The Ph.D. in Chemistry and Nanoscale Science at UNC Charlotte is an interdisciplinary program that addresses the development, manipulation, and use of materials and devices on the scale of roughly 1-100 nanometers in length, and the study of chemical phenomena that occur on this size scale. The program prepares students to become scholarly, practicing scientists who possess the critical thinking, methodological, and communication skills required to advance and disseminate knowledge of chemistry and applied nanoscale science.
The many challenges and opportunities that chemistry and nanoscale science presents to society require collaborative, interdisciplinary approaches to research. Students enrolled in UNC Charlotte’s Ph.D. program in Chemistry and Nanoscale Science learn about the exciting field of nanoscale science from the perspectives of faculty members of a variety of disciplines and develop an advanced knowledge base of a selected science or engineering discipline. CHEM and NANO courses are team taught and/or co-developed by teams of faculty members from multiple disciplines. This approach provides students trained in a specific science or engineering field at the undergraduate or master’s level with the tools needed to work effectively with scientists and engineers from other disciplines on cutting-edge research projects.
Students in the program acquire the knowledge and skills needed to compete effectively for positions in academic, industrial, or government settings by completing interdisciplinary chemistry and nanoscale science courses and elective courses, participating in program colloquia and seminars, working as a member of a team on projects and research proposals, and making research contributions independently and as part of a team.
Thinking about joining our team? Hear what our students have to say!
“As a graduate student, my time in the Chemistry and Nanoscale Science program at UNC Charlotte has been incredibly rewarding. The program offers a rigorous blend of coursework and cutting-edge research opportunities, all facilitated by knowledgeable and supportive faculty. Engaging in innovative research in state-of-the-art labs has been a highlight, allowing me to delve into interdisciplinary approaches. The collaborative and encouraging community, from faculty to peers, has significantly enhanced my academic and personal growth. UNC Charlotte’s vibrant campus and its prime location in Charlotte provide numerous opportunities for professional development and leisure. Overall, this program has given me a robust academic foundation, invaluable research experience, and a supportive community. I highly recommend it to any prospective student.”
Ahmed Adel Abdelazeez(Fourth-year Ph.D. Student)
“Being a part of the Chemistry and Nanoscale Science Ph.D. program at UNC Charlotte has been an amazing journey. The program offers a perfect blend of challenging coursework and hands-on research that really prepares you for the future in the field. The classes are taught by passionate faculty with diverse backgrounds. What really stands out is the supportive and intellectually stimulating environment for graduate students. The faculty and fellow students are always there to help, challenge, and inspire you. The program encourages you to explore your research interests in the various departments including Chemistry, Optics and Biological Sciences, which is an incredibly good opportunity. This interdisciplinary program broadens your knowledge and fosters a collaborative environment where you can work on exciting projects. The research opportunities are amazing. You get to dive into cutting-edge projects that push the boundaries of what’s possible at the nanoscale. If you’re passionate about making an impact and contribute to the research in the world of Chemistry and nanoscale science, this program is definitely the place to be.”
Ruby Manderna (Third-year Ph.D. Student)
“The Chemistry and Nanoscale Science program at UNC Charlotte offers a unique interdisciplinary experience. Working in the Bejger and Walter research groups, I focus on utilizing new and existing photoactive redox-active organic molecules (PROMs) for solar flow battery (SFB) applications. This cutting-edge work combines aspects of organic chemistry, electrochemistry, and renewable energy technology. The program’s diverse core classes and collaborative environment have broadened my scientific perspective. Access to advanced facilities and supportive faculty has been crucial for our research progress. For students passionate about chemistry and nanoscale science and its real-world applications in sustainable energy, this program provides an excellent platform for academic and professional growth.”
