Hire Factory Automation Designers in India

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.

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.