ICTQual AB Level 6 International Diploma

Renewable Energy

Awarding Body

ICTQual AB

Credits

360 Credits

Course

Oil and Gas

study mode

Online Learning

Course overview

The ICTQual AB Level 6 International Diploma in Renewable Energy is designed for energy professionals, engineers, technicians, and sustainability practitioners seeking advanced knowledge and practical expertise in renewable energy systems. The programme provides a comprehensive understanding of key renewable technologies, including solar, wind, hydro, biomass, and energy storage systems. Learners gain in-depth knowledge aligned with international standards, policies, and best practices supporting the global transition to clean and sustainable energy.

Throughout the course, learners develop advanced technical, analytical, and project-based skills essential for renewable energy development and operations. Core areas of study include renewable energy system design, power generation technologies, grid integration, energy efficiency, environmental impact assessment, and health and safety management. Strong emphasis is placed on performance optimization, risk assessment, and sustainable energy planning. Through applied learning and real-world case studies, learners enhance their ability to evaluate renewable resources, manage installations, and support low-carbon energy solutions.

This diploma is ideal for renewable energy engineers, project managers, technicians, policy advisors, and energy consultants seeking career advancement in the clean energy sector. Graduates gain the competence to support renewable energy projects, contribute to sustainable energy strategies, collaborate with multidisciplinary teams, and ensure compliance with environmental and regulatory requirements. The Level 6 qualification also supports progression to senior technical roles, professional certifications, and further academic study within the global renewable and sustainable energy industries.

ICTQual AB

Approved Training centre of ICTQual AB

Centre # : ATC24001

Entry Requirments

Entry Requirements for the ICTQual AB Level 6 International Diploma in Renewable Energy:

  • Educational Qualifications:A Level 5 qualification or equivalent in engineering, energy, environmental science, or a related technical discipline.
  • Professional Experience:Relevant experience in renewable energy projects, sustainability, or power systems is advantageous but not mandatory.
  • English Language Proficiency:Since the program is delivered in English, learners must show competence in reading, writing, and communication.

Course structure

ICTQual AB Level 6 International Diploma in Renewable Energy in Personal Protective Equipment qualification consists of 36 mandatory units.

Year 1 – Foundation in Renewable Energy

  1. Principles of Renewable Energy Systems
  2. Introduction to Sustainable Energy Technologies
  3. Solar Energy Fundamentals
  4. Wind Energy Basics and Applications
  5. Hydroelectric Power Principles
  6. Biomass and Bioenergy Fundamentals
  7. Energy Conversion and Storage Basics
  8. Electrical and Mechanical Principles for Decarbonised Energy
  9. Health, Safety, and Environmental Awareness
  10. Laboratory Techniques in Renewable Energy
  11. Technical Report Writing
  12. Introduction to Renewable Energy Simulation Software

Year 2 – Intermediate Renewable Energy

  1. Advanced Solar Photovoltaic Systems
  2. Wind Turbine Design and Operations
  3. Hydropower Plant Design and Management
  4. Biomass Conversion and Biofuel Production
  5. Energy Storage Systems and Technologies
  6. Smart Grids and Energy Distribution
  7. Process Control and Automation in Renewable Energy
  8. Energy Efficiency and Management Strategies
  9. Environmental Impact Assessment and Sustainability
  10. Quality Control and Assurance in Energy Systems
  11. Project Planning and Technical Communication
  12. Data Analysis for Renewable Energy Projects

Year 3 – Advanced Renewable Energy

  1. Advanced Energy Systems Optimisation and Troubleshooting
  2. Energy Project Management
  3. Emerging Technologies in Solar and Wind Energy
  4. Advanced Energy Storage and Battery Technologies
  5. Smart Grid Integration and Management
  6. Sustainability and Cleaner Energy Practices
  7. Risk Assessment and Hazard Analysis in Energy Projects
  8. Advanced Laboratory Techniques and Field Testing
  9. Supply Chain and Logistics in Renewable Energy
  10. Capstone Project in Future Energy Technologies
  11. Professional Development and Leadership in Energy
  12. Strategic Decision-Making in Renewable Energy Operations

What You Will Gain

Year 1 – Foundation in Renewable Energy

Principles of Renewable Energy Systems

  • Understand fundamental concepts of renewable energy.
  • Identify types of renewable energy systems.
  • Apply basic energy conversion principles.

Introduction to Sustainable Energy Technologies

  • Recognize various sustainable energy technologies.
  • Understand global energy transition trends.
  • Assess benefits and challenges of renewable energy adoption.

Solar Energy Fundamentals

  • Understand solar radiation and photovoltaic principles.
  • Apply basic solar energy system design.
  • Evaluate efficiency and performance metrics.

Wind Energy Basics and Applications

  • Identify wind energy principles and turbine types.
  • Understand wind resource assessment.
  • Evaluate suitability of wind energy projects.

Hydroelectric Power Principles

  • Understand hydropower generation processes.
  • Analyze water flow and turbine efficiency.
  • Apply basic design considerations for small and large-scale projects.

Biomass and Bioenergy Fundamentals

  • Understand sources and types of biomass energy.
  • Apply basic biomass conversion methods.
  • Evaluate sustainability of bioenergy projects.

Energy Conversion and Storage Basics

  • Understand energy conversion processes.
  • Analyze energy storage technologies.
  • Recognize efficiency and performance factors.

Electrical and Mechanical Principles for Decarbonised Energy

  • Apply electrical and mechanical principles in energy systems.
  • Analyze mechanical and electrical components of renewable plants.
  • Ensure safe and efficient system operation.

Health, Safety, and Environmental Awareness

  • Apply safety protocols in energy projects.
  • Assess environmental impacts.
  • Promote sustainability and responsible practices.

Laboratory Techniques in Renewable Energy

  • Conduct experiments and tests on renewable energy systems.
  • Ensure accuracy and safety in laboratory work.
  • Interpret and apply lab results to operational scenarios.

Technical Report Writing

  • Prepare professional technical and operational reports.
  • Communicate renewable energy data effectively.
  • Apply reporting standards and documentation practices.

Introduction to Renewable Energy Simulation Software

  1. Use basic simulation tools for energy system modeling.
  2. Evaluate performance of renewable energy projects.
  3. Optimize energy systems using digital tools.

Year 2 – Intermediate Renewable Energy

Advanced Solar Photovoltaic Systems

  • Design and analyze advanced PV systems.
  • Optimize solar energy production.
  • Troubleshoot PV system performance issues.

Wind Turbine Design and Operations

  • Apply advanced wind turbine design principles.
  • Understand operational and maintenance requirements.
  • Evaluate turbine performance and efficiency.

Hydropower Plant Design and Management

  • Plan and design hydropower plants.
  • Manage operational and maintenance processes.
  • Assess environmental and social impacts.

Biomass Conversion and Biofuel Production

  • Apply conversion technologies for bioenergy production.
  • Optimize biofuel processes.
  • Evaluate energy efficiency and environmental sustainability.

Energy Storage Systems and Technologies

  • Understand battery and alternative energy storage methods.
  • Optimize storage for energy stability.
  • Evaluate system performance and lifecycle.

Smart Grids and Energy Distribution

  • Apply smart grid technologies for efficient energy distribution.
  • Integrate renewable energy into grid networks.
  • Monitor and optimize grid performance.

Process Control and Automation in Renewable Energy

  • Implement automation strategies in renewable energy systems.
  • Monitor performance and safety through control systems.
  • Optimize system operations using digital solutions.

Energy Efficiency and Management Strategies

  • Apply energy efficiency techniques in renewable systems.
  • Reduce operational costs and environmental impact.
  • Implement sustainable management practices.

Environmental Impact Assessment and Sustainability

  • Conduct environmental assessments for projects.
  • Apply sustainability principles in renewable energy.
  • Ensure compliance with environmental regulations.

Quality Control and Assurance in Energy Systems

  • Apply QA/QC practices in renewable energy projects.
  • Monitor system performance and reliability.
  • Ensure compliance with international standards.

Project Planning and Technical Communication

  • Develop detailed project plans.
  • Communicate technical concepts effectively.
  • Collaborate efficiently with stakeholders.

Data Analysis for Renewable Energy Projects

  1. Analyze operational and environmental data.
  2. Apply insights to optimize project outcomes.
  3. Support decision-making using analytical methods.

Year 3 – Advanced Renewable Energy

Advanced Energy Systems Optimisation and Troubleshooting

  • Optimize multi-source energy systems.
  • Troubleshoot operational issues.
  • Improve energy production and reliability.

Energy Project Management

  • Apply project management methodologies.
  • Develop timelines, budgets, and resource plans.
  • Monitor project execution and performance.

Emerging Technologies in Solar and Wind Energy

  • Explore latest innovations in renewable energy.
  • Evaluate new technologies for implementation.
  • Assess feasibility and sustainability of emerging solutions.

Advanced Energy Storage and Battery Technologies

  • Apply advanced storage solutions for energy stability.
  • Optimize battery and alternative storage systems.
  • Evaluate performance and lifecycle management.

Smart Grid Integration and Management

  • Integrate renewable systems into smart grids.
  • Monitor and manage energy distribution.
  • Enhance grid stability and efficiency.

Sustainability and Cleaner Energy Practices

  • Apply cleaner energy technologies.
  • Develop sustainable operational strategies.
  • Promote carbon reduction initiatives.

Risk Assessment and Hazard Analysis in Energy Projects

  • Conduct detailed risk assessment for energy projects.
  • Develop mitigation and emergency response plans.
  • Ensure safe and compliant operations.

Advanced Laboratory Techniques and Field Testing

  • Conduct advanced testing of energy systems.
  • Apply field data to optimize operations.
  • Maintain safety and quality in testing procedures.

Supply Chain and Logistics in Renewable Energy

  • Optimize energy project supply chains.
  • Manage logistics of equipment and materials.
  • Improve operational efficiency and reduce costs.

Capstone Project in Future Energy Technologies

  • Integrate knowledge into a practical project.
  • Apply technical and management skills to real-world challenges.
  • Demonstrate professional competence.

Professional Development and Leadership in Energy

  • Develop leadership and management skills.
  • Plan career growth in renewable energy sectors.
  • Foster teamwork and collaboration.

Strategic Decision-Making in Renewable Energy Operations

  1. Apply strategic frameworks in energy management.
  2. Make informed operational and managerial decisions.
  3. Lead renewable energy teams and projects effectively.

Want to know more?

This course is ideal for engineers, energy professionals, technicians, project managers, sustainability consultants, and anyone seeking career growth in the renewable and sustainable energy sector.

Learners develop skills in renewable energy system design, project management, grid integration, energy efficiency, environmental impact assessment, and sustainable energy planning.

Yes, the qualification aligns with international standards, supporting global career opportunities and professional recognition in the renewable energy industry.

Yes, the programme emphasizes environmental regulations, sustainability standards, and health and safety practices essential for renewable energy operations.

Yes, the course uses applied learning, case studies, and flexible study approaches to accommodate working professionals.

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