About this Candidate
DAVRON CV: Candidate 947903
MECHANICAL ENGINEER | GEARBOX & ROTATING EQUIPMENT DESIGN | FEA & MANUFACTURING
Core Expertise
- Gearbox and rotating equipment design, including gears, shafts, bearings, seals, and housings.
- Rotor dynamics, vibration analysis, and thermal-fluid assessment for high-speed systems.
- FEA-driven component validation and manufacturability-focused design for production readiness.
- Pressure-system design and fabrication knowledge aligned with ASME Section VIII and materials standards.
- Project scoping, BOM/PDM-ERP workflows, and cross-functional coordination from concept to manufacture.
- Estimating and process improvement delivering measurable labor and capacity gains in production.
Project Background
- Designed OEM gearbox assemblies and performed rerates using root-cause analysis and testing.
- Developed 3D CAD models and detailed manufacturing drawings for assemblies and subcomponents.
- Led prototype development for oil/solids separation and thermal-fluid system with PLC and HMI controls.
- Optimized manufacturing processes, reducing labor modeling by 35% and increasing capacity 15–20%.
- Provided FEA, vibration, and thermal analyses to validate designs under operational loads and life cycles.
Key Skills
- SolidWorks (CSWP) | AutoCAD (Certified) | Mathcad
- ANSYS FEA (Certified) | MATLAB/Simulink | FEA & vibration analysis
- Rotor dynamics | Thermal-fluid design | Pressure-system design
- Design for Manufacturability | GD&T | ASME, AGMA, API standards
- PDM/ERP workflows | BOM generation | Routings and change control
- Python | C/C++ basics | PLC ladder logic | Automation testing
Education
- B.S., Mechanical Engineering — The University of Texas at Tyler
Awards & Recognition
- AutoCAD Certified
- ANSYS FEA Certified
- Certified SolidWorks Professional (CSWP)
Why Interview this Candidate?
They combine deep rotating-equipment and gearbox design expertise with proven manufacturing optimization results. Demonstrated ability to lead cross-functional teams, develop full BOM/PDM workflows, and apply FEA and rotor-dynamics analysis to reduce labor and increase in-house capacity. Strong knowledge of ASME codes and pressure-system fabrication enables immediate impact in fabrication-driven engineering and estimating roles.
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