Project Manager
NOVA Engineering
Atlanta, Georgia, United States
Dr. Saeid Hosseini is an accomplished professional in the field of Civil and Environmental Engineering, who graduated from Lamar University, Beaumont, TX, in 2020. Throughout his academic journey, Saeid demonstrated a passion for sustainable practices and innovative research that has left a lasting impact on his chosen field.
Under the expert mentorship of Dr. Nicholas A. Brake, Saeid's research at Lamar University centered around increasing the reactivity of crucial materials, including dredged materials, bottom ash, and fly ash. This groundbreaking work has contributed significantly to advancing the realm of Civil and Environmental Engineering, offering potential solutions to pressing environmental challenges.
Saeid's pursuit of excellence began at Mazandaran University in Iran, where he earned his Bachelor's degree in Civil Engineering. His dedication to Geotechnical Engineering and sustainable construction practices led him to further his education and obtain a Master's degree from Power and Water University of Technology in Tehran, Iran.
With a profound interest in Waste Management, Recycled Building Materials, and Green Engineering, Dr. Saeid Hosseini remains committed to making a positive impact on the environment. His research endeavors have not only demonstrated his academic prowess but also underscored his determination to contribute to the creation of a greener and more sustainable future.
Having successfully completed his studies and research at Lamar University, Saeid is now equipped with the knowledge and expertise to address the complex challenges faced by the construction and engineering industries. As he embarks on his professional journey, he continues to explore and implement innovative solutions that promote environmental preservation and sustainable development.
Dr. Saeid Hosseini's accomplishments and dedication to his field make him a valuable asset to the realm of Civil and Environmental Engineering. His passion for sustainable practices and commitment to making a difference are sure to inspire future generations of researchers and engineers alike.
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Time Impacts of NaHCO3 Pervious Concrete Treatment: An ITZ Analysis Through Nanoindentation Tests
Sunday, June 16, 2024
3:00 PM - 4:15 PM ET