Structural Dynamics & Control
Dynamic structural response, reduced-order modelling, control development and full-order transient simulation.
Structural dynamics and active vibration control of offshore structures.
My doctoral research focuses on the dynamic response and active vibration control of jacket-supported offshore wind turbines, combining reduced-order modelling, finite-element analysis and a partitioned coupled simulation framework.
Explore researchFrom structural engineering practice to computational research.
My background combines civil engineering and practical experience in structural design and site supervision in the Dominican Republic with graduate studies in mechanical engineering and computational mechanics in France.
About my pathResearch focus
Offshore Structures
Jacket-supported offshore wind turbines, environmental loading and wave–structure interaction.
Computational Engineering
Finite-element modelling, partitioned coupled simulation, automation, fatigue and reliability-oriented workflows, and surrogate modelling.
Scientific Communication
Conference presentations and scientific contributions related to my research.
2026 · Oral presentation · Presented
Vibration attenuation in offshore wind turbines with jacket-type foundation using an active rotary damper with eccentric masses
8th European Conference on Structural Control (ECSC 2026) · Lyon, France
Contact
Open to academic collaboration and research exchange in structural dynamics, computational mechanics and offshore structures.