Moustafa Shahib
Mechanical Engineer
Abu Dhabi
Summary of Career
1. • Applied expertise in fluid mechanics to understand and analyze complex fluid flow phenomena while conducting research.
2. • Employed Ansys Fluent to set up and run CFD simulations for fluid flow analysis as well as fluid-structure interaction (FSI).
3. • Utilized SolidWorks and Design Modeler to create detailed 3D models and designs for mechanical projects.
4. • Evaluated and interpreted simulation results to draw meaningful conclusions and make recommendations for design improvements and future work.
5. • Created comprehensive documentation for CAD designs, simulation setups, and analysis results as part of my yearly review of the interdisciplinary research.
6. • Actively engaging in the preliminary design, selecting pumps, designing pipe fixtures, fittings, and lifting stations.
7. • Selected pumps and designed the A/C system for the pump room, AHU, and Water chiller plant using E20-11.
8. • Implemented and selected pumps from the approved vendor list and proposed both proactive and reactive odor control measures.
9. • Building connections and excelling within a multi-disciplinary professional work atmosphere.
10. • Support and Mentor younger collogues within the same team and department.
Experience as Mechanical Engineer Intern
Dorsch Holding GmbH, Abudhabi
01 June 2018
22 August 2018
• Actively engaging in the preliminary design, selecting pumps, designing pipe fixtures, fittings, and lifting stations.
• Selected pumps and designed the A/C system for the pump room, AHU, and Water chiller plant using E20-11.
• Implemented and selected pumps from the approved vendor list and proposed both proactive and reactive odor control measures.
Experience as Research Engineer and CFD analyst/ Research Assistant
University of Nottingham, Malaysia Campus
10 February 2020
14 February 2023
• Applied expertise in fluid mechanics to understand and analyze complex fluid flow phenomena while conducting research.
• Employed Ansys Fluent to set up and run CFD simulations for fluid flow analysis as well as fluid-structure interaction (FSI).
• Utilized SolidWorks and Design Modeler to create detailed 3D models and designs for mechanical projects.
• Evaluated and interpreted simulation results to draw meaningful conclusions and make recommendations for design improvements and future work.
• Created comprehensive documentation for CAD designs, simulation setups, and analysis results as part of my yearly review of the interdisciplinary research.
Master 16 July 2019
Master in Engineering (MEng) in Mechanical Engineer with Hons. from the University of Nottingham. Second class, Division one. 2:1 3.7 out of 4.0 GPA. A 4 years degree.Intermediate 15 July 2015
Foundation in Engineering. Upper Class. University of Nottingham. 4.0 GPA a one year foundation degree.