Design Engineer
Summary
Design Engineer with experience in developing cold-formed ferrous and non-ferrous components including the forming tools and processes used to produce them. I work with customers to bring products from conception to production, and implement into high or low volume manufacturing. My goal is to successfully design and develop innovative products to contribute steady revenue growth and a diverse product portfolio for the company.
Specialties
- Computer aided design,
- Detail Drawings,
- GD&T,
- solidworks
Skills
- SolidWorks – 5 years of experience (Certified Professional ID# C-X75NJ8WK25)
- Detail Drawing (GD&T included) – 2+ years
- Design for Manufacturability – 2+ years
- Product Design and Development – 2+ years
- Prototype and Testing – 2+ years
- Quality Documentation/Gauging – 2+ years
Spoken Languages
- English
Education
Purdue University – West Lafayette, IN
Bachelors Degree in Mechanical Engineering Technology
Received: December 19, 2009
Program GPA: 3.28/4.00
Experience
MECHANICAL ENGINEER CO-OP
UTC – Carrier Corporation: RLCS Indianapolis, IN. May – August 2007, January – August 2008 (3 terms)
- Design and implementation of improved components to replace failure prone components in current production equipment.
- Identify production equipment problems upon failure then provide short/long-term solutions in order to achieve and maintain daily production goals.
- Research and implementation of new tools, equipment, and design changes for improved operator ergonomics and efficiency.
- On site learning of PLC programming, machine code programming, automation timing and sequencing for inline stamping/forming presses.
PROCESS DESIGN ENGINEER
Stalcop U.S. L.P. Thorntown, IN. March 29th 2010 – Current
- Tool design research and development for cold-forming ferrous and non-ferrous metals.
- Process design for high and low volume manufacturing of cold formed components.
- Finite element method analysis (Deform) to understand material flow and tool stress of conceptual designs.
- Solid model creation and solid model assembly using SolidWorks while following internal procedural practices for modeling and saving of files.
- Detail drawings for individual tool models, component models, and assemblies including bill of materials and assembly layouts.
- Quality documentation including production part approval process (PPAP) documentation, potential failure mode and effect analysis (PFMEA) studies, capability studies, gage repeatability and reproducibility (R&R) studies, process control plan, process/inspection flow diagram, and sample inspection reports.
- Quality gauging models and detail drawings including fixed attribute gauge, measurement fixtures, and other component specific gauging/fixtures.
Groups & Associations
- ASME,
- Certified Solidworks Associates,
- Certified Solidworks Professionals
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