Lead Manufacturing Engineer Resume
5.00/5 (Submit Your Rating)
Edgewood, MD
SUMMARY
- More TEMPthan 6 years of experience in manufacturing composite materials for aerospace applications. Develop processes, design fixtures and program 5 - axis
- CNC machines for teh manufacture of composite details and assemblies. Advanced knowledge
- Pro/ENGINEER wif a focus in surfacing, CNC programming and fixture design. Ability to work in a fast paced, rapidly changing environment
TECHNICAL SKILLS
Computer Skills: Pro/ENGINEER, Vericut, Verisurf, CATIA, AutoCAD LT, Cutworks, Microsoft Office suite (word, excel, and powerpoint) and Microsoft Project
PROFESSIONAL EXPERIENCEC
onfidential, Edgewood, MD
Lead Manufacturing Engineer
Responsibilities:
- Led effort to flat pattern parts and program CNC machines for Comac C919 fan cowl and GE Passport 20 fan cowl wif first articles being delivered wifin a month of each other, consisted of over 60 total details.
- Manage manufacturing engineers in Nomex manufacturing facility.
- Balance engineering resources to complete new programs and provide process improvements for existing programs.
- Communicate wif customer to resolve engineering issues and maintain good customer relationships.
- Develop accurate cost estimates for quotes.
- Develop processes for composite parts which meet customer specifications and quality requirements. Processes include forming, bonding, potting and machining operations.
- Program three and five axis CNC machines to machine composite honeycomb parts.
- Design tooling and program CNC machines to create tooling.
- Investigate non-conforming parts to verify teh root cause of teh non-conformance and teh corrective action necessary to prevent future non-conforming parts.
Confidential, Edgewood, MD
Manufacturing Design Engineer
Responsibilities:
- Over hauled F-35 flaperon CNC programs and was able to improve teh quality of teh part while also decreasing teh cycle time.
- Led effort to introduce new revision of 787 spoilers including fixture design, CNC programming and introduction of quick change fixtures. All process goals were completed on time wifin a very short lead time.
- Rapidly learned, wifout instruction, how to use FAROArm and Verisurf CMM software. Inspected production parts and fixtures and reversed engineered fixtures.
- Flat patterned 747-8 leading edge wedges which reduced cost and decreased cycle times by eliminating need for CNC fixtures.
- Develop processes for composite parts which meet customer specifications and quality requirements. Processes include forming, bonding, potting and machining operations.
- Program three and five axis CNC machines to machine composite honeycomb parts.
- Design tooling and program CNC machines to create tooling.
- Investigate non-conforming parts to verify teh root cause of teh non-conformance and teh corrective action necessary to prevent future non-conforming parts.