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Opportunity Description:
This is a hands-on project focused on developing a co-simulation platform for automated vehicle driving. The platform will be built using CARLA and other traffic simulation software. Strong Python coding skills are preferred, but graduate students will be available to work with you and provide assistance if issues arise. We will also use machine learning and AI for sensor data analysis.

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Opportunity Description:

This undergraduate research position focuses on developing data-driven models to predict crack initiation and propagation in geomaterials. The motivation stems from the need to better understand and forecast rock failure processes in energy and hazard applications such as geothermal development, hydrogen storage, and landslide prevention. Ground-truth data will be provided obtained from physical simulations.

Opportunity Description

Opportunity Description

Opportunity Description:

Plants respond to pathogens by activating a plant defense system that has some commonalities to humans' immune system. We are advancing the characterization of plant immunity by using a model plant named Arabidopsis thaliana. We have generated genetically engineered plants that express fluorescent proteins that move inside the cell to deploy defense responses.

Opportunity Description:

Plants detect potential pathogens and are able to deploy defense responses. Those defense responses include multiple strategies at the cell and molecular level. We use the model plant Arabidopsis thaliana to dissect these processes, and we genetically engineer plants that have proteins of interest label with fluorescent markers to be visualized by fluorescent microscopy techniques.

We are looking for undergraduate students to join our team contribution to the project titled, Effects of Integrated Instruction in Writing Meaningful Word Problems. Specifically, we are looking for a student interested in learning more about intervention design and effective instruction for math and writing for elementary students. The student will gain experiences in conducting math and writing assessments, scoring and analyzing student samples, and conducting related literature reviews.  

Opportunity Description:

Opportunity Description

Opportunity Description:
This research position involves conducting literature reviews to develop human-machine interaction strategies for automated driving systems. The project will also include the development of a simulator platform that integrates an interface for shared control between human drivers and automation systems. Driver cognitive states and biomarkers (such as heart rate, skin conductance, and gaze) will be measured to analyze driver behavior and mental activities.

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Environmental bacteria produce antimicrobial molecules to compete with other microorganisms in the environment. We identified an environmental bacterium that has antimicrobial activity against bacterial pathogens causing diseases in numerous plants. This project focuses on identifying antimicrobial molecules produced by the environmental bacterium Pseudomonas protegens PBL3 that suppress plant bacterial pathogens.

Undergraduate Research Assistant Opportunity: Investigating the Molecular Basis Underlying Regulation of Plant Immunity by Ubiquitination

Our laboratory is currently seeking a highly motivated junior or senior undergraduate student to join our research project focused on elucidating the molecular mechanisms governing plant immunity. This project involves study of targeting components of the plant endosomal sorting complex required for transportation (ESCRT)-I by ubiquitination to better understand their role in regulating plant defense against bacterial infection.

Opportunity Description
This research position is part of a team that gathers materials on Nebraska Holocaust survivors and US Servicemen who liberated Nazi camps during WWII. This position requires work at the computer - research, training in the technology programs required with minor coding (no prior experience required), learning to transcribe content, listening to testimony, scanning, and some writing. We look for students with a passion to know more history and contribute to this education web portal.

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Granular materials are ubiquitous in both natural and engineered systems and they play critical roles in energy production and hazard mitigation. The efficient storage, transport, and mechanical processing of irregular particles, such as ground corn stalks, are essential for bioenergy utilization but are often hindered by complex flow behavior. Similarly, natural hazards like landslides and debris flows involve irregular grains whose interlocking and frictional characteristics govern large-scale mobility.

Opportunity Description
Are you passionate about plants or curious about the mysteries of the chloroplast? We're seeking talented undergraduate students to join our research team and explore the mechanisms behind lipid transport within the photosynthetic thylakoid membranes.

Unraveling the secrets of photosynthesis: Our research focuses on understanding how lipids are transported within the chloroplast to support the assembly and repair of thylakoid membranes.

Do you like to work with statistics? How about designing research studies to answer important questions? Would you like to learn best practices in developing data collection tools like surveys, questionnaires, or tests? Better yet, are you curious about how statistical tools, different research designs, and fair measurement practices allow social, behavioral, and educational researchers to inform policy and practice?

Opportunity Description:
Our laboratory is currently seeking highly motivated undergraduate students to join the Deehan Lab. Undergraduate research assistants will contribute to ongoing research projects that are focused on the development and application of dietary interventions rich in dietary fibers for the manipulation of gut microbiota in humans. Moreover, students will contribute to an ongoing research project that aims to develop a Nebraska bio-bank of human microbiomes to facilitate future microbiome research at the University of Nebraska.

Opportunity Description:
Our laboratory is currently seeking highly motivated undergraduate students to join the Deehan Lab. Undergraduate research assistants will contribute to ongoing research projects that are focused on the development and application of dietary interventions rich in dietary fibers for the manipulation of gut microbiota in humans. Moreover, students will contribute to an ongoing research project that aims to develop a Nebraska bio-bank of human microbiomes to facilitate future microbiome research at the University of Nebraska.

Position Description:

Opportunity Description:

Opportunity Description:

This project investigates how molecules produced by a beneficial bacterium influences the virulence and gene expression profile of the rice pathogen Burkholderia glumae. The student will help establish a protocol to enrich bacterial cells from infected rice panicles and perform RNA extraction from both in planta samples and in vitro bacterial cultures treated with the secretome.

Opportunity Description: