• Engaged in a variety of research projects, including:1) Thermal management of electronic chipsets• Experimental exploration of electronic chipsets cooling through passive and active techniques.• Conducted investigation on the utilization of phase change materials (PCM) and nano-enhanced PCM for cooling down chipsets.2) Proposing a 3D CFD model for photovoltaic thermal modules• Developed a coupled thermal-optical numerical model using two-band radiation discrete ordinate model.3) Thermal management and performance optimization of photovoltaic panels• Using active and passive approaches such as water cooling, PCM, nano-enhanced PCM, and nanofluid to regulate the temperature of PV cells and generate thermal power.• Proposed Photovoltaic thermal system partially covered by solar cells and integrated with organic PCMs.• Analysis with Ansys Fluent and optimization via response surface methodology (RSM).4) PCM-based thermal energy storage units• Conducted an assessment of nanoparticle influence on PCM thermal performance in shell-and-tube and triplex-tube storage units.• Introduced a novel triplex-tube helical-coil storage unit design.

- Provided user support and training for lab operations and updated computing systems.- Served as advisor to 4 B.Sc. students, contributing to software development, methodology, conceptualization, and formal analysis.

- Developed a CFD model (utilizing Ansys Fluent and programming) and designed experimental setup to investigate the flatbread baking process in a home-scale electric oven- Engaged in collaboration with the Institute of Food Science and Technology, Mashhad, Iran.

- Conducted computational fluid dynamics (CFD) modeling for adsorption cooling systems.- Improved the performance of the adsorption cooling systems using metallic additives.- Designed highly efficient adsorber heat exchangers for the adsorption cooling systems.

Computational Fluid Dynamics ІThermodynamics І

- Installation of storage tanks in a gas station