Design Engineer Engineering

Curtis Boldridge

*** * **** ** ******** Ks, *****. 913-***-****. ********@*****.***

Objective

To obtain a position that utilizes my Engineering skills and years of experience of fabrication and design To be able to contribute to an organization’s objective through service responsibility, respect, and ingenuity; To seek new ways in developing a successful career where my skills are effectively utilized to their fullest potential and produce a continual experienced base with opportunities for growth through a genuine fondness for parts design.

Education

DEGREE DATE EARNED SCHOOL

·Major: Associates of applied science degree, Highland Technical Center, Atchison, Ks. completed 2018.

·Minor: Certificate of completion, Engineering and graphics design, Highland Technical center, Atchison Ks completed 2018

·Related coursework: Technical Certificate Inventor for beginners, Completed on DEC 07, 2017, and Technical Certificate: Inventor Sheet Metal, Completed on DEC 07, 2017. Technical Certificate: Inventor Advanced Parts, Completed on DEC 07, 2017, Technical Certificate: SolidWorks Weldments, Completed on OCT 18, 2018...

DEGREE DATE EARNED SCHOOL

·Major: ASNT Ultrasonic testing Level one certification, Northwest Pipe Co. Industrial Park Ks completed 08/23/2013

·Minor: Lab Technician certified as Rockwell B hardness/Micro hardness tester, Tinius Olsen Testing Machine Company, Tinius Olsen Metal Impact Tester

·Related coursework: Inventor, SolidWorks, Auto Cad, DraftSight.

Skills & Abilities

MICROSOFT OFFICE

Microsoft word Microsoft access Microsoft excel Microsoft outlook Microsoft PowerPoint

RELEVANT EXPERIENCE

·Program experience extends back to Auto cad in Highschool and in Drafting in Vocational school in early 2000, Actual Engineering experience as a Design Engineer for Altec Industries using SolidWorks Designing new parts, modifying existing parts for trucks and trailer and Digger Derrick Machines. Also worked on Designing electrical schematics using DraftSight and Auto Cad.

·I spent many years on the floor as a welder helping the engineers duplicating parts, and at Greenbrier, and other Fab shops working directly with plant engineers from a hands on perspective as they created Blueprints and electrical wiring Schematics and customizing parts for their advanced products.

· Snorkel working directly in association with Engineers developing blueprint drawings and Electrical wiring Schematics for their boom lifts in R&D research & development.

LAB TECHNICIAN NORTHWEST PIPE CO FROM 03/2009-01/2015

·Tested samples of product for stress and strength of weld using both destructive and nondestructive methods, tested for the grain structure abnormalities as well as ultrasonically tested the weld seam of the finished product, also visually inspected both shipping and receiving loads

COMMUNICATION

·Had to take a class before I could assume the role of supervisor and the other jobs that is was either a crew trainer or departmental safety coordinator for had mandatory classes on leadership.

·Was an A student in my public speaking class, which my instructor highlighted my ability to take charge and display the confidence while speaking loud and clear

LEADERSHIP

. Was in the top of my class and made the Dean’s list two years in a row, and I Graduated with a GPA of 4.0.

Experience

DESIGN ENGINEER CONSULTANT FROM: 2018-202?

·Helped research new ideas on a personal basis working from home with other engineers in team meetings about cost and production down time along with (waste management) meaning time efficiency, production down time, and setbacks including design flaws, and new parts, modify current parts for more efficient and safer machines.

·Have SolidWorks experience in how to create welded structures with structural members required for welded frame designs like 3D sketching, trimming, and grouping of structural members and documenting Weldments in 2D Drawings, complete with cut list.

·Experienced with 3D parametric modeling an how to navigate the interface using both SolidWorks and Autodesk Inventor in creating sketches, setting up parametric relationships, and create 3D models, using those relationships to create assemblies from parts and generate production-ready 2D drawings of those 3D parts and assemblies.

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