During commissioning and start-up processes, the objective is to ensure that the machinery, electrical, and automation systems onboard are tested and prepared in line with real operating conditions. The main purpose of this service is not only to demonstrate that the systems are functioning, but also to verify that they are safe, integrated, and operationally ready for use.

At this stage, the relationships between mechanical, electrical, and control systems are evaluated together. Through integrated testing, the compatibility of these systems with one another is observed, while functionality, safety, and performance are independently verified. This approach enables a more controlled transition between shipyard completion and reliable vessel operation.

Technical deficiencies, incompatibilities, or performance issues that may arise during the commissioning process are identified, and the resolution process is supported. For this purpose, coordination is maintained with shipyard teams, equipment manufacturers, and class representatives. When necessary, technical support is also provided during the final construction, outfitting, and delivery stages, contributing to the uninterrupted progress of the process.

Through a systematic and field-based commissioning approach, the aim is to reduce delays, unplanned downtime, and technical issues that may arise after delivery. In this way, vessels are supported in being delivered in full operational readiness.

Scope of Services

  • Commissioning of machinery, electrical, and automation systems
  • Verification of system functionality, safety, and performance
  • Integrated testing between mechanical, electrical, and control systems
  • Support in identifying and resolving technical deficiencies during commissioning
  • Technical support during final construction, outfitting, and delivery stages
  • Coordination with shipyard teams, suppliers, and class representatives

Our Approach

We do not see the commissioning process merely as the completion of test checklists. For us, what truly matters is ensuring that systems are ready to operate reliably under real operating conditions.