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The importance of predictive maintenance in the shipbuilding industry
The shipbuilding industry is a strategic sector for the Spanish economy, representing approximately 3.5% of Galicia’s GDP and generating more than 14,000 direct jobs in the region.
In addition, the sector has experienced significant growth, with a 45% increase in hiring over the last three years, doubling the number of contracts recorded in 2020.
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Certification courses – Mobius Institute
Mobius Institute's official training in vibration analysis, ultrasound and reliability-based asset management, with internationally recognized certification. Delivered by expert instructors, these courses will enable you to develop key skills for fault detection and diagnosis, improving reliability and predictive maintenance in your industry.
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More about the industry Naval
Benefits of predictive maintenance in the shipbuilding industry
The marine industry requires solutions that ensure operational continuity and minimize mechanical risks in demanding environments. Preditec offers advanced technologies to monitor critical machinery in real time, improving decision making and reducing operating costs.
Reduction of downtime in ships and shipyards
Anticipating failures makes it possible to schedule interventions at strategic moments, avoiding unplanned shutdowns that could compromise projects, routes or services. Thanks to the condition analysis of motors, propulsion systems, compressors or pumps, operational availability is constantly improved.
Resource optimization and task planning
Predictive maintenance facilitates efficient planning of inspection and repair tasks. This translates into more efficient management of spare parts, technical personnel and scheduled shutdowns, reducing overall ship maintenance costs.
Increased safety and prevention of critical failures
Detecting mechanical anomalies before they lead to serious failures significantly improves crew and vessel safety. This preventive approach reduces the risk of accidents in critical systems such as turbines, shafts, gearboxes and generators.
Compliance with international maritime regulations
The use of predictive technologies helps to comply with international safety and environmental standards, such as those required by the IMO or classification societies. This avoids penalties, facilitates inspections and reinforces the shipowner’s or shipyard’s image of compliance.
Technologies applied to naval predictive maintenance
The specific conditions of the maritime environment require robust, accurate and connected solutions. Preditec applies technologies designed for marine machinery monitoring, ensuring reliable results in complex environments.
Vibration analysis in naval machinery
Vibration monitoring can identify misalignments, imbalances, bearing failures or gear defects. It is applied to main engines, thrusters, pumps and other key rotating systems on board.
Sensors for critical onboard systems
The installation of intelligent sensors at strategic points (shafts, propulsion systems, generator sets, ventilation, etc.) makes it possible to capture data in real time and detect variations in equipment behavior, even under extreme conditions.
Integration of digital platforms for monitoring
Preditec integrates data collection and analysis systems with digital platforms to visualize equipment status from the ground or onboard. These solutions can be connected to maintenance management systems (CMMS) and SCADA, providing a global view of fleet status.
Fleet automation and predictive diagnostics
The application of machine learning algorithms and historical analysis makes it possible to automate fault diagnosis and generate early warnings. This is especially useful in fleets where centralized monitoring improves operational efficiency and reduces the cost per asset.












