ANDREAS P.

Participated in inspection activities and created technical reports for Kiln Shut Down Plant 8, which included backlash clearance and metal bearing inspections, filler gauge clearance measurements, and housing bore diameter tolerance checks. Assisted in schedule planning to compare planned versus actual contractor work. Coordinated with contractors for maintenance of the Belt Elevator at Plant 8 and developed a Standard Operating Procedure (SOP) for its operations. Contributed to a dust conveying project through pump specification calculations, 3D CAD piping and isometric drawings, and optimization of pipeline routing. Developed an Android application to calculate shell cooler run out and ovality in accordance with FLSmidth standards for KSD P5 Project. Conducted maintenance inspections of shell coolers using filler gauges and NDT methods during kiln shut down. Created a technical animation of the helical girth gear pinion system for kiln feasibility studies and established a Google Form-based asset tracking system for tool management within TSD R1 Division. Aided in field supervision and Preventive Maintenance (PM P14 & PM P8) activities and studied the cement manufacturing process from quarry to final product.

Explored the overall processes within the Utility area and RFCC (Residual Fluid Catalytic Cracking) unit at Pertamina RU IV, as well as the CO-Boiler processes in the RFCC area. Enhanced predictive maintenance strategies for the Maintenance and Inspection Team by analyzing CO-Boiler damage mechanisms using theoretical methods and ANSYS simulations, culminating in a report on the Analysis of Oxide Scale Growth on CO-Boiler Superheater Tube.

Monitored weekly progress of subcontractor tasks and created PowerPoint presentations to inform supervisors about project updates. Conducted site inspections to oversee subcontractor activities, particularly focused on the Mechanical, Electrical, and Plumbing (MEP) scope, and determined compressor specifications for the Pneumatic Tube System (PTS) in Buildings A, B, and C for Project RS UPT Vertikal Surabaya.