Syracuse Sun

Five mechanical and aerospace engineering doctoral students at Syracuse University are actively involved in cutting-edge research related to energy storage, new battery technology, and workforce support for a future dominated by electric and solar power. These students, under the guidance of Professor Quinn Qiao, are contributing to the Center for Solid-State Electric Power Storage, a National Science Foundation-supported collaborative research center.

The University's involvement in the Upstate New York Energy Storage Engine, funded by the NSF, aims to establish the region as a prominent battery hub in the United States. This initiative, receiving substantial funding, focuses on advancing battery technology, safety testing, certification, and manufacturing to support the transition to clean energy.

Hansheng Li, one of the doctoral students, is researching lithium-rich cathodes to enhance battery energy storage capacity. Despite facing challenges in his research, Li highlights the importance of problem-solving in building strong research methodologies.

Working on nanoscale imaging and solar cell technology, Yuchen Zhang expresses his enthusiasm for the unique opportunities presented by his work in Professor Qiao's lab, envisioning a future career in research, science, or engineering.

Madan Bahadur Saud, another student, is dedicated to developing solid-state batteries for electric vehicles and grid-scale storage. Recognizing the significance of contributing to a sustainable future, Saud emphasizes the research potential in the battery field.

Poojan Kaswekar, currently undertaking an internship program, focuses on lead-free perovskite solar cells and solid-state batteries, emphasizing Professor Qiao's pivotal role in his academic and research growth.

The students' involvement in such groundbreaking research not only contributes to technological advancements but also aligns with the nation's goals for a cleaner and more sustainable energy future.