Ing Syed Muhammad Hassan Khalid

• Model multiphase flow via ANSYS and phase change to quantify dry ice formation and evaporation in the tank. • Optimize temperature, pressure, and flow conditions for maximum dry ice yield. • Study and Evaluate different nozzle designs to enhance dry ice production efficiency.

• Conducted literature review on drag & heat transfer models for non-spherical biochar & ash particles. • Applied models in reactingParcelFoam with multi-cloud fields under hot gas and two-way coupling in OF8. • Created an LES-optimized hybrid mesh for a cyclone separator using ANSYS ICEM. • Executed thermal flow simulations in a cyclone separator under high-temperature conditions. • Managed the entire project colloquium, technical reporting, and IT coordination independently.

• Performed literature review on Eulerian Models of fluidized bed applications such as agglomeration. • Used ANSYS Fluent to optimize and assess base plate and outlet tube effects on bed mass. • Validated symmetrical models, achieved percentage errors of 6.57% without a nozzle and 5.08% with a • Utilized moving averages by Python to analyze time series for identifying steady and transient data. • Collaborated with team during experimentation.

• Conducted Literature review on Savonius • wind turbine designs and performance metrics. • Utilized Solid works to design and evaluate performance parameters such as 'coefficient of power, torque coefficient & analyzed the effects of blade number & aspect ratio on turbine efficiency'. • Performed ANSYS simulations to analyze lift, drag & pressure • distribution, Using k-ε and LES turbulence. • Handled project reporting, lab equipment, and supervised students on safety standards.

• Received CNC training for optimizing aircraft component assembly. • Participated in surface treatment techniques such as anodizing, chromating and plasma spray. • Participated in quality control procedures for aircraft canopy fabrication.

• Participated in using wax injection techniques, slurry silica coating, polishing in workshops. • Performed metallography analysis, utilizing on mounting, polishing, and etching processes.

• Participated in Refurbishment of equipment & pumps in Mechanical workshop. • Performed helium bombing leak tests on sealed components. • Received training in utilizing Variable Frequency Drives (VFD) for pump analysis.

Master Thesis Thesis Title: CFD Simulation of Particle Movement in a Single-Stage Continuous Fluidized Bed with Newly Designed Center Outflow Tube

Final Year Project Title: Design and Fabrication of pedal powered Wheat Grinding and Kneading Machine.