Researcher at Air Pollution Research Center, Iran University of Medical Sciences, Tehran, Iran
Sobhan Abedi is a dedicated Occupational Health and Safety (OHS) engineer at the Air Pollution Research Center, Iran University of Medical Sciences. With a strong academic and research foundation, he has contributed to projects involving air pollution modeling, indoor air quality, artificial intelligence, and biofiltration technologies. He is skilled in scientific writing, laboratory analysis, and Python programming. Sobhan is known for his interdisciplinary approach, combining engineering, environmental science, and data analytics to address complex challenges in public health and pollution control. His enthusiasm, collaborative mindset, and technical expertise position him as a rising expert in OHS and environmental health.
Publication Profile
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Academic Background
Sobhan Abedi graduated from SAMPAD (Darab) with a diploma and pre-university degree in applied sciences. He earned his BSc in Occupational Health and Safety from Shiraz University of Medical Sciences (GPA: 16) and completed his MSc in the same field at Iran University of Medical Sciences with distinction (GPA: 18.5). His academic journey reflects a consistent focus on health engineering, environmental protection, and scientific excellence. Alongside formal education, he pursued practical and technical certifications, strengthening his competencies in air quality monitoring, data analysis, and applied research in health and environmental systems.
Professional Experience
Sobhan Abedi currently works as a Research Assistant and Air Pollution Lab Officer at Iran University of Medical Sciences. Since 2021, he has led and contributed to national and international projects involving indoor air quality, green wall systems, VOCs, and particulate matter. His professional background includes hands-on sampling, pollutant modeling, CFD simulations, and AI applications in exposure assessment. He has also served as a principal investigator, co-investigator, and project manager across research and innovation initiatives. With published work in high-impact journals, Sobhan’s expertise merges environmental engineering, health sciences, and technology-driven research.
Awards and Honors
Sobhan Abedi has received recognition for his contributions to environmental health innovation, particularly in air pollution control technologies. His patented design of a modular active green wall for phytoremediation stands out among his achievements. He was also a key contributor to several ethics-approved national projects supported by academic and governmental institutions. Throughout his academic and research career, Sobhan earned accolades for scientific writing, technological innovation, and project leadership. His active participation in high-impact publications and collaborations with top researchers reflects his ongoing commitment to academic and professional excellence.
Research Focus
Sobhan Abedi’s research centers on air pollution modeling, indoor air quality, biofiltration systems, and occupational exposure assessment. He applies AI and data science to improve predictive models and risk assessment in public health. His innovative work with botanical biofilters, green infrastructure, and CFD-based simulations seeks to enhance pollutant control in urban and industrial environments. He is particularly interested in formaldehyde exposure, BTEX compounds, and airborne particulates. Sobhan also investigates environmental impacts on cognitive health and integrates multidisciplinary tools—including Python, ANSYS, and lab analytics—to drive data-informed environmental health solutions.
Publication Top Notes
Conclusion
Sobhan Abedi is an outstanding early-career researcher in the field of Environmental and Occupational Health Engineering, with a strong track record of high-impact publications in leading Elsevier journals such as Building and Environment and Journal of Building Engineering. His innovative contributions—including patented technologies like modular botanical biofilters and green wall systems—demonstrate a blend of scientific rigor and practical impact. He has led or co-executed over 10 interdisciplinary research projects addressing critical issues like air pollution, COVID-19, and neurotoxicity. Proficient in advanced tools such as Python, ANSYS, KNIME, and SPSS, and actively collaborating with top-tier academic mentors, Abedi exemplifies a rare combination of technical depth, research innovation, and collaborative leadership—making him a highly deserving candidate for a Best Researcher Award.