Dr. Vinod Ramakrishnan (Postdoctoral Researcher, Mechanical Science and Engineering)
Email: vinodr@illinois.edu

I joined the Wave propagation and metamaterials lab in September 2023 after completing my PhD in Mechanical Engineering from the University of California San Diego. My thesis research focused on ‘Phase transition and domain wall control in multistable metamaterials’. In providing several strategies to realize and control the phase morphologies within multistable metamaterials, my dissertation promotes their adoption for applications in energy harvesting, mechanical memory devices and deployable structures. As a postdoc in the WPM lab, I’m exploring fluid-metamaterial interaction models for passive flow control applications, where the devised metamaterial architecture customizes the fluid-structure coupling and enables control of the flow characteristics (e.g., transition, separation). Besides research, I like to play tennis, read books in the history, adventure and fantasy genres, cooking, hiking and Vedic chanting.

Elizabeth (Betsy) Smith (Ph.D. Candidate, Mechanical Science and Engineering)
Email: esmith19@illinois.edu

I completed a B.S. in Mechanical Engineering in 2015 at the University of Wyoming. In the Fall of 2018, I joined the Wave Propagation and Metamaterials Lab working on determining damage in materials using linear and nonlinear ultrasound. Before coming to Illinois, I worked at Puget Sound Naval Shipyard on Main Propulsion Systems. In addition to academics, I enjoy playing music, hiking, learning how to sail, and swing dancing.

Nusrat Jahan Salim (Ph.D. Candidate, Mechanical Science and Engineering)
Email: njsalim2@illinois.edu

I completed my BS in Mechanical Engineering in 2017 from Bangladesh University of Engineering and Technology (BUET) and worked as a lecturer in the same institution for roughly three years after graduating. Prior to joining the Wave Propagation and Metamaterials Lab, I have worked on modifying the band-gap of zinc oxide semiconductor with the inclusion of reduced graphene oxide. My primary research interests are in the field of multifunctional materials and mechanics of materials. I spend my leisure time writing stories and watching movies.

Sangwon Park (Ph.D. Student, Mechanical Science and Engineering)
Email: sangwon7@illinois.edu

I joined WPML in Summer 2021 after completing my B.S. and M.S. in Mechanical Engineering at Yonsei University, Seoul, Korea. During my master’s study, I focused on structural vibration and vibro-acoustics. My current research interest is in phononic materials for flow control, and I aim to elucidate the complicated fluid-structure interaction between the phononic materials and the flow. My goal requires both computational and experimental approaches. Other than research, I try to work out on a weekly basis and enjoy playing soccer and biking in my spare time. I’m also into filming and video editing.

Hyelim Do (Ph.D. Candidate, Mechanical Science and Engineering)
Email: hyelimd2@illinois.edu

I completed my B.S. in Energy Resources Engineering and M.S. in Computational Science and Technology from Seoul National University. During the first year of my master’s, I participated in a project focused on seismic propagation modeling and inversion algorithms using FDM and FEM. After that, I worked for the Korea Institute of Science and Technology to conduct interdisciplinary research on physical modeling experiments with 3D printed results. My current research in WPML focuses on computational and experimental characterization of material properties and microstructure using linear and nonlinear ultrasound. In my free time, I enjoy tennis, pickleball, watching movies, and spending time with my friends.

Md Kamruzzaman (Ph.D. Student, Mechanical Science and Engineering)
Email: mdk6@illinois.edu

I have completed my B.Sc and M.Sc. in Mechanical Engineering from Bangladesh University of Engineering and Technology (BUET) in 2016 and 2019 respectively. I also served in the same institution as a lecturer for almost five years. In my M.Sc. study, I worked on the thermal and mechanical cycling fatigue life calculation of electronic packages using finite element analysis. I joined the Wave Propagation and Metamaterials Lab in the Spring 2022 semester. My research mainly focuses on the study of nonlinear wave propagation in contact phononic materials. Besides studying, I like reading books and watching videos.

Taojun Wang (Ph.D. Student, Mechanical Science and Engineering)
Email: taojunw2@illinois.edu

I completed my B.S in Engineering Mechanics in 2020 at the University of Illinois at Urbana-Champaign. I worked in The Robotics, Automation, and Dance (RAD) Lab when I was in undergraduate school. I joined the Wave Propagation and Metamaterials Lab in Summer 2022. My current focus area is wave propagation and energy transmission in nonlinear periodic material structures. Besides the research, I enjoy hiking, cooking and photography.

Allison Rzepka (Ph.D. Candidate, Mechanical Science and Engineering)
Email: rzepka2@illinois.edu

I completed a B.S. in Materials Science and Engineering at Cornell University with a minor in Fiber Science in 2020. During undergrad, I performed research exploring the mechanical response of composites and mechanically activated conductors. Prior to joining the Wave Propagation and Metamaterials Lab, I worked on ultra-high temperature materials for aerospace applications and was a peer reviewer for the Journal of the European Ceramics Society. My research with WPML focuses on a new class of metamaterials called Architected Granular Media (AGMs) and I explore their response under high impact loading conditions. In addition to academics, I’m a member of the Students Advising Graduate Education Board, and I enjoy staying active (boxing, hiking, soccer), and baking (pies, cakes, cookies).

Nate Scriba (B.S., Materials Science and Engineering)
Email: nscriba2@illinois.edu

I am currently working to pursue a B.S. Degree in Materials Science Engineering with a minor in Atmospheric Sciences. I joined the WPML in February 2023, and have since been working with Ph.D. student Betsy Smith designing and utilizing phononic sonic crystals to analyze the audible band gaps of different lattice metamaterial structures. Outside of the lab, I enjoy playing guitar, watching movies, and going on runs.