Paul K.

Automation Systems Engineer (P.E.) specializing in capital equipment, robotics, and multi-station automation systems.

Brought in by companies before system build—or when systems aren’t performing—to define architecture, reduce risk, and ensure real-world performance.

Most of my engagements begin with a paid engineering consultation to review system architecture, risks, and manufacturability before fabrication.

This early review helps identify design issues, simplify system complexity, and avoid costly rework during build and integration.

I typically work on:

automation system architecture and layout definition
robotic cells and machine tending
capital equipment design
troubleshooting underperforming automation systems

I am frequently engaged prior to system build to reduce technical risk and improve performance outcomes.

I am a licensed Professional Mechanical Engineer (P.E.) with over 20 years of experience designing production-ready industrial machinery, automation systems, and complex assemblies, primarily using SolidWorks.

Most of my engagements begin with a paid engineering consultation to review the problem, risks, and system architecture before moving into design work.

I work with clients who need more than drawings—they need sound engineering judgment, manufacturable designs, and systems that perform reliably in the real world. My background spans concept development through detailed design, vendor coordination, fabrication, installation, and production support.

I have led and contributed to high-impact equipment programs with leading machine builders and industrial organizations, including ATS Automation, ACRO Automation, DISA Group, Ixmation, and ITW. My work has supported industries ranging from automated assembly and materials handling to foundry systems, robotics, and custom machinery.

What I bring to projects

Senior-level mechanical engineering judgment and design ownership

Production-focused SolidWorks design (assemblies, mechanisms, tooling, layouts)

Strong emphasis on manufacturability, tolerances, and serviceability

Experience working directly with fabricators, integrators, and global vendors

Ability to identify risks early and simplify complex systems