Cyril Holyst

Cyril Holyst currently serves as the Project Engineering Manager for EPCI Execution at TechnipFMC, where he plays a pivotal role in delivering complex offshore projects within the company's New Energy division. His expertise spans across offshore floating renewable energy, greenhouse gas removal, and hydrogen, positioning him at the forefront of the energy transition. In this capacity, Cyril oversees the end-to-end engineering delivery of high-profile projects such as the Pyxis iEPCI initiative, which involves the execution of a significant EPCI project with a focus on innovative technology integration. His responsibilities include managing detailed design, ensuring seamless coordination across multidisciplinary teams, and driving project schedules to meet stringent safety and quality standards.

Cyril's extensive 17-year background in the energy sector encompasses a broad spectrum of technical and managerial skills, including feasibility studies, concept development, front-end engineering design (FEED), and subsea engineering. He has a proven track record in executing EPCIC tenders, engineering studies, and business development activities, often engaging early with clients to align project objectives with technological advancements. His expertise in new technology feasibility assessments—particularly in carbon capture and storage (CCS), offshore wind, hydrogen, and renewable energy—enables him to evaluate innovative solutions that enhance project viability and sustainability.

Within the Pyxis iEPCI project, Cyril has been instrumental in implementing the first commercial application of the Smooth Carcass technology, demonstrating his ability to lead pioneering initiatives in offshore renewable energy. His comprehensive skill set in project management, scheduling, and design review ensures that projects are delivered efficiently, safely, and in line with industry best practices. Cyril’s strategic approach and technical acumen continue to contribute significantly to TechnipFMC’s leadership in the evolving energy landscape.