Energy Efficient Ship Design and Operation

About the Course

Energy efficiency in ship design and operation is crucial for reducing fuel consumption, minimising emissions, and ensuring compliance with evolving environmental regulations. As stricter policies and sustainability goals reshape the maritime sector, optimising vessel performance while adhering to international standards has become a top priority. The industry is witnessing rapid technological advancements, including innovative hull designs, energy-saving devices, and automation systems that enhance operational efficiency. Adopting alternative fuels, such as LNG and hydrogen, is transforming how ships are powered, reducing their environmental impact. With digitalisation playing a key role in performance monitoring and predictive maintenance, industry professionals must continuously adapt to these evolving trends.

This 5-day comprehensive Energy Efficient Ship Design and Operation training course provides a structured approach to implementing energy-efficient ship design and operations strategies. Delegates will learn key methodologies, analytical tools, and best practices to enhance vessel performance and fuel efficiency. With a focus on regulatory compliance and performance optimisation, it prepares delegates to support sustainable maritime operations. Designed for naval architects, marine engineers, and ship operators, it equips them with the skills to drive efficiency initiatives. They will be ready to tackle energy efficiency challenges and contribute to a more sustainable shipping industry.

Core Objectives

The delegates will achieve the following objectives:

• Identify key principles and regulations related to energy-efficient ship design and operation
• Explain the impact of fuel efficiency measures on vessel performance and environmental sustainability
• Implement best practices and analytical tools to optimise energy use in ship design and operations
• Analyse different energy-saving technologies and strategies for their effectiveness in reducing fuel consumption
• Assess the compliance of ship design and operational strategies with international environmental regulations
• Develop practical solutions and efficiency plans to enhance sustainability in maritime operations
• Execute energy-efficient strategies to improve vessel performance and reduce operational costs

Training Approach

This training course utilises expert-led lectures, interactive discussions, and practical case analyses to enhance delegate understanding of energy-efficient ship design and operation. Hands-on exercises and simulation-based learning enable them to apply key methodologies and analytical tools in real-world maritime scenarios. Collaborative group activities and problem-solving sessions ensure that delegates develop the skills to implement effective efficiency measures in their professional roles.

The Attendees

This training course is designed for professionals involved in ship design, operation, and regulatory compliance who seek to enhance energy efficiency in the maritime industry.

Likewise, it will be valuable to the professionals but not limited to the following:

• Naval Architects
• Marine Engineers
• Ship Operators
• Fleet Managers
• Shipowners
• Maritime Regulators
• Marine Surveyors
• Shipbuilders and Designers
• Port and Terminal Operators

Daily Discussion

DAY ONE: PRINCIPLES OF ENERGY EFFICIENCY IN SHIP DESIGN

• Hydrodynamic Performance and Hull Optimisation
• Propulsion System Efficiency and Fuel Consumption
• Ship Structural Design for Energy Optimisation
• Impact of Weight and Material Selection on Efficiency
• Regulatory Frameworks for Energy-Efficient Shipping
• Energy Management Systems and Performance Monitoring

 DAY TWO: PROPULSION AND POWER SYSTEM OPTIMISATION

• Engine Efficiency and Fuel Optimisation Techniques
• Alternative Fuels and Hybrid Propulsion Systems
• Shaft Power Limitations and Energy Recovery Systems
• Electrical Systems and Power Distribution Optimisation
• Auxiliary Machinery Efficiency and Load Management
• Reducing Energy Losses in Shipboard Systems

DAY THREE: OPERATIONAL STRATEGIES FOR ENERGY EFFICIENCY

• Voyage Optimisation and Weather Routing
• Speed and Power Management for Fuel Savings
• Ballast and Trim Optimisation for Fuel Reduction
• Hull and Propeller Maintenance for Efficiency Gains
• Shipboard Energy Audits and Performance Benchmarking
• Crew Training and Awareness for Operational Efficiency

DAY FOUR: EMISSION CONTROL AND COMPLIANCE STRATEGIES

• MARPOL Annex VI and IMO Energy Efficiency Regulations
• Carbon Intensity Indicator (CII) and Energy Efficiency Indexes
• Low-Emission Technologies and Exhaust Gas Treatment
• LNG, Hydrogen, and Ammonia as Alternative Fuels
• Onboard Carbon Capture and Storage Solutions
• Port Operations and Shore Power Integration

DAY FIVE: DIGITALISATION AND SMART TECHNOLOGIES IN SHIP EFFICIENCY

• Data Analytics for Energy Performance Monitoring
• AI and Machine Learning for Predictive Maintenance
• Smart Sensors and IoT for Energy Management
• Digital Twin Technology for Ship Efficiency Optimisation
• Automation and Remote Monitoring for Fuel Savings
• Cybersecurity Considerations in Smart Ship Operations