Corey Hubbert Email & Phone Number

Spring, Tx, Us

Greenville, South Carolina Area

- Designed and analyzed various compressor blade stages including variable guide vanes and rotor blades to meet challenging design and customer requirements within the 7HA.03 next generation heavy duty gas turbine- Developed and improved 6+ Compressor Design templates spanning airfoils, casings, and rotor designs, optimization, and instrumentation, driving design approach consistency, tool usage, re-alignment to best practices, and removal of conservatism- Lead and coordinated cross-functional design and test & validation team, responsible for communicating, tracking, and instrumenting (assembling) custom compressor casings with test probes and other hardware, totaling more than 1000+ probes- Designed aforementioned custom instrumented Middle Compressor Cases, Compressor Discharge Cases, and Inner Compressor Cases that spanned across (3) test engines and (2) engine frames (models), to accommodate instrumentation for validation testing- Held various design roles covering compressor rotors, cases, and airfoils within the 7HA.02, 9HA.01, 9HA.02, and 7HA.03 highest efficiency heavy duty gas turbines

Middletown, Ct

IBR PIPT Sr. Design Engineer (Feb 2015 – Present):In my current capacity as a Designer for the Integrally Bladed Rotor (IBR) Production Integrated Product Team (PIPT), I am responsible for driving 50% reduction or better of quality defects in all LPC IBR stages and major rotating parts, covering all (5) Next Generation Product Family engine platforms. I've been involved in the implementation of the UTC Production Part Approval Process (UPPAP) on (12+) parts produced at (6) international and domestic suppliers. I've audited suppliers’ manufacturing processes to statistically remove variability, utilizing Six Sigma principles, thereby applying them to their processes as well as our design practices to improve producibility. I've also developed or in many cases improved various Engineering Standard Work doucments, best practices, internal Wiki pages, and tools for Design and PIPT organizations to share knowledge, learning, and improve documentation.RVB Design Engineer (June 2011 – Jan 2015):As a Designer for the Rotor, Vanes, and Blades (RVB) Part Family, I oversaw the outsourced design, development, and testing of the FT4000 industrial power turbine, holding design authority over the Fan, LPC, and HPC modules, including (15+) rotor stages, major rotating parts, and integrated hardware. I was also the sole rotors designer of the Fan module on Advanced Commercial Engine program FAA CLEEN, requiring cross-functional team engagement to meet aggressive milestones. Organizationally, I lead a team responsible for improving employee satisfaction through management practices / approaches. I also co-founded P.W.E.E. in the Community, dedicated to deeper community involvement, promoting the growth and attraction of local talent, and improving employee retention by establishing stronger ties with P&W employees.

Louisville, Ky

Designer responsible for multiple, concurrently running door hinge designs for the 2012 Mission 1, Dishwasher program. Also managed the Design Guidance BOM for the program. Coordinated with a multitude of sub-groups, program design leads, project and general managers to maintain communication and BOM schedule.

Camden, Ar

Developed major process improvement and preventative measure utilizing unused asset. Co-piloted work instruction and router conception on critical government contract. Assisted in implementation of a process improvement saving $25,000 per 3 years. Supported Manufacturing Engineering in design creation, implementation, and alteration of government projects and equipment.

Auburn Hills, Mi

(3x) 3 Month Co-op Rotations:Material Labs Co-op (Apr – Jun 08)Screened an unbeneficial investment, saving GKN roughly $10 million annually. Facilitated testing and comparison of conceptual greases for use as cost beneficial and efficient alternatives, including but not limited to, FTIR, oil separation, and tensile tests. Analyzed structural wear, torsional fatigues, and stress fractures in macro and micro settings for routine and specified inspections.Test Engineering Co-op (Oct – Jan 09)Collaborated with test engineers for test submissions, structural and performance analysis, tear down, quality grading, and writing reports of customer products. Initiated a graphical analysis and correlation of NVH graphical data to problematic locations on tested product.Prototype Co-op (Oct – Jan 08)Managed operation and programming of mills and CNC lathes under tight deadlines. Assisted machinists with fabrication of new products, productivity and maintenance of machines, and joint assembly and teardowns.