Shiraz University, Iran
Farhad Zare is a highly promising candidate for the Best Researcher Award, showcasing strong academic and research credentials in mechanical engineering and computational fluid dynamics (CFD). With a solid educational background from top Iranian universities and a series of peer-reviewed publications focusing on biomedical airflow, nasal drug delivery, and respiratory aerosol dynamics, his work bridges engineering with public health innovation. Farhad has demonstrated advanced numerical modeling skills using industry-standard tools like Ansys and OpenFOAM, complemented by experimental work and mentoring experience. His research addresses real-world challenges, such as targeted drug delivery and air quality impacts, reflecting both scientific rigor and societal relevance. As an active member of the academic and volunteer communities, he has also shown commitment to education and humanitarian service. While currently pursuing Ph.D. opportunities, Farhad’s growing publication record, technical expertise, and interdisciplinary contributions make him a strong contender for recognition as an emerging research leader.
Professional Profile
Education🎓
Farhad Zare holds a Master of Science degree in Mechanical Engineering with a specialization in Energy Conversion from Shiraz University, one of Iran’s top-ranked institutions. He completed his M.Sc. in 2018 with a GPA of 3.57/4.0 and earned an excellent grade for his thesis titled “Numerical Simulation of Drug Delivery in a Human Nasal Cavity by a Nasal Spray Device.” Prior to that, he earned his Bachelor of Science degree in Mechanical Engineering from Persian Gulf University in 2014, graduating among the top 10% of his class with a GPA of 3.53/4.0. His undergraduate final project focused on “Numerical Simulation of Bed Deformation in a Water Channel Flow with Non-Newtonian Deformable Bed,” highlighting his early interest in fluid mechanics and simulation. Throughout his academic journey, Farhad demonstrated consistent excellence, earning full scholarships for both degrees, and laying a strong foundation in computational analysis, thermodynamics, heat transfer, and applied mechanical systems.
Professional Experience📝
Farhad Zare has accumulated valuable professional experience through a combination of academic, industrial, and mentoring roles. During his academic career, he served as a teacher assistant for courses such as Advanced Mathematics and Automatic Control, and also mentored undergraduate and graduate students, demonstrating strong leadership and teaching skills. He has been deeply involved in various numerical and experimental projects, including CFD simulations of complex fluid flows, heat exchangers, microchannels, and nasal airflow models, using tools like Ansys, OpenFOAM, and SolidWorks. Farhad also has hands-on industrial experience, having completed internships focused on piping design and maintenance in both a sugar factory and a water supply and sanitation system in Shiraz, Iran. Additionally, he contributed to manufacturing porous ceramic materials using the starch consolidation method. His interdisciplinary expertise spans computational mechanics, biomechanical simulations, and fluid-structure interactions, all of which reflect his ability to connect theoretical knowledge with real-world engineering challenges and innovations.
Research Interest🔎
Farhad Zare’s research interests lie at the intersection of computational mechanics, biomedical engineering, and energy systems. He is particularly focused on Computational Fluid Dynamics (CFD), with applications in biomechanics, drug delivery, and environmental health. His work explores particle and droplet dynamics, including their formation, trajectory, and interaction within fluid flows using both one-way and two-way coupling analysis. Farhad is also interested in microfluidics and MEMS technologies, examining how microscale fluid behavior can be harnessed for medical and engineering applications. Additionally, his interests extend to radiation heat transfer, solar energy systems such as Direct Absorption Solar Collectors (DASC), and Fluid-Structure Interaction (FSI) analysis in complex geometries. With a strong commitment to bridging simulation with practical outcomes, he aims to innovate in areas like nasal drug delivery systems, respiratory flow modeling, and renewable energy applications. Farhad’s passion lies in using advanced numerical tools to address real-world problems through interdisciplinary, applied research.
Award and Honor🏆
Farhad Zare has been recognized for his academic excellence and personal achievements through various awards and honors. He received full scholarships for both his undergraduate and graduate studies, a testament to his consistent academic performance and intellectual merit. His strong standing in his class, being ranked among the top 10% during his bachelor’s and earning an excellent thesis grade during his master’s, further highlights his dedication to scholarly excellence. In addition to his academic accomplishments, Farhad has also demonstrated discipline and commitment in extracurricular activities, earning 2nd place in the provincial Kyokushin martial arts competition in Shiraz, Iran. This achievement reflects his well-rounded character and ability to excel in both intellectual and physical pursuits. His blend of academic distinction and personal discipline underscores his potential as a leading researcher and emerging professional in the field of mechanical and biomedical engineering. These accolades support his candidacy for competitive research awards.
Research Skill🔬
Farhad Zare possesses a robust set of research skills that span both computational and experimental domains, making him a versatile and innovative researcher. He is highly proficient in Computational Fluid Dynamics (CFD) and has extensive experience using advanced simulation tools such as ANSYS Fluent, CFX, ICEM-CFD, TurboGrid, and OpenFOAM. His skills extend to structural analysis using ANSYS Static Structural, as well as 3D modeling with SolidWorks and medical imaging tools like Mimics Materialise and 3-matic. Farhad is skilled in programming languages such as Fortran and C++, which enhance his ability to customize simulations and analyze complex data. He has applied these tools to a wide range of projects, from nasal drug delivery and microfluidic flow to heat exchanger performance and FSI analysis. Additionally, he has expertise in structured and unstructured meshing, flow visualization, and post-processing, showcasing his ability to conduct high-fidelity numerical studies with practical relevance and scientific rigor.
Conclusion💡
Farhad Zare is a strong candidate for the Best Researcher Award, especially in the emerging researcher or early-career category. His work shows impressive depth in computational modeling and real-world relevance, particularly in biomedical fluid dynamics. His continuous trajectory toward a Ph.D., strong publication pipeline, and technical mastery make him highly deserving of recognition, with only minor gaps in international exposure and project leadership to be filled over time.
Publications Top Noted✍️
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Title: Targeted drug delivery to the inferior meatus cavity of the nasal airway using a nasal spray device with angled tip
Authors: F Zare, E Aalaei, F Zare, M Faramarzi, R Kamali
Year: 2022
Citations: 14
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Title: Optimized gravity-driven intranasal drop administration delivers significant doses to the ostiomeatal complex and maxillary sinus
Authors: A Seifelnasr, F Zare, X.A. Si, J. Xi
Year: 2024
Citations: 6
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Title: Enhancing Physiological Realism in Nasal Spray Deposition Studies: Synthetic Mucus Properties and Interactions with Saline Solutions and Stereolithography Resin
Authors: A Seifelnasr, F Zare, X. Si, J. Xi
Year: 2025
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Title: Risk Assessment of Outdoor Micron Particulate Matters Inhaled in the Respiratory System of a Standing Mannequin in a Room Ventilated by a Wind Catcher
Authors: F Zare
Year: 2025
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Title: Exploring E-Vape Aerosol Penetration into Paranasal Sinuses: Insights from Patient-Specific Models
Authors: A Seifelnasr, F Zare, X. Si, J. Xi
Year: 2025
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Title: Numerical Simulation of Drug Delivery in a Human Nasal Cavity by a Nasal Spray Device with two-way coupling approach
Authors: F Zare
Year: 2018
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Title: Numerical Simulation of Bed Deformation in a Water Channel Flow with Non-Newtonian Deformable Bed
Authors: F Zare
Year: 2014
