Gary Frey Email & Phone Number

Owego, New York, United States

- Graduated from Lockheed Martin's Advanced Technical Leadership Program and internally recognized as a qualified systems engineer- Deputy EPM for rotor wing mission systems integrated product team spanning 75+ people across multiple business areas- Cost account manager managing work scope greater than $40M- Developing systems engineering process and coordinating multi-disciplined team to develop rotor wing cyber architecture through the analysis of 500+ cyber requirements- Managing Maritime Systems Digital Transformation (DX) roadmap and coordinating with stakeholders to help facilitate business transformation initiatives- Defined approach and infrastructure for both traditional and model-based systems engineering work products- Performed as the EO/IR cognizant engineer for a rotor wing platform, supporting supplier conversations and developing technical solutions

Owego, New York, United States

- Accepted into Lockheed Martin's Advanced Technical Leadership Program- Developed and implemented architectural process to mature rotor wing mission system solution spanning 25+ LRUs- Decomposed and managed 250+ rotor wing mission system requirements- Worked within CATIA 3DX to design mechanical components and assemblies, create and validate models, and define annotations for rotor wing aircraft transmission- Led onsite Enhanced Package Processing System (EPPS) Nashville Integration and Test (I&T) effort

Owego, Ny

January 2016 - August 2019: - Led multiple hardware design effort for Enhanced Package Processing Systems (EPPS) Nashville- Provided onsite I&T support for EPPS Portland as the Feed Distribute Singulate (FSD) subsystem expert- Created SysML artifacts using Enterprise Architect for aircraft training system- Derived and managed software requirements for aircraft training system- Led multi-discipline engineering team for Singulate Scan Induction Unit (SSIU) Enhancements design, installation, and integration- Authored test procedures, defined entry/exit criteria, and led onsite I&T efforts for multiple Distribution Technology efforts- Developed Basis of Estimates (BOE) and technical proposal content for multiple Distribution Technology captures

- Assisted in piezoelectric energy harvesting research and aided in the development of testing methods for novel energy harvesting systems- Assisted in development of predictive model utilizing Matlab- Conducted wind tunnel data acquisition, calculated performance characteristics of novel energy harvesters, and studied the effects of fluid dynamics on system performance - Presented at inaugural SECU Symposium in Atlanta, Georgia- Presented research at ASME conference in San Antonio, Texas

Master Of Science (M.S.), Mechanical Engineering

Activities and Societies: American Society of Mechanical Engineers

Bachelor Of Science (B.S.), Mechanical Engineering

Activities and Societies: Tau Beta Pi