Hire Factory Automation Designers in Philippines

Are you looking for a Mechanical Design Engineer? I have been a mechanical engineer since 2011. I specialize in designing jigs, fixtures, weldment, sheet metal, piping layout, parts drawing, BOM list,... Read more

Are you looking for a Mechanical Design Engineer? I have been a mechanical engineer since 2011. I specialize in designing jigs, fixtures, weldment, sheet metal, piping layout, parts drawing, BOM list, assemblies, and the mechanical aspect of factory-automated machines using SolidWorks. Throughout my career, I have contributed to positive business results through effective organization, prioritization, and follow-through of key organizational projects. My strengths and qualifications match the Mechanical Design Engineer requirements and will bring immediate value. I would very much like to discuss opportunities. For contacts, the best time to reach me is between 8 AM and 5 PM (Philippine time), and I will return your call. Please see a sample of my work. Thank you for taking the time to review my profile. I'm thrilled about the opportunity to collaborate and contribute to our project's success. I'm looking forward to working together.

I'm a mechanical Design Engineer with hands-on experience in driveline systems, rotating machinery, and test rig development. I specialise in torsional vibration analysis, natural frequency & critical... Read more

I'm a mechanical Design Engineer with hands-on experience in driveline systems, rotating machinery, and test rig development. I specialise in torsional vibration analysis, natural frequency & critical speed calculations, coupling selection (SGFlex and similar), shaft design, and FEM-based validation. I help clients design robust, resonance-safe mechanical systems for engine–dyno test rigs, power transmission lines, and rotating assemblies. My work focuses on practical, calculation-driven engineering—ensuring reliability, safety margins, and smooth operation across operating speed ranges. Core Expertise: Driveline design & torsional vibration analysis (multi-mass systems) Critical speed & resonance avoidance calculations Shaft design, strength & fatigue evaluation Flexible coupling selection & alignment strategy FEM analysis for axial & torsional behaviour Mechanical test rig design & optimization Support both detailed mechanical CAD design and advanced driveline & torsional vibration analysis. I deliver clear calculation reports, design recommendations, and ready-to-use engineering tools (Excel-based calculators & templates). My goal is to provide designs that are not only theoretically correct but also practical for real-world manufacturing and testing environments. Engineer by profession, creator at heart — I enjoy driving innovation, planting new ideas, and painting robust mechanical solutions.