Condition Monitoring is a way to check the health of ships' equipment and machines while they're running. Think of it like a doctor constantly checking a patient's vital signs, but for machinery. Engineers use special tools and sensors to track things like vibration, temperature, and oil quality to spot potential problems before they become serious breakdowns. This helps shipping companies save money by fixing issues early and avoiding unexpected repairs at sea. You might also see this called "predictive maintenance" or "equipment health monitoring" in job descriptions.
Implemented Condition Monitoring systems on cargo vessels, reducing equipment failures by 40%
Led Condition Monitoring programs for fleet of 12 ships
Developed Condition Monitoring and Equipment Health Monitoring strategies for critical marine equipment
Supervised Predictive Maintenance and Condition Monitoring activities across multiple vessels
Typical job title: "Condition Monitoring Engineers"
Also try searching for:
Q: How would you implement a condition monitoring program for a new fleet of vessels?
Expected Answer: A strong answer should cover planning phases, equipment selection, staff training, setting up monitoring schedules, and how to measure success. They should mention cost-benefit analysis and working with ship crews.
Q: Tell me about a time you used condition monitoring to prevent a major equipment failure.
Expected Answer: Look for specific examples showing how they interpreted monitoring data, made recommendations, and saved costs. They should explain how they communicated with management and crew.
Q: What are the key parameters you typically monitor on marine engines?
Expected Answer: Should mention basics like vibration, temperature, oil analysis, and pressure readings. Look for understanding of why each parameter matters and normal vs abnormal readings.
Q: How do you decide which equipment needs condition monitoring?
Expected Answer: Should discuss equipment criticality, cost of failure, safety implications, and regulatory requirements. Look for practical experience in making these decisions.
Q: What's the difference between preventive and predictive maintenance?
Expected Answer: Should explain that preventive is scheduled regular maintenance, while predictive (condition monitoring) involves checking actual equipment condition to decide when maintenance is needed.
Q: What basic tools are used in condition monitoring?
Expected Answer: Should mention common tools like vibration meters, thermal cameras, oil analysis kits, and basic monitoring software. Look for understanding of their basic use.