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ktm solutions mechanical engineering, greenville sc

Wilkey accepts KTM Solutions design role

Technical Designer

KTM Solutions is pleased to announce that Matthew Wilkey has agreed to join KTM’s engineering team as a Technical Designer. Mr. Wilkey is a recent graduate of the University of South Carolina Upstate and is a graduate of KTM Solutions four-year mechanical design apprenticeship program (registered through Apprenticeship Carolina). “It has been great to see Matthew develop over the last four years. I am pleased that KTM was able to add Matthew as a part of our full-time engineering team” says Thomas D. (Dev) Belflower, KTM Solutions Chief Engineer. KTM Solutions is committed to development of the next generation of engineering professionals. Over 35 students have participated in KTM Solutions apprenticeships or internship programs since 2006.


About KTM Solutions, Inc.

KTM Solutions is a Greer, South Carolina–based engineering company supporting the Aerospace and Mechanical services industries. KTM Engineering - Aerospace Solutions provides practical and innovative aircraft structural design and analysis services, on demand. KTM Engineering - Mechanical Solutions provides turnkey systems that support production processes, material handling and streamlined manufacturing. KTM utilizes state of the art design and analysis tools underpinned by proven systems engineering principles and project management services. KTM is ISO 9001, AS9100, and ASME NQA-1 compliant. The corporate offices are located at 603 High Tech Court, Greer, South Carolina 29650. KTM Solutions engineers are registered in multiple states.


KTM is a team of professional engineers that partners with manufacturing companies to overcome challenges and deliver the custom design solution and the expertise you need for your project.

Our Products & Services

KTM utilizes a staff of registered mechanical engineers (PE) that are qualified in the design and analysis of advanced machines, fixtures, lifting systems, and mechanical structures. We design and analyze for sufficient strength, optimal mechanical performance, and safety in accordance with industry standards and governmental regulations.

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