Salman Ahmadipouya is a Ph.D. student in Chemical and Biomolecular Engineering at the University of Connecticut, where he is pioneering sustainable methods for polymer membrane fabrication. Under the mentorship of Dr. Jeffrey R. McCutcheon at the Connecticut Center for Applied Separations Technologies (CCAST), Salman’s work centers on the use of electrospray (ES) techniques to develop ultra-thin polyamide membranes for gas separation—reducing environmental impact while enhancing membrane selectivity and performance.

Salman earned his master’s degree in chemical engineering in Iran, where he built a strong foundation in transport phenomena, process design, and materials science. His interest in membrane technologies emerged through research on polymeric materials and environmental engineering, further reinforced by hands-on work with industrial water treatment systems. These early experiences shaped his commitment to sustainable innovation and brought him to UConn’s renowned membrane science program.

Drawn not only by research excellence but also by opportunities for leadership development, Salman joined the John Lof Leadership Academy (JLLA) to refine his interpersonal and professional skills. He has actively contributed to both the Events Planning and Outreach Committees, helping organize leadership workshops and develop strategies to strengthen member engagement. Collaborating with peers from diverse engineering disciplines has allowed him to both broaden his perspective and mentor others on similar paths.

Salman has shared his work at major conferences including the North American Membrane Society Annual Meeting and the AIChE Annual Meeting. His research contributes to the broader goal of making industrial processes more efficient and environmentally responsible—one membrane at a time.

Looking ahead, Salman hopes to continue leading scientific initiatives that balance technical rigor with sustainability. His advice to fellow students: “Stay curious. Seek out interdisciplinary work. And never underestimate the value of communication and leadership—it’s what transforms good research into real-world impact.”

Reflecting on his journey, he credits JLLA with helping him grow beyond the lab. “Through workshops, committee work, and meaningful conversations,” he says, “JLLA has expanded how I think about leadership—and about my role as a future changemaker in engineering.”