Conducted research on hydrodynamics and wave interactions using Computational Fluid Dynamics (CFD). Designed and calculated a floating structure system, encompassing propulsion, general arrangement, safety, machinery, and electrical systems, in adherence to relevant standards and codes, which was successfully approved by the Classification Society. Surveyed the condition of floating structures, and conducted and published research activities.

Supervised and coordinated the maintenance, repair, and preparation processes for research vessel departures, including administration, logistics, and procurement of spare parts necessary for marine surveys. Successfully managed the recovery of two and deployment of four Indonesia Tsunami Early Warning System buoys. Re-engineered the research vessel's systems to enhance reliability and developed an equipment criticality database for maintenance purposes. Collaborated with three other departments to achieve ISO 9001:2015 certification by creating and organizing operational procedures for the research vessel, thereby improving work and service quality.

Oversee the scheduling, supervision, and coordination of the maintenance and repair processes for machinery and equipment in the metal casting unit. Ensure the availability of spare parts to facilitate timely maintenance and repairs. Collaborate with the purchasing department to request and manage spare part inventories. Lead and implement Kaizen initiatives for continuous improvement in operations and maintenance practices.

Assisted researchers with various projects, including risk analysis, remaining life assessments, risk-based inspections, criticality analyses, and hazard operability studies (HAZOP). Evaluated the implementation of Risk-Based Inspection (RBI) and the creation of a Static Equipment Asset Register for the Joint Operation Body Pertamina – Medco E&P Tomori Sulawesi, following the API 581 standard. Analyzed Risk-Based Inspection services for the Top Side of Kepodang Field and Bukit Tua Field for Petronas Carigali Ketapang II Ltd, also using the API 581 standard. Conducted a Pipeline Risk Assessment for 12 fields at PT Pertamina EP utilizing the W. Kent Muhlbauer method. Predicted the remaining life for re-engineering and transmission line projects at PT Pertamina MOR IV Semarang, PT Pertamina Asset 2, and MOR III Balongan, based on the API 579 standard. Additionally, supported and completed the HAZOP study for the PT Pertamina Asset 2 project at the SPG Pagar Dewa Plant, Prabumulih Field.