Summer Research Spotlight: ShanghaiTech Summer Lab Research Program
Marya Bashanfar, a sophomore at the University of California, Berkeley majoring in Material Science and Engineering, participated in the 2024 ShanghaiTech Summer Lab Research Program, hosted by ShanghaiTech University. The program offers international students the chance to conduct experiments at world-class research facilities and national science platforms in China. From July 7th to August 18th, 2024, Marya worked in the University’s School of Physical Science and Technology, on the preparation of advanced deposition and assembly of nanosheets into films for high-conductivity applications in battery and energy storage systems.
Image 1: Marya Bashanfar, sophomore at UC Berkeley, majoring in Material Science and Engineering.
Marya’s combined interests in Asian culture and the work of Professor Franklin Kim in nanomaterials motivated her to apply to the program. “Although my previous research was not focused on batteries like Prof. Kim’s, our shared focus on nanomaterials was a key point of connection,” Marya said. “This program allowed me to expand my understanding of advanced materials, which aligns with my broader academic goals in environmental engineering, where I aim to work on innovative technologies for sustainability and infrastructure.” On her overall experience, Marya praised the collaborative environment that the program fostered and highlighted the hands-on approach to support provided by her peers, mentors, and lab supervisors. While the research experience was academically enriching, Marya also had the opportunity to explore local communities. “I had the chance to visit places like Hangzhou, Guangzhou, Zhujiajiao, and Suzhou, where I was inspired by the blend of modern innovation and historical culture,” Marya noted. “This experience really broadened my perspective and made me even more enthusiastic about working in international research environments.”
Image 2: Marya conducted research at ShanghaiTech University’s School of Physical Science and Technology.
On lessons learned, Marya said she gained a deeper understanding of how materials science intersects with real-world applications, and how small improvements in the properties of materials can have a large impact on performance. Looking to the future, Marya is excited to explore similar opportunities in Saudi Arabia that focus on sustainability and smart-city development. “I see a lot of potential in how environmental engineering and advanced materials can contribute to projects like [the NEOM project], especially in creating more efficient infrastructure,” she said. “Additionally… seeing the cutting-edge work being done [at ShanghaiTech] was really inspiring, and I would love to collaborate with similar labs in the future or even return to work in such an environment.”
Image 3: Marya’s research involved assembly of nanosheets and energy storage systems.
The KGSP continues to support its students as they engage in culturally and intellectually enriching opportunities that push them towards their academic and professional goals. The Program looks forward to seeing its community of young changemakers continue to make an impact on the world.