Edgar C. Email & Phone Number

• Responsible on the design of Test Fixture for Linear Actuator for 1.8 Ton Electric Mini Excavator including hand calculations and FEA results on critical components.
• Responsible on the design of Frame System for 15.5-Ton RTS Excavator including space claim layout & structural design for(Engine, Hydraulic/Fuel tanks, DEF tank, Aftertreatment etc.)
• Responsible on the design of platform, guard/hand rails, & stairs per ISO 2867-2011 Specs. Requirements.
• Performed FEA of platform, guard/handrails, & stairs per ISO 2867-2011 Specs. Requirements.
• Responsible for creating hydraulic routings per schematic diagram for 3.5-Ton RTS Excavator.
• Responsible for improving design on the Frame and Undercarriage Systems on 15-Ton Excavator.

Franksville, Wisconsin, United States

• Lead the design of Undercarriage Systems, Boom & 2 different configuration of dozer blades for the 3.5 Ton Mini Excavator.
• Responsible for assisting Lead Hydraulic Engineer for the hydraulic routings for Dozer Blades and hydraulic filter systems.
• Performed FEA on critical structural component and sub-components.
• Created/checked assembly layout and part detailed drawings for fabrication for the ZE215E Excavator.
• Collaborated with the other sub-system teams to integrate components and other sub-system designs into vehicle master model forthe ZE215E Excavator project
• Developed company’s drawing formats.

Franksville, Wisconsin, United States

• Lead the presentation of different kinematic position configurations of the 4-wheel, Jib & Boom positions of 42M AWP machineproject during face-to-face meeting with China team that was held in China.
• Lead the design of 42M AWP enclosure and determine the number strut needed using calculations provided by the manufacturerspecs and check values using the Equilibrium Law.
• Lead the design of the entire undercarriage & Jib system of a 42-Meter Aerial Work Platform (AWP) machine for development.
• Performed FEA on the Independent Front Axle that I designed and was granted for patent for the 3-Point Hitch Tractor project.
• Provide assistance to Lead Engineers for Structural & Power Systems for the design of structural components changes for thedevelopment of a ZE210E Excavator & 3-Point Hitch Tractor.
• Created/checked assembly layout and detailed drawings for fabrication for the ZE210E Excavator.

Long Grove, Illinois, United States

Reverse engineered and created drawings of brake rotor & drum samples. Analyzed samples and investigate whether a new drawing will becreated or consolidated to existing products. Analyzed and verify if an existing casting can be machined to create a new product tosave money on tooling patterns. Input data of each product samples to the system for future.

Pleasant Prairie, Wisconsin, United States

• Actively participated in prototype builds and pre-production runs to ensure that the finalassembly is correct and in accordance with the documented product design. Redesigned of existing products in an effort to.
• CAD support and building 2 Regenerative Load systems that were used to test Electric Motor Starters for military applications.
• Mechanical design in the development of 2 Electric Motor Starters that were used for Military applications.
• Resolved issues on various problems in mechanical design of electric motors and production assemblies.
• Created reliable fixtures, tooling and gages in assembly areas for various programs.
• Co-inventor and participated in the development of Rotating Rectifier Module – Patent: US 7,511,392 B2

• Provided CAD support for various products (industrial, new product development and Aerospace programs). Assisted all programsto create model changes and detail documentation along with engineering change orders..
• Consistently met or exceeded project objectives on all performance reviews.
• Received recognitions in completing in less amount of time of 3d model on components, subassemblies & assemblies of variousproducts that were hand drawn that were needed for Work Instructions documentations.
• Promoted in less amount of time for excellent job performance.