Saheed Shittu Email & Phone Number

Bristol, Gb

• Developed an in-house fatigue analysis tool using Python code that integrates seamlessly with Orcaflex (commercial simulation tool), streamlining workflow and enhancing efficiency.• Evaluated the integration of Load Reduction Device into an offshore floating system through numerical analysis• Conducted hydrodynamic and structural analysis on Inclined Taut and catenary mooring system for deployment in East China Sea for Shimizu Corporation, Japan• Validated numerical modelling through prototype tank testing• Prepared detailed engineering drawings of mechanical components in both 2D and 3D formats to support technical production processes• Formulated a numerical methodology to evaluate the performance of Load Reduction Device integrated into mooring systems

Greater Manchester, England, United Kingdom

• Developed and applied User Defined Function (UDF) and subroutines for implementation of dynamic mesh in fluid-solid interaction to manage heat exchanger piping• Executed hydrodynamic analysis on offshore structures to ascertain their structural stability and integrity• Performed CFD analysis emphasising developing high-fidelity numerical models that capture complex flow phenomena such as turbulence, viscous effects, and buoyancy-driven flows.• Conducted critical analysis on vortex-induced vibration of flexible pipe in steady and unsteady flow using dynamic and overset mesh• Optimised the design of mechanical structures through finite element analysis modelling to predict stresses and strain in the structures • Facilitated and coordinated undergraduate laboratory and computer-aided engineering and Multiphysics sessions in engineering courses

United Kingdom

• Collaborated closely with project teams to understand requirements and develop optimisation procedures for offshore wind farm life cycle• Developed and implemented CFD models for various projects including the design of a new offshore platform, optimization of existing platforms, and development of subsea structures to improve safety and reliability• Investigated the effect of vortex-induced vibration on structural integrity of marine pipelines• Developed a cost-effective numerical method for fatigue analysis of free-spanning pipelines that save intervention cost by 30%

Kwara, Nigeria

• Ensured the efficient delivery of teaching programmes, simulation and experimentation• Researched, taught, assessed and supervised undergraduate in mechanical engineering courses• Reviewed course curriculum for development of structured learning• Counselled and managed year 1 students of class size 40

Lagos, Nigeria

• Designed and implemented plan for building and structural engineering project • Coordinated the activities of workers on site to ensure timely completion of project• Managed and supervised procurement, deliverables and quality of work on site

Lagos, Nigeria

• Led and coordinated routine maintenance of milling equipment which contributed to overall 10% increase in productivity from previous year and lowest equipment breakdown in 3 years • Delivered on plant uptime and maintenance KPI’s through planned, preventative & predictive maintenance• Managed the documentation of maintenance task according to quality management system• Improved on machine performance monitoring that to ascertain machines were reliable and available for production at all time

Port Harcourt, Rivers

• Supported field engineers in carrying out maintenance of surface and downhole data acquisition equipment resulting in overall quality service to the client with 100% success rate on the field• Performed technical calculations required for selecting suitable equipment for jobs• Assisted in pressure testing of equipment and piping to ascertain structural integrity prior to job execution with no record of equipment failure on the field• Catalogued well data and technical documents before and after job execution which provided client with easy interpretation of Well performance and productivity

Doctor Of Philosophy - Phd, Mechanical Engineering

Numerical Simulation of Vortex-Induced Vibration of Free Spanning Underwater Pipeline close to the Seabed

Msc Offshore And Ocean Technology, Applied Science

Modules: Computational Fluid Dynamics, Engineering Stress Analysis – Theory and Simulation, Structural Integrity, Design of Offshore.

Bachelor'S Degree, Mechanical Engineering