Vincent Moravec Email & Phone Number | In my 10+ years as a mechanical engineer, I have had the pleasure of designing a wide range of rapid prototypes and weld fixtures of varying complexity. Utilizing multiple types of CAD software, I have created large 3D models of kinematic systems, as well as trunnion-mounted and table-top for high volume product fabrication. In my time at E91, I proved, through my hard work and creativity, that I deserved to be a part of the handful of employees that could handle large, challenging tools. Among the most complicated tools I designed were left and right-hand, 20-foot-long tools for John Deere Combines with hundreds of LSS weld sites, a tool for a John Deere Bean Draper that had hundreds of parts, and a tool that could accept over 200 configurations of Meritor and hutch axles. I have designed tools for GM, Toyota, Skyjack, John Deere, and more. Each customer requires a unique set of parameters for the tool needed for the new product. I have also gained hands-on experience with a wide array of environmental stress tests. I was also the head of designing new testing equipment to expand the environmental testing suite. The largest project in my time with NCEE Labs was the design of a kinematic addition for the company’s main radiated emissions antenna mast. Throughout the history of my designs, I’ve demonstrated an ability to take a project from the concept to fabrication. Along the way, I’ve strengthened my knowledge metal manufacturing processes, grew very familiar with designing for comfortable/safe operator access to necessary areas, expanded fool-proof design capabilities for reduction in operator error, developed knowledge for what is and isn’t assemblable and manufacturable, and exposed myself to many industry standards and products. Being exposed to a swath of preferences, styles, and software has turned me into a master key for efficient design and robust, clean modeling.

Vincent Moravec

In my 10+ years as a mechanical engineer, I have had the pleasure of designing a wide range of rapid...
Olathe, Kansas, United States

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Vincent Moravec’s Email vincent.moravec@goe91.com

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Vincent Moravec’s Location Olathe, Kansas, United States

Vincent Moravec’s Current Industry Capsa Healthcare E91

Vincent Moravec’s Prior Industry Ncee Labs

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Work Experience

Capsa Healthcare

Senior Mechanical Engineer

2019-08-01 00:00:00 - Present

E91

Mechanical Engineering Designer

2016-11-01 00:00:00 - Present

Ncee Labs

Mechanical Engineer

2013-11-01 00:00:00 - 2016-10-01 00:00:00

Skills

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FAQ About Vincent Moravec

Vincent Moravec is located at
Olathe, Kansas, United States

Vincent Moravec is a In my 10+ years as a mechanical engineer, I have had the pleasure of designing a wide range of rapid prototypes and weld fixtures of varying complexity. Utilizing multiple types of CAD software, I have created large 3D models of kinematic systems, as well as trunnion-mounted and table-top for high volume product fabrication. In my time at E91, I proved, through my hard work and creativity, that I deserved to be a part of the handful of employees that could handle large, challenging tools. Among the most complicated tools I designed were left and right-hand, 20-foot-long tools for John Deere Combines with hundreds of LSS weld sites, a tool for a John Deere Bean Draper that had hundreds of parts, and a tool that could accept over 200 configurations of Meritor and hutch axles. I have designed tools for GM, Toyota, Skyjack, John Deere, and more. Each customer requires a unique set of parameters for the tool needed for the new product. I have also gained hands-on experience with a wide array of environmental stress tests. I was also the head of designing new testing equipment to expand the environmental testing suite. The largest project in my time with NCEE Labs was the design of a kinematic addition for the company’s main radiated emissions antenna mast. Throughout the history of my designs, I’ve demonstrated an ability to take a project from the concept to fabrication. Along the way, I’ve strengthened my knowledge metal manufacturing processes, grew very familiar with designing for comfortable/safe operator access to necessary areas, expanded fool-proof design capabilities for reduction in operator error, developed knowledge for what is and isn’t assemblable and manufacturable, and exposed myself to many industry standards and products. Being exposed to a swath of preferences, styles, and software has turned me into a master key for efficient design and robust, clean modeling.