Ronald Sagitariansyah Thias

• Led mechanical design and integration of industrial energy systems, contributing to system efficiency improvements of up to 10-15% across multiple projects
• Performed thermal and structural simulation-based analysis to validate designs and ensure compliance with international engineering standards
• Optimized mechanical components, contributing to estimated 5-10% reduction in material and manufacturing costs per project scope
• Coordinated with cross-functional engineering teams across R&D, manufacturing, and quality departments (3-5 functional groups)
• Supported commissioning, troubleshooting, and performance optimization of large-scale industrial energy systems
• Provided critical engineering support for system reliability and operational stability, including on-call infrastructure support during critical system operations

• Developed mechanical design solutions for industrial and power generation systems across multiple engineering projects (15+ projects)
• Conducted simulation-based analysis (thermal, stress, and structural) to improve system reliability and performance
• Supported manufacturing and commissioning engineering activities for large-scale industrial equipment
• Contributed to engineering optimization initiatives resulting in improved system efficiency and reduced failure risk (project-based improvements 10% range)
• Participated in cross-functional troubleshooting and root cause analysis for industrial system issues