Suravi Sarkar

Where did you complete your undergraduate degree?
Jadavpur University

Please provide your lab and description of research.
I am currently working in Professor Francisco's lab, where our focus is on scanning transmission electron microscopy (STEM), structural-property correlations in materials, nanoscale analytical characterization of metallic systems, and physical metallurgy. My research is aligned with these areas, and I am especially interested in exploring how advanced microscopy techniques can be used to understand and optimize material behavior at the atomic scale.

Did you participate in summer research prior to your graduate degree? If so, when and where did you complete your research?
Yes, I conducted substantial research during my Master's program at IIT Bombay, working in the Microstructural Mechanics and Metal Forming (MMMF) Lab under Professor Sushil Mishra. While it wasn't a summer-specific program, my research was continuous and intensive, involving experimental work on titanium alloys, microstructural characterization using SEM and EBSD, and mechanical testing including fatigue analysis. This experience laid a strong foundation for my PhD and helped shape my research interests in physical metallurgy, structure-property correlations, and advanced materials characterization.

What played into your decision to get a graduate engineering degree?
My decision to pursue a graduate engineering degree was driven by a deep interest in understanding and improving the relationships between materials processing, microstructure, and mechanical properties. During my master's at IIT Bombay, I was exposed to research in physical metallurgy and advanced characterization techniques, which sparked my curiosity and passion for solving real-world engineering challenges through materials design. Working on titanium alloys and exploring how their microstructure affects performance showed me the impact research can have in fields like aerospace and biomedical engineering. I realized that to contribute meaningfully to innovation in materials science, I needed advanced training and research experience- making a PhD the natural next step for me.

Why did you pick WashU?
I chose Washington University in St. Louis because of its excellent research facilities and distinguished faculty, whose work closely aligns with my research interests in materials science and physical metallurgy. The opportunity to work under experienced mentors will allow me to broaden my technical expertise, especially in advanced characterization techniques and structure-property correlations.

Moreover, WashU's collaborative research environment and strong emphasis on interdisciplinary work will help me grow not just as a PhD student, but as a well-rounded researcher. I believe this experience will prepare me to take on future leadership roles in academia or industry, where both technical depth and teamwork are essential.

What is your favorite thing about St. Louis?
My favorite thing about St. Louis is how livable and affordable it is, while still offering a high quality of life. As someone who loves nature and peaceful environments, I really enjoy spending time in Forest Park. It's my favorite place in the city- whether I'm walking alone or just sitting quietly, it helps me recharge and feel connected with myself.

What advice would you give to a new student?
Washington University in St. Louis is full of opportunities and new beginnings. My advice to new students is to start exploring the university's many resources early on and try to make the most of them. By doing so, you not only improve yourself but also contribute positively to the overall well-being of the campus community.

As you get to know your batchmates and friends from different cultures and countries, take the time to build good friendships. Exchange ideas and experiences, and enjoy the rich diversity that WashU offers. This cultural exchange will make your graduate experience even more rewarding.

Graduate study is not just about earning a degree; it is a valuable experience that will shape you and stay with you throughout your life. Aim to grow into a great researcher, a kind-hearted person, and a well-rounded individual. Together, these qualities define true success.

What campus activities or groups would you recommend to a new student?
WashU offers a wide range of campus activities and student groups to get involved in. I personally recommend starting with AGES (Association of Graduate Engineering Students). This group organizes fun events throughout the semester, offering great opportunities to relax, connect with fellow students, and experience cultural diversity. It's a great way to build community and feel more at home on campus.

What are your plans for the future?
My goal is to grow as a researcher and contribute meaningfully to my field during my time at WashU. I plan to take full advantage of the resources, mentorship, and collaborations available here to develop strong expertise in my area of interest. In the long term, I hope to work in a research-driven role, either in academia or industry, where I can apply my skills to solve real-world problems and inspire the next generation of scientists and engineers.