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An Intensive Professional
Development Training Course on

Marine Renewable Energy

Strategies, Technologies, and Planning for Sustainable Ocean-Based Power

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Why Choose Us

The Marine Renewable Energy Course gives energy, environmental, and project professionals a structured, comprehensive understanding of the full spectrum of marine renewable energy technologies — from offshore wind and wave and tidal energy, through Ocean Thermal Energy Conversion and salinity gradient power, to project development, regulatory frameworks, and stakeholder engagement.

The oceans represent one of the most significant untapped energy resources on the planet. As the global transition to clean energy accelerates, marine renewable energy is moving rapidly from experimental technology to commercial reality — creating a growing need for professionals who understand how these technologies work, how projects are developed, and how environmental and community considerations are managed.

This course addresses that need directly. Delegates develop a clear, technically grounded understanding of each marine energy technology, the site assessment and feasibility tools used to evaluate projects, the environmental impacts and mitigation strategies involved, and the regulatory and financing frameworks that govern marine renewable energy development.

The Marine Renewable Energy Training is built for professionals who want to contribute meaningfully to the clean energy transition with the technical knowledge and project development capability to do so.

Why Choose Marine Renewable Energy
Course Goals

What are the Goals?

The Marine Renewable Energy Course is designed to develop a thorough, practically applicable understanding of marine renewable energy technologies, project development processes, environmental management, and stakeholder engagement equipping delegates to contribute effectively to marine energy projects and policy.

By the end of this course, participants will be able to:

  • Explain the range of marine renewable energy sources, their potential, and their role in the clean energy transition
  • Evaluate the environmental, economic, and social benefits of marine renewable energy development
  • Describe the principles and technologies of offshore wind energy and assess site, planning, and design considerations
  • Apply environmental impact assessment and mitigation approaches to offshore wind farm development
  • Explain the principles and technologies of wave and tidal energy and assess their resource potential and feasibility
  • Evaluate environmental considerations and mitigation strategies specific to wave and tidal energy projects
  • Understand the principles of Ocean Thermal Energy Conversion and salinity gradient energy and assess their feasibility and challenges
  • Apply project feasibility assessment frameworks to marine renewable energy development decisions
  • Navigate permitting processes, regulatory frameworks, and financing considerations for marine energy projects
  • Develop and apply stakeholder engagement strategies that build community involvement and public acceptance

Who is this Training Course for?

The Marine Renewable Energy Training is designed for energy, environmental, project, and policy professionals who work in or are moving toward the marine renewable energy sector — and who want a structured, comprehensive understanding of how marine energy technologies are developed, managed, and deployed.

This course is suitable for:

  • Energy engineers and project developers working on offshore wind, wave, tidal, or OTEC projects
  • Environmental managers and consultants assessing and mitigating the environmental impacts of marine energy development
  • Renewable energy professionals expanding their expertise from onshore to marine and offshore technologies
  • Government and regulatory officials involved in marine energy policy, permitting, and governance frameworks
  • Finance and investment professionals evaluating marine renewable energy project feasibility and risk
  • Marine planners and coastal management professionals working within marine spatial planning frameworks
  • NGO and sustainability professionals engaged in clean energy advocacy and marine environmental protection
  • Graduate engineers and environmental scientists building a structured foundation in marine renewable energy
Learning Approach

How will this Training Course be Presented?

The Marine Renewable Energy Course is delivered through a structured, technology-by-technology learning approach that progresses from marine energy fundamentals through to individual technology deep-dives, feasibility assessment, and project development practice. Each day focuses on a distinct marine energy domain — building a complete and connected picture of the full marine renewable energy landscape.

Case examples, feasibility assessment exercises, and stakeholder engagement discussions are integrated throughout — ensuring delegates can connect technical knowledge to the practical realities of marine energy project development.

Delivery methods include:

  • Instructor-led sessions covering marine energy technology principles, environmental considerations, and clean energy transition context
  • Offshore wind technology workshops examining site assessment, planning, design, and environmental impact management
  • Wave and tidal energy sessions covering resource assessment, feasibility evaluation, and environmental mitigation strategies
  • Financing and investment discussions examining how marine energy projects are structured and funded
  • Stakeholder engagement workshops developing practical strategies for community involvement and public acceptance

The Course Content

Introduction to Marine Renewable Energy

  • Overview of marine renewable energy sources and their potential
  • Understanding the role of marine renewable energy in the transition to clean energy
  • Environmental, economic, and social benefits of marine renewable energy

Marine Wind Energy

  • Principles and technologies of offshore wind energy
  • Site assessment, planning, and design considerations for offshore wind farms
  • Environmental impacts and mitigation measures in offshore wind energy development

Marine Wave and Tidal Energy

  • Principles and technologies of wave and tidal energy
  • Assessing the resource potential and feasibility of wave and tidal energy projects
  • Environmental considerations and mitigation strategies in wave and tidal energy development

Ocean Thermal Energy Conversion (OTEC) and Salinity Gradient Energy

  • Principles and technologies of ocean thermal energy conversion
  • Harnessing salinity gradient energy for power generation
  • Feasibility assessment and challenges in OTEC and salinity gradient energy projects

Project Development and Stakeholder Engagement

  • Assessing the feasibility and potential of marine renewable energy projects
  • Permitting, regulatory frameworks, and financing considerations
  • Stakeholder engagement, community involvement, and public acceptance
Recognition

Certificate

  • • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.
Collaborations

In Partnership With

Coventry