Mohammad A.

Experience

• Mechanical Design Engineering PT Timah Tbk · Full-time Oct 2023 – Present 2 yrs 10 mos Indonesia 1. Improved production equipment and auxiliary tool design efficiency by developing detailed 2D/3D models using SolidWorks, Autodesk Inventor, AutoCAD, and SketchUp, accelerating fabrication processes and minimizing design revisions.
  2. Performed engineering simulations and design validation using SolidWorks Flow Simulation to analyze fluid flow, velocity, pressure, temperature, volumetric flow rate, and flow distribution, supporting design optimization and identifying potential flow-related issues before fabrication.
  3. Conducted engineering analysis and simulation using CAE/FEA tools to evaluate equipment and component performance, identify potential design weaknesses, and support data-driven engineering decisions.
  4. Optimized manufacturing and assembly processes by applying Design for Manufacturing (DFM) and Design for Maintenance (DFM/DFMA) principles, improving installation accessibility, maintainability, and reducing potential equipment downtime.
  5. Prepared and managed Bills of Materials (BOM), engineering drawings, and technical documentation systematically to support procurement and fabrication activities while ensuring accurate material requirements and design specifications.
  6. Developed, modified, and optimized plant components and equipment across TSL-Ausmelt, Reverb Furnace, Fuming Furnace, and Mineral Processing areas to improve equipment performance, operational efficiency, maintainability, and production reliability.
  7. Performed CFD-based design evaluations for piping systems, ducts, tanks, and other fluid-handling equipment using SolidWorks Flow Simulation, including evaluation of flow distribution, pressure behavior, velocity profiles, and temperature distribution to support equipment optimization.
  8. Collaborated with fabrication, maintenance, and production teams to translate engineering designs and simulation results into practical solutions, ensuring compatibility with existing plant conditions and improving equipment reliability.