Leveraged mechanical engineering expertise to support clients with the design of robotic and machinery safety equipment, including mechanical guarding, control systems, and process modifications, by performing over 50 Task-Based Risk Assessments on electrical, thermal, pneumatic, and hydraulic components and systems for compliance with ISO 12100, EN 13849-1/-2, ANSI B11.0, B11.19, Z244.1, NFPA 79, RIA R15.306, OSHA CFR 29, etc.• Published over 100 virtual trainings across 18 courses tailored for all levels of a client’s organization, from C-suite members to production teams, regarding functional safety, risk assessments, safeguards, industry standards, leadership, and more

• Led over 25 ($40+ million) engineered-to-order cranes for coker units, ASRS, automotive manufacturing, paper mills, and metal processing applications through mechanical and structural engineering by working closely with an international engineering team, project managers, purchasing, and both on-site and off-site manufacturing teams• Calculated mechanical and structural performance using hand-calculations and FEA, and designed the Crane General Arrangement drawings and detailed engineering drawings using Vertex G4 with BOM’s, GD&T, weldments, torque, etc. for fabrication and assembly• Provided creative solutions for several high-visibility special projects assigned directly by upper management, including modifying a lifting attachment to withstand a 1600⁰F+ forge using heat shields, insulation, mechanical linkages, and relocating the hydraulic system• Reduced emergency evacuation time from an EOT coker operator cabin by over 40% by designing the service platform to use ramps instead of ladders, locating equipment out of the travel path, and having egress points at all corners of the crane and cabin platform• Represented engineering at customer sites for troubleshooting, and participated in the CMAA 70 standard committee at MHI conferences• Transitioned local and global engineering design process from 2D to 3D by creating and implementing parametric models and assemblies with NX, resulting in reducing design costs by over 30%