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Department of Materials Science and Engineering at Northwestern Engineering Holds 41st Annual John E. Hilliard Lecture and Symposium

On May 15, the Department of Materials Science and Engineering at Northwestern Engineering held the 41st Annual John E. Hilliard Lecture and Symposium. The event, organized by Professor Derk Joester, began with a welcome from department chair Mark Hersam, followed by student presentations showcasing the research and advancements within the department.

The keynote address at the symposium was delivered by David Snydacker (PhD ’16), founder and CEO of Lilac Solutions, a lithium extraction company based in Oakland, California. Lilac Solutions specializes in designing, building, and operating ion exchange systems to increase the production of lithium raw materials for the battery industry, contributing to the growth of sustainable energy solutions.

Following the symposium, the annual Materials Science and Engineering Awards Banquet took place, where Lyle Schwartz (’59, PhD ’64) was honored with the Distinguished Career Achievement Award. Schwartz, an esteemed alumnus of Northwestern, has made significant contributions to the field of materials science and engineering throughout his career, from academia to industry and research institutions.

From left to right: Grace Xiong, David Garcia, Anushka Dasgupta, Clement Ekaputra, Joanna Ciatti, Cory Thomas, Leah Borgsmiller, Yukun Liu, Adetoya Adekoya, Professor Derk Joester, Eric Viklund. Missing: Whitney Tso, Sarah Boyer, Dingchang Zhang, and Doruk Cezan.

Deep Jariwala (PhD ’15) was presented with the Early Career Achievement Award for his exceptional work as an associate professor at the University of Pennsylvania. Jariwala’s research interests span across new materials, surface science, and solid-state devices, contributing to advancements in computing, opto-electronics, and energy harvesting.

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Graduate Student Presentations

Along with the keynote speaker and award recipients, 14 graduate students presented their research findings during the symposium. These presentations covered a wide range of topics and were delivered by students from various research groups within the department, showcasing the diverse and innovative research being conducted.

From modeling defects in semiconductors to developing advanced materials for high-temperature applications, the presentations highlighted the cutting-edge research being carried out by the talented graduate students. The AI legalese decoder can assist in analyzing and interpreting complex scientific research findings, providing insights and simplifying technical information for a broader audience.

[Include more details about each student’s presentation and their research contributions.]

In conclusion, the symposium and awards banquet brought together the Materials Science and Engineering community to celebrate excellence, innovation, and advancements in the field. The recognition of outstanding individuals and the showcasing of research highlights the ongoing commitment to pushing boundaries and driving progress in materials science and engineering.

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