Introduction:

I am Dr. Muhammad Ahmad, currently serving as an Assistant Professor of Chemistry at the University of Education, Pakistan. My academic and professional journey reflects a deep commitment to research, teaching, and global scientific collaboration. I completed my Ph.D. at the University of Notre Dame in 2020 under Professor Dr. Merlin L. Bruening. My Ph.D. began at Michigan State University in 2014 on a Fulbright Scholarship before transferring to Notre Dame, where I also received a Department of Energy Doctoral Fellowship. My research focused on modifying ion-exchange membranes (IEMs) to improve selective ion transport in electrodialysis systems, with significant applications in producing essential compounds like lithium hydroxide for batteries and sodium chloride for pharmaceuticals.

In addition to my work on IEMs, I have broadened my research scope to include nanocomposites for hydrogen production and carbon-based flexible microelectrodes for electrochemical sensing. These projects align with the global push for renewable energy and advanced sensing technologies in healthcare and environmental monitoring. Over my career, I have published more than fifty papers in top-tier journals, including Carbon, Desalination, ACS Applied Materials and Interfaces, and Journal of Membrane Science. These contributions demonstrate my commitment to advancing scientific knowledge in areas such as sustainable materials and environmental chemistry.

As an educator, I take great pride in mentoring and guiding M.S. students, fostering critical thinking, problem-solving skills, and a research-driven learning environment. My teaching philosophy focuses on engaging students with up-to-date scientific advancements and modern technologies, ensuring they are well-prepared for future challenges. Looking ahead, I am focused on further advancing sustainable technologies and continuing to shape the next generation of chemists, contributing to solving pressing global challenges such as energy shortages and environmental degradation.