Mechanical Engineer Sheet Metal

Reply to: *********@*****.***

Mechanical Engineer: 3+ Years, Solidworks, CNC Programming

Ty Vyn Rock

** ***** ******

Marblehead, MA 01945

Cell: 508-***-****

*********@*****.***

OBJECTIVE

To relocate and acquire a position as a Mechanical Engineer in the area of design and manufacturing.

SUMMARY

I have an extensive amount of experience in multiple CAD programs. I first began using Solidworks in 2005 and have been using it for personal and professional engineering projects on a regular basis since then. Most recently, I have had a good deal of experience using CAMworks to create aluminum/plastic parts on 3 axis CNC routers.

- Designed and managed the build of 5+ fully custom industrial machines from concept to installation.

- Designed and managed the build of 15+ modified standard industrial machines from concept to installation.

- Created a system of cost analysis to accurately predict the cost and production time of all components and assemblies made in house, decreasing the time required to quote custom machinery.

- Increased the production efficiency by repairing and calibrating several broken/unused pieces of machinery on the shop floor.

- Experience with thermal and FEA analysis.

- Very familiar with machined/cast ferrous and aluminum parts.

- Very familiar with the creation of sheet metal components.

- 3+ years experience creating detailed dimensional drawings for high tolerance components in a professional environment.

EDUCATION

Wentworth Institute of Technology: (Boston, MA)

Bachelor of Science in Mechanical Engineering Technology, August 2010

Daniel Webster College: (Nashua, NH)

25.5 Credits Aeronautical Engineering Technology

WORK EXPERIENCE

Hendrick Manufacturing: (Salem, MA) Sept 2010 -- Present

Mechanical Engineer; Lead all projects pertaining to custom industrial machinery such as PLC saws and CNC routers. Met with customers to discuss their needs. Created quick 3D concept models to increase sales potential using Solidworks/Alibre. Created 3D parts, sub-assemblies and machine drawings based on the customers' requirements/tolerances. Purchased all non-stock components, material and hardware required for the machine build. Created drawings for all outsourced and in house machining/sheet metal components and contacted various local venders for purchasing. Machined in house high precision parts manually as well as CNC. Assembled sub-assemblies as well as full machines. Created full machine manuals detailing proper use, safety precautions and maintenance time lines. Included detailed exploded sub-assembly diagrams with BOM's. Performed machine installation at various customer facilities in North America. Calibrated the machines and trained the employees in proper use, troubleshooting and safety precautions.

Hendrick Manufacturing: (Salem, MA) Jan 2009 -- May 2009

Mechanical Engineer Co-op; Created 3D models as well as part, assembly and sub-assembly drawings for industrial machines using Solidworks. Designed additional components and sub-assemblies for existing machines such as a retractable blade guard/dust hood. Created a full assembly manual for the HPS Panel Saw that could be followed by someone with little or no mechanical knowledge.

TECHNICAL COMPETENCIES

Design, Analysis & CNC Programming:

Solidworks (Certified), Alibre, COSMOSWorks, CAMWorks, Labview, Matlab, Working Model & AutoCAD

Manual Manufacturing Experience:

Milling Machine, Lathe, Band saw, Basic Hand Tools, Gas Welding, Arc Welding, Sand Casting, Sheet Metal & Plastics Injection

CNC Manufacturing Experience:

Programming, running and troubleshooting 3axis CNC routers, 3axis Milling Machine, CNC Lathes, Benchman Machining Center, Z-Corp 3D Rapid Prototype machine

and Conversational Programming

Information/Business Technology:

Microsoft Word, Outlook, Excel, PowerPoint, Sage BusinessWorks & Adobe Photoshop

Shop Equipment:

Forklift operation (Licensed), Overhead Crane

COLLEGE LAB EXPERIENCE

Turbidity Probe (2010)

Worked with small team to design a submersible probe for use in environmental testing of fresh water up to 100 feet in depth. The probe measured ambient light using a photo conductor and temperature using a thermocouple. A pressure transducer was used to determine depth and all data was transmitted to the user in real time.

Automated Elevator (2005)

Worked with small team to design a scale model of an automated elevator capable of accelerating and decelerating a load of 150lbs to set points insuring a non-turbulent ride. This involved building a transmission, soldering the circuitry and programming the system using C++.

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