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dietrichhj

Dietrich Ben

@dietrichhj

SolidWorks CAD Designer, Robotics, EOAT, Fixtures Industrial Mechanical Expert

Duitsland
Duits, Engels, Frans, Italiaans
Sommige informatie wordt in het Engels weergegeven.
Over mij
Hi, I’m Dietrich, a mechanical CAD designer with 5 years of experience in robotic grippers, EOAT, welding fixtures, pneumatic clamping systems, and industrial workholding. I specialize in SolidWorks, 3D CAD modeling, mechanical assemblies, DFM, and collision detection. My focus is delivering precise, practical, and manufacturing ready designs tailored to your requirements. Choose me for clear communication, attention to detail, reliable delivery, and professional solutions that turn your concepts into reality.... Lees meer

Skills

d
dietrichhj
Dietrich Ben
offline • 

Bekijk mijn diensten

Volledig ontwerpproces
I will design robotic grippers, gripper fingers and end of arm tooling in solidworks 3d
Volledig ontwerpproces
I will design robotic arm tool mounts, eoat adapter plates and robot bracket 3d cad

Portfolio

Werkervaring

Bosch_Global

Robotics & Manufacturing Engineering

Bosch Global

Oct 2026 - Present • 0 mos

Developed CAD models for pneumatic clamping fixtures, welding jigs, locating systems, and assembly workholding solutions. Collaborated with project stakeholders to understand functional requirements, optimize component placement, and resolve design challenges. Completed projects with clear 3D assemblies and exchange files, supporting efficient reviews, smoother manufacturing preparation, and reliable implementation of the agreed design scope.

Siemens

Mechanical Engineering & Industrial Automation

Siemens

Sep 2026 - Sep 2026 • 0 mos

Designed and developed 3D CAD models for robotic grippers, custom mounting brackets, and industrial fixture assemblies. Translated project requirements into practical engineering solutions, refined component geometry, and checked assembly fit and interference. Delivered organized CAD files and manufacturing-ready design documentation, helping improve integration, reduce design errors, and support successful project completion.