CV Information
MOHD SHARIZAL BIN ABDUL AZIZ PROFESOR MADYA TS. DR. MOHD SHARIZAL BIN ABDUL AZIZ
Start Year, Student Name, Category, Mode, Thesis Title, Supervisor Type
1 2024, WONG YONG JIE, PHD, RESEARCH - FULL TIME, Thermal Fluid-Structure Interaction Analysis on the 3D Cu-Cu Stacked Die in Advanced Packaging Technology, MAIN SUPERVISOR
2 2024, SINAN ABDULGHAFFAR ALI AL BAQIR, PHD, RESEARCH - FULL TIME, Optimization of Chilled Ceiling Systems for Enhanced Thermal Comfort and Energy Efficiency Utilizing Computational Fluid Dynamics, MAIN SUPERVISOR
3 2024, AINNUR HANIM BINTI OTHMAN, PHD, RESEARCH - FULL TIME, Fluid Structure Interaction (FSI) Analysis of The Effect of Die Thickness and Aspect Ratio of Stacked Chip in Wafer Mold Encapsulation Process, CO-SUPERVISOR
4 2023, MOHAMMED AHMED BAFETO, PHD, RESEARCH - FULL TIME, A Feasibility Study and Effective Analysis of Kiri Lake, Nigeria for Water Resources Activities., CO-SUPERVISOR
5 2023, ALMA'ASFA SUHAIB IBRAHIM MOHAMMAD, PHD, RESEARCH - FULL TIME, Investigation of Waste Energy Harvesting Using Organic Rankine Cycle., MAIN SUPERVISOR
6 2023, AL-SHNYNAT NIDAL AHMED SULEIMAN, PHD, RESEARCH - FULL TIME, Implementation of Floating Bifacial Photovoltaic Technology to Mitigates Several Challenges Facing Mujib Dam., MAIN SUPERVISOR
7 2022, ALENEZI MOHAMMAD F KH A, PHD, RESEARCH - FULL TIME, Integrating a Stirling Cycle to Improve a Combustion Engine's Cooling System., MAIN SUPERVISOR
8 2022, LIU JUNCHEN, PHD, RESEARCH - FULL TIME, Structural Integrity Study on Hot Stamping of Sheet Metal and its Damage Mechanism., CO-SUPERVISOR
9 2021, NUR AZWA BINTI MUHAMAD BASHAR, PHD, RESEARCH - FULL TIME, Evaluation Of Flow-Induced Vibrations On The Integrity Of The Dam Structure Using Fluid-Structure Interaction Analysis, CO-SUPERVISOR
10 2021, JUNAIDAH BINTI ABDULLAH, PHD, RESEARCH - PART TIME, Performance Evaluation of Perforated Subsurface Drain with Subsurface Module Drain Using Physical Model Experimental and Computational Fluid Dynamics, CO-SUPERVISOR
11 2020, HAYDER KAREEM SAKRAN, PHD, RESEARCH - FULL TIME, Impact of Blade Design on Centrifugal Pump Performance and Energy Dissipation using Fluid-Structure Interaction Analysis, MAIN SUPERVISOR