Ali Marzooq

Performing high-resolution large eddy simulations with volume of fluid method and adaptive mesh refinement to study primary breakup of high viscosity fuels
Validating interface dynamics and droplet statistics against in-house experiments and optimizing injector/operating parameters for improved atomization fidelity

Contribute to the transportation and installation of CO2 cooling plants at CMS underground Experimental cavern
Conduct dynamic simulations of CO2 safety relief valves to inform strategic valve selection, enhancing system safety and reliability
Executed risk assessments for various CO2 installations to identify and mitigate potential hazards
Simulate CO2 single/two-phase mass flow rates for Computational Fluid Dynamics (CFD) simulations
Develop 3D models for the routing of control and power cable trays for the CO2 cooling system

Contributed to computational fluid dynamics research using OpenFOAM
Teaching assistant for Fluid Mechanics and Thermodynamics courses within the Mechanical Engineering Bachelor's Program

Conducted a study on the transportation and installation of CO2 cooling plants 100 meters underground at the CMS Service Cavern
Conducted dynamic simulations for the 2-Phase Accumulator Controlled Loop (2PACL) CO2 Cooling System to study its behavior under different conditions
Conducted a feasibility study for the installation of an 11-meter long co-axial pipe between the underground service and experimental cavern at CMS, including pipe and support structures FEA, design of pipe insertion mechanism, and complex crane manipulations
Conducted risk assessments for multiple CO2 systems, including the study of system and environment parameters, calculation of leaked CO2 release rate and concentration development over time, evacuation times, risk mitigation, and limitation measures
Implemented CO2 2-Phase Mass Flow models to analyze the release of CO2 in case of leakages
Studied the evacuation routes at CMS experimental cavern and proposed enhancements to improve safety
Followed up on the commissioning actions of the upgraded high expansion foam system designed to flood the CMS cavern with expansive foam in case of major fire

Managed buildings' operations in Salmaniya Telephone House, Salmaniya Telegraph House, Batelco Commercial Center, Batelco Diplomat Building
Supervised Batelco Commercial Center Building Management System (BMS) installation and commissioning project
Implemented energy saving strategies to cut cost in water and electricity consumption

Managing seven facilities mechanical, electrical and plumbing resources while focusing on enhancing customers' experience
Leading day to day operation and implementing preventive and predictive maintenance plans to prolong equipment life cycle and to reduce OPEX & CAPEX
Planning and executing various projects such as chiller replacements, pipeline modifications, and valves replacements