We are currently seeking undergraduate students to join our research team. The students will be responsible for zebrafish care and fish genotyping and will also receive relevant training to conduct experiments. Students will have opportunities to be involved in specific projects and contribute to publications.

This fellow will conduct interviews with current Anti-Violence Coalition (AVC) members to understand their experiences, motivations, and contributions. They will also engage in document analysis to review and synthesize existing materials produced by the AVC, including reports, meeting notes, and communications, to deepen their understanding of the coalition’s accomplishments and context. Using insights from both interviews and document analysis, the fellow will craft compelling narratives that highlight the group’s efforts and successes. These stories will be used to elevate awareness, foster engagement, and celebrate the coalition’s role in advancing anti-violence initiatives across campus and the broader community.

The Hwang lab conducts research to understand the neural mechanisms of executive functions. Specifically, we are interested in discovering the neural architecture, processes, and dynamic systems that allow brain networks to select, inhibit, transfer, and integrate information. Together, these mechanisms support many important mental functions, such as attention, working memory, response selection and inhibition. We address our research questions with a comprehensive human neuroscience approach, combining multimodal research methodologies, including fMRI, EEG, TMS, eye tracking and behavioral testing.

We seek highly motivated students interested in developing interdisciplinary laboratory skills, including basic microbiology practices, air and aerosol sampling techniques, and analytical methods. The overall goal of our lab is to understand the interactions between different environmental factors and respiratory pathogens, and to develop engineering controls that mitigate disease transmission.

Interdisciplinary research group explores how the contexts we live and learn in affect social, emotional, and behavioral health outcomes across the life course. Particularly interested in the family system and the role of intergenerational relationships in promoting adaptive developmental outcomes and well-being.

Current Projects: Role of glial cells in feeding and glucose metabolism, role of hunger in reward seeking behavior, and effect of sleep deprivation on energy metabolism. Research: Perform research activities based upon protocols developed by other research staff or principal investigator of the research project. Read and review articles as directed. As individual skills develop, analyze literature to develop hypotheses for discussion with other researchers or principal investigator.

We are looking for enthusiastic and motivated undergraduate students who are interested in immunology and want to investigate intestinal mucosa in two disease models, namely graft-versus-host disease and inflammatory bowel disease.

Our projects are captured by the question “How do the different kinds of cells work together in an epithelium to orchestrate ion transport?”. Duties include making solutions, help in preparing experiments, and mouse genotyping.

We are looking for motivated students with a strong interest in research as a career, and eager to gain skills in molecular biology, fungal genetics and bioinformatic data analysis. Research projects in the lab span a wide range of topics but are mostly focused on understanding the evolution of stress response regulation in a group of yeast species. This group includes several opportunistic pathogens that based on our preliminary data have rewired their stress response networks.

The Tung Lab is focused on the development of novel genomic technologies in the diagnosis of rare cancers and blood disorders. We study the roles of both somatic and germline genetic variants in various cancer predisposition syndromes, with a specific interest in hereditary hematological malignancies and inherited bone marrow failure syndromes. We are also interested in the development of novel diagnostic tools in pediatric cancers. Click here to learn about ongoing projects and how to get involved.

Our research seeks to understand how lipotoxic lipid metabolites ceramides impair nutrient sensing and leads to the development of metabolic diseases. The students will have the opportunity to acquire multiple skills in bioinformatics, molecular, biochemical, and cellular assays as well as mouse handling (if comfortable) and be co-authors on scientific manuscripts.

Students are expected to code/run deep learning algorithms to solve specific problems in biomedical imaging.