Bradly Grube Email & Phone Number

Austin, Texas, United States

leading additive manufacturing and Karno assembly operations team in Austin Texas.

Savannah, Georgia, United States

• Engineering management role responsible for overseeing GAC Additive Manufacturing Labs focusing on Engineering, Research, and Part Development directly supporting over 15,000 internal customers
• Subject matter expert in all materials, processes, machines and technologies used in the labs
• Developed approved FAA certification outline for materials, processes and machine qualifications for product development programs utilizing multiple technologies and materials
• Created and executed roadmap for labs manufacturing/quality AS9100 certification to fabricate approved FAA aircraft production and completions parts in house

Savannah, Georgia, United States

• Leadership role with large project responsibilities such as flap track relocation project removing multiple quality defects thus the elimination of 50 touch labor hours per aircraft
• Wing skin growth factor analysis project coordination for engineering EEOP and flat change
• Advanced additive manufacturing design projects for reducing labor time and aircraft defects

Savannah, Georgia, United States

• Leadership project responsibilities including cross organization, implementation and coordination
• High impact root cause analysis and corrective action, continuous quality improvement and process improvement for complex assemblies as well as individual details
• Analysis and evaluation of wing contour, symmetry and rolling moment on G650/G700 aircraft
• Complete AAP wing box construction evaluation; for design, producibility, manufacturability, quality, tooling and time reduction improvements

Savannah, Georgia, United States

• Engineering analysis and corrective action for assembly and detail designs within 3D model space
• Execution of defect reduction, workflow management and process/assembly simplification
• Conformance mitigation, producibility analysis for future production aircraft
• FT&A, GD&T, tolerance stack up analysis for large assemblies, 3D parametric assembly design
• Utilization of 3D printing technologies DMLS, SLA, Polyjet, and FDM for applications such as: rapid prototyping, detail location, mockups, process/quality improvement, innovative tooling fixtures, molding, go no go.

• Aircraft preliminary/detail design of primary and secondary assembly structures and interiors
• Advanced composites detail design and producibility CPM/CPE for Presidential VH-92 helicopter
• Complete composite clamshell door parametric design and kinematics
• Complex specialty composites tooling design for Lite Machines UAS R&D project
• Advanced composites procedures, process and manufacturability for Lite Machines aircraft skin and structure
• Lockheed Martin carbon fiber tooling design for the F-35 aircraft skin