LAPT
London Academy of Professional Training
Master Certificate
Level 6-7
Leadership
ISO Energy
ISO 13628 — Petroleum Subsea Production Systems
REF: ENG-FSL-13628
Who Is It For
This certification is designed for senior professionals in the fossil fuels industry, including project managers and technical directors with significant experience in subsea engineering or related fields. They need this certification to enhance their strategic leadership capabilities and to meet the evolving demands of the energy sector.
Prerequisites
None
Awarding Body: LAPT — London Academy of Professional Training
Curriculum Overview
1
Strategic Sustainability Practices
Understanding the Principles of Sustainability in Subsea Production
6 classes
1.1 Define sustainability principles in the context of subsea production
1.2 Analyze the impact of subsea production on marine ecosystems
1.3 Evaluate current sustainability practices in subsea production systems
1.4 Explore technological innovations that enhance sustainability in subsea production
1.5 Assess regulatory frameworks guiding sustainability in the offshore industry
1.6 Develop a strategic plan for implementing sustainable practices in subsea projects
Regulatory Frameworks and Standards for Sustainable Operations
6 classes
2.1 Identify Key Regulatory Frameworks for Sustainable Operations
2.2 Analyze ISO 13628 Standards and Their Implications
2.3 Evaluate the Role of Regulatory Compliance in Sustainability
2.4 Assess Case Studies of Successful Sustainable Practices
2.5 Develop Strategies for Implementing Regulatory Standards
2.6 Formulate a Plan for Continuous Improvement in Compliance
Assessing Environmental Impacts of Subsea Activities
6 classes
3.1 Identify Key Environmental Impacts of Subsea Activities
3.2 Analyze Regulatory Frameworks for Environmental Assessment
3.3 Evaluate Assessment Techniques for Subsea Operations
3.4 Discuss Stakeholder Perspectives on Environmental Impact
3.5 Develop Mitigation Strategies for Environmental Risks
3.6 Create an Action Plan for Sustainable Subsea Practices
Innovative Technologies and Practices for Enhanced Sustainability
6 classes
4.1 Assess Innovative Technologies for Subsea Production Systems
4.2 Evaluate the Impact of New Practices on Environmental Sustainability
4.3 Integrate Data Analytics to Optimize Resource Use
4.4 Design a Sustainable Subsea Project Using Emerging Technologies
4.5 Develop Strategies for Stakeholder Engagement on Sustainability Initiatives
4.6 Implement a Monitoring Framework for Sustainability Outcomes in Subsea Operations
Developing Leadership Strategies for Sustainable Subsea Management
6 classes
5.1 Analyze Leadership Theories for Sustainable Practices
5.2 Identify Key Stakeholders in Subsea Management
5.3 Develop Communication Strategies for Sustainability Initiatives
5.4 Implement Decision-Making Frameworks for Environmental Impact
5.5 Assess Performance Metrics for Sustainable Leadership
5.6 Design an Action Plan for Effective Subsea Leadership
2
Innovations in Subsea Technology
Overview of Subsea Production Systems and Their Evolution
6 classes
1.1 Define Subsea Production Systems and Their Importance
1.2 Explore the Historical Evolution of Subsea Technologies
1.3 Identify Key Components of Modern Subsea Production Systems
1.4 Analyze Innovations Impacting Subsea Production Efficiency
1.5 Assess Case Studies of Successful Subsea Implementations
1.6 Discuss Future Trends and Challenges in Subsea Technology
Core Technologies in Subsea Infrastructure
6 classes
2.1 Explore An Overview of Core Subsea Technologies
2.2 Analyze the Role of Flow Assurance in Subsea Systems
2.3 Examine the Functions of Subsea Control Systems
2.4 Investigate Subsea Processing Techniques and Innovations
2.5 Discuss Safety Protocols in Subsea Operations
2.6 Apply Best Practices in Subsea Infrastructure Design
Innovations in Subsea Automation and Control Systems
6 classes
3.1 Explore the Fundamentals of Subsea Automation Technologies
3.2 Analyze the Role of Sensors in Subsea Control Systems
3.3 Evaluate Data Communication Protocols in Subsea Environments
3.4 Investigate Real-Time Monitoring Techniques in Subsea Operations
3.5 Design a Basic Subsea Control System Prototype
3.6 Apply Innovations in Automation to Enhance Subsea Safety and Efficiency
Sustainability and Environmental Considerations in Subsea Technology
6 classes
4.1 Assess Environmental Impacts of Subsea Technology
4.2 Explore Innovations for Sustainable Subsea Practices
4.3 Evaluate the Role of Renewable Energy in Subsea Systems
4.4 Identify Best Practices for Reducing Subsea Waste
4.5 Analyze Case Studies on Successful Sustainable Projects
4.6 Plan Implementation Strategies for Eco-friendly Solutions
Future Trends and Emerging Technologies in Subsea Production
6 classes
5.1 Analyze Emerging Subsea Technologies Impacting Production Efficiency
5.2 Explore Innovations in Autonomous Subsea Vehicles
5.3 Evaluate the Role of Digital Twin Technology in Subsea Systems
5.4 Investigate Advances in Subsea Control Systems and Automation
5.5 Assess Trends in Sustainable Practices within Subsea Production
5.6 Implement Case Studies of Successful Subsea Technology Integrations
3
Environmental Regulations and Compliance
Fundamentals of Environmental Regulations in the Oil and Gas Sector
6 classes
1.1 Define Key Environmental Regulations in Oil and Gas
1.2 Assess the Impact of Oil and Gas Operations on the Environment
1.3 Explain the Role of Compliance in Environmental Stewardship
1.4 Identify Common Violations and Penalties in the Industry
1.5 Evaluate Case Studies of Environmental Regulation Failures
1.6 Formulate Strategies for Achieving Regulatory Compliance
Key International Standards and ISO 13628 Compliance
6 classes
2.1 Identify Key International Standards Related to ISO 13628
2.2 Analyze the Structure and Components of ISO 13628
2.3 Evaluate Environmental Regulations Impacting Subsea Production Systems
2.4 Compare ISO 13628 Compliance with Other International Standards
2.5 Assess the Importance of Compliance in Leadership for Environmental Sustainability
2.6 Develop a Compliance Strategy for ISO 13628 in Subsea Projects
Regional Environmental Legislation and Impact Assessments
6 classes
3.1 Explore Regional Environmental Legislation Frameworks
3.2 Analyze Key Components of Environmental Impact Assessments
3.3 Evaluate the Role of Stakeholders in Environmental Compliance
3.4 Investigate the Impact of Non-Compliance on Subsea Operations
3.5 Develop Mitigation Strategies for Environmental Impacts
3.6 Implement Best Practices for Compliance and Reporting
Best Practices for Environmental Risk Management
6 classes
4.1 Identify Key Environmental Risks in Subsea Operations
4.2 Assess Compliance with Environmental Regulations
4.3 Analyze Best Practices for Environmental Risk Mitigation
4.4 Develop an Environmental Management Plan for Subsea Projects
4.5 Implement Monitoring Strategies for Environmental Compliance
4.6 Evaluate and Report on Environmental Performance Outcomes
Monitoring, Reporting, and Compliance Auditing
6 classes
5.1 Identify Key Environmental Regulations Impacting Subsea Operations
5.2 Understand the Importance of Monitoring in Compliance Management
5.3 Explore Techniques for Effective Environmental Reporting
5.4 Analyze Case Studies of Monitoring Failures and Their Consequences
5.5 Develop a Compliance Audit Checklist for Subsea Production Systems
5.6 Implement Best Practices for Continuous Compliance Improvement
4
Leadership in Multi-Disciplinary Teams
Understanding the Dynamics of Multi-Disciplinary Teams in Subsea Production
6 classes
1.1 Define Multi-Disciplinary Teams in Subsea Production
1.2 Identify Key Roles and Responsibilities within the Team
1.3 Explore Communication Strategies for Effective Collaboration
1.4 Analyze Conflict Resolution Techniques in Team Dynamics
1.5 Evaluate Case Studies of Successful Multi-Disciplinary Teams
1.6 Develop a Plan for Enhancing Team Performance and Leadership
Effective Communication Strategies for Leadership in Fossil Fuel Projects
6 classes
2.1 Identify Key Communication Barriers in Subsea Leadership
2.2 Explore Active Listening Techniques for Effective Team Interaction
2.3 Utilize Clear and Concise Messaging in Technical Discussions
2.4 Develop Strategies for Cross-Disciplinary Team Collaboration
2.5 Assess the Impact of Non-Verbal Communication in Leadership
2.6 Implement Feedback Mechanisms for Continuous Improvement in Communication
Conflict Resolution and Decision-Making in Multi-Disciplinary Environments
6 classes
3.1 Identify Sources of Conflict in Multi-Disciplinary Teams
3.2 Analyze the Impact of Conflict on Team Dynamics
3.3 Explore Conflict Resolution Styles and Their Effectiveness
3.4 Apply Active Listening Techniques to Resolve Disputes
3.5 Develop Decision-Making Strategies for Collaborative Solutions
3.6 Create a Conflict Resolution Action Plan for Team Scenarios
Cultural Competence and Team Integration in Global Projects
6 classes
4.1 Understand Cultural Competence in Global Teams
4.2 Identify Challenges in Multi-Disciplinary Team Dynamics
4.3 Analyze Case Studies of Successful Team Integration
4.4 Develop Strategies for Effective Cross-Cultural Communication
4.5 Apply Leadership Techniques to Enhance Team Cohesion
4.6 Evaluate the Impact of Cultural Differences on Project Outcomes
Leading Innovation and Change in Subsea Production Systems
6 classes
5.1 Identify Key Drivers of Innovation in Subsea Production
5.2 Analyze the Challenges of Leading Multi-Disciplinary Teams
5.3 Develop Strategies for Fostering Team Collaboration
5.4 Implement Change Management Techniques in Subsea Projects
5.5 Evaluate the Impact of Innovation on Subsea Production Systems
5.6 Craft a Vision for Leading Future Innovations in Subsea Production
5
Project Planning and Risk Assessment
Fundamentals of Project Planning in Subsea Production Systems
6 classes
1.1 Define Key Concepts in Subsea Project Planning
1.2 Analyze Components of Subsea Production Systems
1.3 Identify Stages of Subsea Project Development
1.4 Evaluate Risk Factors in Subsea Projects
1.5 Develop a Basic Project Plan for Subsea Operations
1.6 Present and Justify Risk Mitigation Strategies
Identifying and Analyzing Project Risks
6 classes
2.1 Define Project Risks in Subsea Production Systems
2.2 Identify Common Risks in Subsea Projects
2.3 Utilize Risk Assessment Tools for Subsea Projects
2.4 Analyze the Impact of Identified Risks
2.5 Develop Mitigation Strategies for Key Risks
2.6 Create a Risk Management Plan for a Subsea Project
Risk Assessment Tools and Techniques in Oil and Gas Projects
6 classes
3.1 Identify Key Risks in Oil and Gas Projects
3.2 Analyze the Impact of Risks on Project Objectives
3.3 Evaluate Risk Assessment Tools and Their Applications
3.4 Implement Qualitative Risk Analysis Techniques
3.5 Conduct Quantitative Risk Assessment for Subsea Production Systems
3.6 Develop Risk Mitigation Strategies for Effective Project Planning
Developing Risk Mitigation Strategies for Subsea Operations
6 classes
4.1 Identify Key Risks in Subsea Operations
4.2 Analyze Risk Levels and Their Impacts
4.3 Develop Risk Mitigation Techniques for Subsea Systems
4.4 Create a Risk Response Plan for Project Scenarios
4.5 Evaluate the Effectiveness of Mitigation Strategies
4.6 Apply Lessons Learned to Future Subsea Projects
Integrating Risk Management into Project Planning Frameworks
6 classes
5.1 Define Risk Management Concepts in Project Planning
5.2 Identify Key Risks in Subsea Production Projects
5.3 Assess the Impact of Identified Risks on Project Objectives
5.4 Develop Mitigation Strategies for Project Risks
5.5 Integrate Risk Management into Project Planning Frameworks
5.6 Evaluate the Effectiveness of Risk Management Strategies in Projects
6
Advanced Subsea Systems Management
Fundamentals of Subsea Production Systems
6 classes
1.1 Describe the Key Components of Subsea Production Systems
1.2 Analyze the Role of Subsea Trees in Production Efficiency
1.3 Examine the Importance of Flowlines and Risers in Subsea Operations
1.4 Identify Safety and Environmental Considerations in Subsea System Design
1.5 Discuss the Impact of Technology Advances on Subsea Production
1.6 Evaluate Real-World Case Studies of Subsea Production Systems Implementation
Design Considerations for Advanced Subsea Systems
6 classes
2.1 Analyze Key Factors in Subsea System Design
2.2 Evaluate Material Selection for Harsh Environments
2.3 Assess Hydrodynamic Forces on Subsea Structures
2.4 Integrate Safety Protocols into Subsea Design Plans
2.5 Develop Strategies for Maintenance and Reliability
2.6 Create Prototypes for Advanced Subsea Technologies
Installation and Commissioning of Subsea Infrastructure
6 classes
3.1 Assess Site Conditions for Subsea Infrastructure Installation
3.2 Select Appropriate Installation Techniques for Subsea Systems
3.3 Implement Safety Protocols During Installation Procedures
3.4 Utilize Technology for Real-time Monitoring in Installation
3.5 Conduct Commissioning Procedures for Subsea Infrastructure
3.6 Evaluate Performance Post-Installation for Continuous Improvement
Maintenance Strategies and Reliability Engineering
6 classes
4.1 Analyze Maintenance Strategies for Subsea Systems
4.2 Evaluate Reliability Engineering Principles in Subsea Operations
4.3 Identify Common Failures in Subsea Production Systems
4.4 Develop Effective Maintenance Plans for Subsea Equipment
4.5 Implement Condition-Based Monitoring Techniques
4.6 Create a Reliability Improvement Action Plan for Subsea Systems
Emerging Technologies in Subsea Production Management
6 classes
5.1 Explore Innovations in Subsea Sensors and Monitoring
5.2 Analyze the Impact of Robotics in Subsea Operations
5.3 Evaluate Advanced Data Analytics for Production Optimization
5.4 Implement Remote Operated Vehicle (ROV) Applications
5.5 Integrate Renewable Energy Sources in Subsea Systems
5.6 Design a Case Study on Emerging Technologies for Enhanced Recovery
Assessment Breakdown
50%
Theory
35%
Practical
15%
Project
Passing Mark: 325 / 500 (65%)
Methods: Written Examination, Practical Assignment, Portfolio Assessment
How to Enrol
Website: lapt.org
Email: info@lapt.org
Phone: +44 7513 283044
Address: 85 Great Portland Street, W1W 7LT, United Kingdom
Hours: Monday – Friday, 9AM – 5PM