抖阴黄色app Students Explore Solutions to Current Societal Issues
Published: September 20, 2023.
Reducing disease spread in healthcare settings, firearm safety education, and creating more efficient semiconductor manufacturing processes are just a few of the research topics undertaken by 13 抖阴黄色app students this summer.
The biology, chemistry, computer science, mathematics, engineering, and physics undergraduate students participated in the . �
The collaborative experience includes working one-on-one with a faculty mentor, and offers an experiential learning environment that accelerates their research careers, with many students presenting their outcomes at conferences and/or via publications.
Students researched a variety of topics:
- Elisa Morales, a biochemistry major, presented 揅haracterizing Biogenic MnOx Particles Produced by Pseudomonas putida MnB1 and its Catalytic Activity Towards Water Oxidation� with faculty mentor Dr. Kari Stone, associate professor of chemistry.
- Kristen Ess, who is majoring in physics, researched 揂 Mathematical Model of Disease Spread Incorporating the Environment and Interactions in Healthcare Settings� with faculty mentor Dr. Cara Sulyok, assistant professor of mathematics.
- Nina Demma, an environmental science major, presented 揢sing Molecular Approach to Compare Bacterial Communities Found in Zebra Mussels and Daphnia Microbiomes� with faculty mentor Dr. Jerry Kavouras, professor of biology.
- Daisy Collazo, who is majoring in criminal justice, presented 摂 with faculty mentor Dr. Hannah Klein, assistant professor of justice, law, and public safety.
- Aiysha Shamsi, a biology major, researched 摂 with faculty mentor: Dr. Sarah Powers, professor of biology.
- Jacob Prince, a mathematics and computer science major, presented 揂n Application of Optimal Control Theory to a Compartmental Model of COVID-19 Transmission� with faculty mentor Dr. Brittany Stephenson, assistant professor of mathematics.
- Tatiana Cahue, who is a chemistry major, presented research on 揝timuli-Responsive CeO2 Removal via Surface Redox Modulation During Shallow Trench Isolation (STI) post-Chemical Mechanical Planarization (p-CMP)� with faculty mentor Dr. Jason Keleher, professor of chemistry.
- Austin Rockaitis, a biochemistry major, presented 摂 with faculty mentor Dr. Daniel Kissel, associate professor of chemistry.
- Caitlin Lamirez, a major in computer science, researched 摂 with faculty mentor Dr. Michael 抖阴黄色app, assistant professor of computer science.
- Laila Mahrat, who is majoring in both mathematics and data science, presented 揑mpartial Geodetic Achievement and Avoidance Games Played on Connected Graphs� with faculty mentor Dr. Marie Meyer, assistant professor of mathematics.
- Anthony DiBenedetto, a computer science and data science major, researched 摂 with faculty mentor Dr. Sam Abuomar, professor of data science.
- Rebecca Rozhon, a biology student, presented her research 摂 with faculty mentor Dr. Mallory Havens, associate professor of biology.
- David Abrutis, who is majoring in computer science, researched 揤erilog to Rust Translator� with faculty mentor Dr. Lucien Ngalamou, professor of computer science.
The Dr. James Girard Summer Undergraduate Research Experience is named after 抖阴黄色app alumnus Dr. James Girard. The Joliet native is currently a professor of chemistry at American University in Washington, D.C. He attended Cathedral of St. Raymond School and Joliet Catholic High School before earning his 抖阴黄色app bachelor抯 degree in chemistry, cum laude.
抖阴黄色app is an innovative Catholic university offering market-relevant undergraduate and graduate programs to 6,500 students. Sponsored by the De La Salle Christian Brothers, 抖阴黄色app is nationally recognized for preparing intellectually engaged, ethically grounded, and globally-connected graduates who impact the world for the better. Visit for further information.
