The Technical Management of Power Plants course offered by the British Academy for Training and Development is one of the specialized courses aimed at providing comprehensive and in-depth knowledge about the methods of efficiently managing power plants with high effectiveness. In light of the increasing need for sustainable and safe energy sources, it becomes essential to qualify specialists capable of addressing both the technical and managerial challenges in complex work environments. This course aims to enhance the technical and managerial skills necessary to ensure improved operational performance and regular maintenance, as well as to increase energy efficiency in power plants.

Through this course, participants will become familiar with the latest methods related to managing operational processes, strategic planning, and modern technologies to ensure the safety of workers and environmental protection. The course will also provide the tools needed to guide participants on how to deal with technical risks and economic challenges that they may face in this dynamic and evolving field.

Who Should Attend?

• Engineers and technicians working in power plants.
• Operations managers and those responsible for plant management.
• Specialists looking to enhance their skills in technical energy plant management.
• Consultants and experts in the energy and technical planning fields.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

• Understand the fundamentals and key concepts of technical management in power plants.
• Apply technical management principles to improve operational efficiency in power plants.
• Effectively address technical and managerial challenges in power plants.
• Develop leadership and management skills in power plant work environments.
• Enhance awareness of the importance of safety and security strategies in power plants and how to manage risks effectively.

• Introduction to Power Plants and Their Types

  • Differences between traditional and renewable power plants
  • Types of fuels and technologies used in power plants
  • The role of power plants in meeting the electricity grid's needs

• Core Systems in Power Plants

  • The main components of power plants
  • Basic processes for generating electricity from various sources
  • The mechanism of converting thermal or mechanical energy into electrical energy

• The Lifecycle of Power Plants

  • Stages of planning, design, and construction
  • Stages of operation and maintenance
  • Upgrading plants and improving their performance throughout their lifecycle

• Basic Concepts in Power Plant Management

  • Effectively managing operational processes
  • Improving technical performance and reducing operational costs
  • Managing technical risks in power plants

• Importance of Organizational Structure in Power Plants

  • Designing an integrated organizational structure to enhance efficiency
  • Defining tasks and responsibilities for each department within the plant
  • Coordinating between technical and administrative teams to achieve plant goals

• Principles of Effective Leadership in Technical Work Environments

  • Developing leadership skills in complex technical areas
  • Motivating teams and fostering collaboration between departments
  • Applying leadership strategies to ensure successful operational processes

• Monitoring and Maintaining Key Equipment

  • Tools and techniques for performance monitoring to ensure continuity of operations
  • The importance of preventive maintenance and effective scheduling
  • Strategies for regular equipment inspection to ensure operational efficiency

• Controlling Efficiency and Production Capacity

  • Methods for measuring and analyzing operational efficiency
  • Techniques for improving productivity and reducing waste
  • Strategies for maintaining stable production capacity in the plant

• Time and Resource Management in Power Plants

  • Planning schedules to ensure efficiency
  • Optimally managing human and technical resources
  • Effective techniques for improving the use of time and available resources

• Energy Consumption Rationalization Strategies

  • Effective techniques to improve energy consumption efficiency
  • Promoting sustainability in power plants
  • Prioritizing energy conservation and reducing waste

• Achieving Sustainability in Power Plants Using Modern Technology

  • The role of technological innovations in improving performance efficiency
  • Using smart systems in plants to improve output
  • The impact of modern technology on reducing costs and enhancing productivity

• Performance Analysis and Production Reports

  • How to analyze key performance indicators (KPIs)
  • Using data analysis tools to improve performance
  • Leveraging reports to make strategic decisions

• Technical Risk Management Strategies

  • Identifying potential technical risks in power plants
  • Advanced methods for minimizing breakdowns and ensuring operational continuity
  • Developing a comprehensive plan to manage technical risks

• Organizing the Work Environment and Ensuring Employee Safety

  • Applying international safety standards in power plants
  • Improving the work environment to minimize risks
  • Implementing specialized safety training programs

• Dealing with Accidents and Emergencies in Power Plants

  • Preparing a comprehensive emergency plan for evacuation and handling accidents
  • Preventive measures to avoid accidents
  • Promoting a safety culture among employees

• Financial Planning and Budgeting in Power Plants

  • Techniques for preparing operational budgets efficiently
  • Planning expenses and revenues to ensure the sustainability of the plant
  • Using financial tools to manage costs

• Cost Control Techniques and Setting Priorities

  • Strategies for reducing operational costs without affecting quality
  • How to prioritize spending according to plant needs
  • Analyzing returns against expenses to ensure economic efficiency

• Using Software in Cost Management

  • Applying digital financial systems to monitor costs
  • Leveraging software tools to facilitate budget monitoring
  • The benefits of automation in reducing operational costs

• Types of Maintenance in Power Plants

  • The difference between preventive and corrective maintenance
  • The importance of regular maintenance to keep equipment functional and efficient
  • The economic benefits of periodic maintenance

• Effective Maintenance Scheduling

  • Strategies for determining the optimal maintenance schedule
  • Using technology in planning and organizing maintenance schedules
  • Managing maintenance across multiple environments to ensure operational continuity

• Managing Maintenance Teams and Effective Communication

  • Strategies for effectively managing maintenance teams
  • Enhancing collaboration between maintenance and operations teams
  • Techniques for improving internal coordination to speed up fault response times

• Technological Developments in Power Plants

  • Recent innovations in renewable energy and performance efficiency
  • The role of artificial intelligence and smart systems in process management
  • The impact of modern technologies on reducing costs and improving performance

• Future Challenges in the Energy Sector

  • The impact of environmental changes on the energy industry
  • Expanding the use of renewable energy sources
  • Adapting to the growing demand for energy and supply challenges

• How to Adapt to Global Transitions in the Energy Industry

  • Strategies for adapting to global energy policies
  • Engaging with new legal frameworks related to energy
  • Coping with economic shifts in the global energy markets