Björn Puchinger

Mechanical Design & FEM Engineer with 12+ years of experience in CAD, simulation and plant engineering. I support engineering teams in critical project phases and provide technical support for companies in plant engineering. My focus is on CAD design, FEM analysis, technical documentation and practical engineering solutions that are technically sound, economically viable and ready to be built. My work combines digital engineering with real manufacturing knowledge. bjorn-puchinger.com

• Designed chemical & pharmaceutical plants and piping systems. • 3D modeling of containers, pipelines, steel, and concrete structures using AVEVA E3D & AutoCAD. • Generated technical drawings, parts lists, and isometrics. • Managed projects with PIMS (Omega 365) and performed collision & functionality checks

• Reconstructed DXF/DWG files for design and manufacturing. • Data processing and analysis using SolidWorks, BySoft, Excel. • Developed and maintained CAD/CAM programs with PentaNC & TwinCAT. • Managed CNC workflows (Harmuth CNC & Bystronic) and conducted technical training. • Provided client support & quality assurance, ensuring compliance and efficiency.

• CAD design & CAM programming with SolidWorks & SolidCAM for automotive components. • Precision machining on Siemens, Maho & Hegenscheid MFD; MIG/MAG welding with ABB robots. • Designed & prototyped body part holders and assembly tools. • Collaborated with cross-functional teams and documented manufacturing procedures.

• Implemented custom cloud & groupware infrastructure with open-source solutions. • Developed automation scripts and managed user accounts, permissions & security. • Provided technical support, training, and optimized IT processes.

• Math tutoring (calculus, algebra, analysis). • Customer service experience in retail & gas stations, developing teamwork and communication skills.

• Tested, measured, and gauged components for quality compliance. • Prepared technical documentation; collaborated with engineering & production teams.

• Completed training in industrial mechanics, covering production technology, mechanical engineering, and technical design. • Applied skills in machinery operation, assembly, and maintenance for automotive production.

• Coursework in embedded software, C/C++, Java, Linux administration, 3D modeling, FEM. • Hands-on experience with Blender, Autodesk 3ds Max, Maya, Eclipse, Bash, HTML/PHP.

• Focus on mechanical design, 3D CAD modeling, technical design, and FEM simulations. • Gained practical skills in Creo, AutoCAD, PDF management, Microsoft Office, Notepad++ through coursework and project assignments.

• Coursework focused on mechanical engineering, technical design, CAD, 3D modeling, and analysis. • Developed practical skills in Computer-Aided Design (CAD), 3D CAD, programming, and engineering fundamentals.