• Serve as Sedron’s senior technical authority on heavy industrial machine design, rotating equipment, pressure vessel design, and welded/structural systems. • Provide SME-level guidance to engineers company-wide, including structural integrity reviews, failure analysis, design improvement strategies, and advanced analytical support. • Lead cross-disciplinary design reviews, risk assessments, and formal technical decisions for major capital equipment. • Lead the design and development of custom heavy-duty mechanical systems, ensuring high reliability, maintainability, and performance in continuous industrial operations. • Lead the design and integration of complex rotary components (shafts, bearings, seals, couplings, gears, lubrication systems). • Oversee detailed CAD models, drawings, GD&T, weldment designs, and manufacturing documentation for large equipment systems. • Conduct and review advanced analyses (FEA, CFD, fatigue, vibration, thermal, dynamic analysis) to validate and optimize machine performance. • Evaluate and qualify components, materials, and suppliers for robust long-term service. • Perform and guide advanced structural and fatigue analysis for large, welded assemblies, pressure boundaries, frames, housings, and mechanical support structures. • Assess degradation mechanisms (corrosion, fatigue, creep, wear, cracking) and develop strategies to prevent failures. • Ensure all designs and reviews meet ASME, AWS, AISC, API, and internal standards. • Support systems through the complete lifecycle — from concept development and prototyping through manufacturing, commissioning, field support, and end-of-life evaluation. • Lead root cause analyses for equipment failures; drive corrective actions and design improvements that minimize downtime and improve total lifecycle cost. • Collaborate closely with manufacturing, automation, controls, operations, and maintenance to ensure systems are safe, serviceable, and cost-effective. • Mentor and elevate the technical capabilities of mechanical, structural, and rotational equipment engineers across the organization. • Translate complex engineering concepts to non-technical stakeholders, ensuring clarity and alignment across teams.