معرفی
Anja Mueller is a Professor in the Department of Chemistry and Biochemistry at Central Michigan University, part of the College of Science and Engineering. Her research bridges polymer chemistry, environmental science, and chemical education, with a focus on functional polymeric materials for real-world applications.
Education:
- Diplom (M.S.) in Biology, Universität von Regensburg, 1993
- Ph.D. in Polymer Organic Chemistry, Washington University in St. Louis, 1998
- Postdoctoral Researcher, Drug Delivery with Liposomes, University of Arizona, 1998–2001
- Assistant Professor, Biomedical and Environmental Materials, Clarkson University, 2001–2005
Her research interests include molecularly imprinted polymers for water treatment, high-temperature proton exchange membranes for hydrogen fuel cells, and biodegradable skin scaffolds from polysaccharides for burn victims. In recent years, she has pioneered work in interdisciplinary education, active learning, and the use of games in teaching organic chemistry, contributing significantly to pedagogical innovation.
Her recent publications (2022–2024) show a strong trend toward environmental remediation using advanced polymeric membranes, particularly for removing arsenate, ammonia, and heavy metals from water. She also continues to explore novel polymer architectures for energy applications and integrates assessment and educational leadership into her scholarship.
Scientific Leadership and Innovation:
- Co-Director, Center for Learning through Games and Simulations (CLGS)
- Member, Integration of Science, Technology and Engineering (InSciTE) certificate program
- Leader in interdisciplinary course development (e.g., Water: Life, Death, and Power)
- Advocate for systems thinking and social justice in STEM education
She has advised numerous undergraduate and graduate students, many of whom are co-authors on her publications. She has secured interdisciplinary grants focused on water issues and educational innovation, fostering student engagement and activism. Her lab combines synthetic polymer chemistry with environmental and biomedical applications, while also developing educational tools and assessments. Future work appears to focus on scalable water purification technologies, durable fuel cell membranes, and expanding game-based learning in chemistry curricula.
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