Dewayne May - CSWE

Dewayne May - CSWE has a comprehensive work experience in the engineering field. Dewayne started their career as a Mechanical Designer at Baldor Electric in 1997, where they worked for 15 years. In 2012, they joined Engatech, Inc/GoEngineer as an Applications Engineer, specializing in troubleshooting SolidWorks issues and providing customer service.

From 2013 to 2017, Dewayne held the position of Senior Design Engineer at Muncie Power Products, Inc., responsible for designing and developing engineering solutions. During this time, they also worked as an Engineering Technologist at Baker Hughes, contributing to technical projects.

In 2016, Dewayne transitioned to Pelco Structural, LLC as the Director of Engineering Technology, where they played a vital role in managing and leading the engineering department. Dewayne then moved on to Jim Myers & Sons, Inc. (JMS) in 2017, working as a Design Engineer, focusing on design and implementation of engineering solutions.

In 2018, Dewayne became a Senior Design Engineer at Murata Machinery USA, Inc, demonstrating their expertise and abilities in designing complex systems. Currently, they are working as a Customer Support Engineer at TriMech, providing technical assistance and support to customers.

Overall, Dewayne May has a diverse background in mechanical design, engineering technology, and customer support, showcasing their strong skills and experience in the field.

Dewayne May - CSWE has a diverse education history. In 1996, they obtained their Bachelor of Science (BS) degree in Technology, Drafting & Design, Manufacturing from Southeastern Oklahoma State University. More recently, from 2016 to 2018, they pursued a Master of Business Administration (MBA) with a focus on Applied Computer Science at Northcentral University. In addition to their formal education, Dewayne May - CSWE has obtained several certifications from SolidWorks, including CSWE- MD, CEPA Data Management, CSWPA Drawing Tools, CSWPA-Mold Tools, CSWPA-Surfacing, CSWPA-Weldments, and CSWP Mechanical Design.