).• Investigated critical issues of warranty returns by various test methods and material analysis to determine the root cause and initiated the implantation of corrective actions for production to ensure that critical issues were corrected.• Utilized SolidWorks to re-design/modify testing fixtures by combining 12 different fixtures into 2 as a result reducing the set-up time and improving the ergonomics of the test stand.• Familiarized myself with manufacturing processes to better understand quality control standards, machining techniques, and design limitations.

• Created manufacturing standards that were adopted throughout the production facility and standardized instructions for current and future practices• Re-designed fixtures and tools to help improve production• Analyzed production issues and created solutions to improve manufacturing methods and identify quality issues