Transforming Our Planet: Discover How Your Actions Impact the Environment

Advice for New Faculty: “Engage minorities in cutting-edge environmental research.”

Mentors: Dr. Joel Burken, Missouri University of Science and Technology; Dr. Asad Yousuf, Savannah State University.

Education: BSc in Civil Engineering, Technical and Vocational University, Iran; MSc in Civil and Environmental Engineering, K.N. Toosi University, Iran; PhD in Civil Engineering, Missouri University of Science and Technology.

Age: 36

Position: Assistant Professor, Department of Engineering Technology, Savannah State University.

Dr. Majid Bagheri is an assistant professor at Savannah State University, where he teaches undergraduate students about environmental issues and their impact on the world. Coming from a background as a first-generation college student, he connects deeply with many of his students who share similar experiences. His interest in environmental engineering started early when he realized how it could solve real-world issues.

“Environmental engineering appeals to me because it helps improve the health of our planet and its people,” says Bagheri. He emphasizes that this field allows for addressing key problems like water treatment and waste management using innovative technologies.

During his studies in Iran, Bagheri visited wastewater treatment plants, which helped him see firsthand how pollutants affect the environment. He knew that to fully engage in advanced research, he needed to attend a top university. This led him to the Missouri University of Science and Technology, where he dove into projects focused on phytoremediation—the use of plants to clean up polluted soil and water.

Bagheri’s work has gained recognition. Dr. Asad Yousuf, chair of engineering technology at Savannah State, commends his leadership and dedication to student development. Currently, Bagheri is the principal investigator on three major research grants, focusing on critical environmental challenges.

One of his projects investigates how plants absorb and transport emerging contaminants, which is vital for food security. “We’ll use AI and machine learning to better understand how these contaminants move through plants,” he explains.

In another project, he is developing a smart monitoring system for soil and groundwater contaminants using TinyML, a technology that helps analyze data at very low power. “This system can autonomously track pollution without requiring constant human oversight,” Bagheri notes.

His third initiative, funded by the National Science Foundation, aims to establish an AI research center at Savannah State. This center encourages underrepresented students to take part in innovative research focusing on environmental issues such as air, water, and soil pollution.

“With AI, we can improve the monitoring of wastewater treatment processes and reduce costs,” Bagheri adds. “The insights we gain will help us enhance the efficiency and reliability of these systems.”

Dr. Bagheri finds motivation in teaching students from underrepresented backgrounds in STEM. He believes their unique perspectives enrich classroom discussions, and he takes pride in seeing them succeed, often moving on to graduate programs.

“I aim to create an inclusive environment where these students can thrive. They remind me that anyone can overcome barriers to become a leader in their field,” he says, reflecting on the rewarding experience of guiding students on their journey to success.