With a background in marine systems engineering, mechanical design, and project management, Phil has successfully led a diverse range of projects that intersect both traditional marine engineering and the growing renewable energy sector.

His work includes designing and implementing cutting-edge renewable energy solutions for vessels, focusing on hybrid and electric propulsion systems, renewable energy integration, and sustainable vessel design. Phil has been instrumental in developing projects such as wind farm support vessels, methanol-powered vessels, and hybrid-powered marine crafts, contributing to the global push toward greener, more sustainable maritime solutions.

Key Renewable Sector Skills:

Renewable Energy Systems: Expertise in designing and integrating hybrid propulsion systems, electric propulsion, and renewable energy solutions into marine vessels, ensuring compliance with evolving environmental regulations.

Sustainable Design: Leading the development of energy-efficient vessels, optimizing systems for reduced emissions and improved fuel economy in line with ISO 9001 certification and other sustainability standards.

Collaboration with Industry Leaders: Working closely with shipyards, suppliers, and clients to deliver renewable energy-focused marine solutions while maintaining rigorous standards for safety, quality, and regulatory compliance.

Project Management: Overseeing the successful planning, scheduling, and execution of renewable-focused marine projects, managing resources, budgets, and technical risks while driving continuous improvement across teams.