Nkem Azuka

Thrust 1

Anik Biswas

Thrust 3

Christian Borrero Villabol

Thrust 3

Christian Breckner

Thrust 2

Bonn Cao

Thrust 2

My research focuses on catalytic processes to convert renewable biomass-derived molecules to transportation fuels. I received my degrees in chemistry and chemical engineering in University of Minnesota, Twin Cities. During my undergraduate studies, I spent one summer with Dr. Jane Wissinger researching and designing a green micro-emulsion copolymerization reaction for college education. Then, I spent one year working under Dr. Xiang Cheng to investigate the dynamics, trends, and similarities between explosion-driven cratering and impact-driven cratering in granular substances. My interest, however, shifted to catalysis in my senior year after learning reaction engineering. Combining my new interests and my eagerness to help the environment, I joined Gounder group in spring 2021 after coming to Purdue. Aside from academics, I enjoy board games, badminton, playing video games, and travelling.

Yu-Hsiang Cheng

Thrust 1

Che-Yu Chou

EWD

Sergio Damasceno

C2C

PhD Visiting Scholar (current) Purdue University, Chemical Engineering, Ph. D. (current) Federal University of ABC (UFABC), Nanoscience and Advanced Materials M.S. (2019) São Paulo State University (Unesp), Materials Science and Technology B.S. (2018) Federal University of Alfenas (Unifal-MG), Chemical Engineering I joined the Gounder group in May 2022. My research will focus on catalyst investigation for low temperature automotive emission catalysis and metal-modified zeolites catalyst for ethanol upgrading reactions. I completed my B.S. in Chemical Engineering at the Federal University of Alfenas (Unifal-MG) in March 2018, whereas I researched within Dr. Neide Mariano and Dr. Sandra Nakamatsu group investigating, by electrochemical tools, the corrosion properties of stainless-steel alloys for oil industry application. During my undergraduate studies I also joined the research group of Dr. Carlos Cesar Bof Bufon and Dr. Murilo Santhiago at the Brazilian Nanotechnology National Laboratory (LNNano) at CNPEM as a trainee, developing flexible electrochemical carbon-based sensors for NADH detection. These studies were a part of my master’s degree project in the same center in a partnership with São Paulo State University (UNESP), where I obtained the degree of MSc in Materials Science and Technology. My interest area for a PhD project shifted to materials for energy, whereas I joined Dr. Andre Ferlauto’s research group at Federal University of ABC (UFABC) in a partnership with the Center for Innovation on New Energies (CINE). This research focus on the development of ceria-based catalysts for methane conversion to light olefins. Aside from research, I enjoy cooking with my friends, listening to Brazilian popular music, and weightlifting.

Ricem Diaz Arroyo

Thrust 2

Graduate Student - B. S. (2019) University of Puerto Rico-Mayagüez, Chemical Engineering I joined the Gounder group in fall 2019 and my research will focus on olefin oligomerization to fuels as part of the CISTAR project. During my undergraduate at UPR-Mayaguez, I started my research career with Prof. De Jesus focusing on filtering pharmaceutical compounds from river water. My other research experiences include an internship at Cornell University with Prof. Kirby and Prof. Cardona working with cancer cells drug resistance and pectin extraction from cocoa husk, respectively. Other than academic research, I worked at Lilly del Caribe in the Process Optimization and Process Engineering department scaling down a drying process. Also, I worked at HP Inc. investigating the rheology of inkjets in the Research and Development Department. Aside from research, I enjoy dancing salsa, cooking and weight training.

Will Shuaikang

Thrust 4

Sopuruchukwu Ezenwa

Thrust 2

Sopuru Ezenwa is a PhD candidate in the Davidson School of Chemical Engineering at Purdue University where he works with Prof. Rajamani Gounder on investigating Brønsted acid zeolite catalysts for selective arene conversions. At Purdue, he also works with Prof. Fabio Ribeiro and Prof. Ray Mentzer on investigating safety practices and developing tools to promote safer cultures in chemical labs. Sopuru obtained his B.S. in Chemical Engineering from Tufts University in 2018 where he worked with Prof. Prashant Deshlahra on computational and experimental studies of metal oxide catalysts for selective alkane oxidative dehydrogenation. He further aims to apply his diverse background knowledge, expertise, and skill set to understand, conceptualize, and better design advanced materials and complex systems that tackle some key challenges in sustainable chemical and energy production. Outside research, his interests of include playing soccer, cooking, hiking and volunteering in STEM outreach activities.

Shan Jiang

Thrust 3

Ted Kim

Thrust 2

B.S. (2022) University of Houston, Chemical Engineering B.S. (2017) University of Texas at Austin, Chemistry I joined the Miller group in Fall 2022, where my research focuses on light olefin oligomerization, hydrogenation, and paraffin dehydrogenation using non-zeolitic catalysts as part of CISTAR. Prior to this, I earned a bachelor's degree in chemistry from the University of Texas at Austin. During my time there, I conducted research in Dr. Stephen Martin's group, studying compounds that prevent sigma 2 protein degradation in the brain. After graduation, I worked as a chemist in a pharmaceutical company before deciding to further my education. In 2022, I obtained a bachelor's degree in chemical engineering from the University of Houston, and I conducted research in Dr. Peter Vekilov's group studying the growth of various amyloid beta protein variants and the factors that influence them. Outside of lab, I enjoy playing/watching sports, reading, and playing video games.

Akash Nogaja

Thrust 4

Hwiyoon Noh

Thrust 1

Luke Pretzie

Thrust 3

B.S. Bioengineering, University of Illinois at Chicago, 2018. M.S. Chemical & Biomolecular Engineering, Johns Hopkins University, 2021. Current research interests: Analyzing methane activation over graphene-edge models using Density Functional Theory. Edge-passivation phase analysis using edge free energy minimization calculations. Zeolite-templated carbon geometry analysis.

Edwin Rodriguez

Thrust 4

Justin Rosa-Rojas

Thrust 3

Joanna Rosenberger

Thrust 1

Diamarys Salome Rivera

Thrust 2