Students will re-engineer traditionally rigid robots and machines using intrinsically soft materials (elastomers, gels, and fluids) to create the next generation of soft robots and machines that are safe for human interaction. We are specifically working on creating soft robots and stretchable electronics that are highly robust and exhibit the extraordinary resilience of biological tissue.
We are looking for students interested in learning more about embedded electronics, multifunctional materials, and robotics.
The Social Network Research Group (SNRG) is building a distributed system for epidemic simulation as part of the MABUSE Project. We are looking to hire two motivated and creative part-time Software Engineers to be part of the project’s dynamic Simulator development team. If selected, you will begin by familiarizing yourself with the system and its code, and then help us by developing software modules for MABUSE in C#. Qualified candidates will be students at the University of Nebraska, Lincoln with an interest in a software development career.
The Social Network Research Group (SNRG) is building a distributed system for social network data collection and analysis as part of its ODIN Project. We are looking to hire two motivated and creative part-time Software Engineers to be part of the project’s dynamic Android development team. If selected, you will begin by familiarizing yourself with the system and code, and then help us improve ODIN by coding full stack end-to-end automation tests in Java.
This goal of this project is to understand how Clostridium perfringens uses extracellular appendages to move across solid surfaces and adhere to host cells. In particular we are interested in the type IV pilus of C. perfringens, a bacterial extracellular appendage found in many gram-negative enteric pathogens but largely uncharacterized in gram-positive species, including C. perfringens. Working with a collaborating group at Virginia Tech, we hope to characterize the structure and function of the C.
Volunteer in Fall 2018, some funding available from mini grant for future and apply for UCARE funding for Summer 19 or AY 19-20
Hours Per Week
My lab is developing novel materials for extreme environments in aerospace applications. Undergraduate researchers in this project can learn to use novel laser technologies to manufacture new materials, and advanced microscopy and mechanical testing techniques.
Students will get to learn about Functional Near-Infrared Spectroscopy (fNRIs) and how we can use fNRIs to help predict the outcomes of Cochlear implant that is device used by individuals with profound hearing loss.
Compressed air energy storage (CAES) is an emerging energy storage option to address the imbalance between renewable energy production and energy demand.
The pipe pile foundation, one of the common types of geotechnical structures, can be used to store compressed air in it. There needs an in-depth experimental study to demonstrate the feasibility of such a new idea to store energy.
There are several opportunities to work within the field of poultry and meat safety. At this time, I have projects in mind to work with non-traditional poultry products, identifying pathogens and control measures.