CFD Specialist · Naval Architect & Marine Engineer
Dynamic researcher with a strong academic background
in Naval Architecture and Marine Engineering (PhD, MSc, BSc)
and extensive international experience in high-fidelity CFD and multiphysics modelling.
I have contributed to major EU Horizon2020 and Innovate UK programmes,
applying advanced CFD simulation and digital-twin methods to complex fluid-mechanics problems.
I was awarded the prestigious Global Talent Visa
by the Royal Academy of Engineering in recognition of my contributions
to the field of fluid mechanics.
I currently serve as Chief Technology Officer at Econavis Solutions,
an R&D company developing sustainable propulsion and zero-emission marine technologies.
Alongside this role, my academic background includes appointments as
Research Associate at the University of Strathclyde,
Lecturer and Research Assistant at Yildiz Technical University.
Through projects such as the EU Horizon 2020 TrAM initiative and
the Innovate UK Eco Boss Cap programme, I have contributed to the design of
digital-twin frameworks and advanced propulsion concepts supporting the transition to net-zero transport.
Thesis: “Numerical investigation of maneuvering performance of monohull and multihull marine vessels”
Thesis: “Investigation of the turning performance of a surface combatant with URANS”
First-class honours; dissertation on “45m Displacement Type Motor Yacht Design”.
Leading R&D phase of the Eco Boss Cap project.
Leading the CFD simulations for the Eco Boss Cap project.
Leading the hydrodynamic performance evaluation and form optimisation of an AUV submersible.
Evaluating hydrodynamic performance of a fully electric driven catamaran ferry.
Contributing to the departmental teaching and research activities.
Contributing to the departmental teaching and research activities.
Innovate UK – Eco Boss Cap Design for Marine Propulsion Systems” project funded by the ICURe programme, Innovate UK
Horizon 2020 – Transport Advance and Modular Ship Design (TrAM)” project funded by the European Union’s Horizon 2020 Research and Innovation Programme under grant agreement No. 769303
Development of a 6-DoF Manoeuvring Mathematical Model for a Multipurpose Surface Ship
Scientific Project, Istanbul Technical University
Commercial Project, Dearsan Shipyard
Email: duman.suleyman(at)outlook.com
I’m always open to collaboration, research discussions, or just a chat about fluid dynamics.
Please contact me: duman.suleyman(at)outlook.com