Former UPRISE Projects

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2023 PROJECT DESCRIPTIONS

The following table contains links to the Individual Projects Information:

3D Bio-Printing of a Human Blood Brain Barrier-Chip for Modelling of COVID-19-induced Cerebrovascular Diseases	Analyzing High Energy Physics Data from the LHCb Experiment	Cosmology with the Cosmic Microwave Background
Deep Learning Side-Channel Attacks	Design and Test of Attitude Control Methods for CubeSat	Developing a Neuroscience Readmission Reduction Program (NRRP)
Developing Astronomical Ring Galaxy Catalogue	Developing fast responding solutions for removing cyanobacteria, cyanotoxins, and nutrients with coagulation/flocculation/sedimentation	Electroweak Physics and New Physics Searches with the Large Hadron Collider
Enabling Continuous Glucose Meters for Monitoring Chronic Diseases Beyond Diabetes	Engineering microbiome for imaging and therapy	Evolution of viviparity in insects
Hormones and Development	Improving Optimization Algorithms for Fitting Large Data Sets	IntroSat Design and Development
Investigation into voice and swallowing biomechanics for those with and without Unilateral Vocal Fold Paralysis	Machine Learning for High Energy Physics	Machine learning for the function and dynamics of protein complexes
Modeling of respiratory and speech disorders	MyA: Multi-Biometric Vest for People Living with Angelman Syndrome	NeoWarm: Kangaroo Mother Care with Integrated Thermal Management and Vital Signs Monitoring
Neutrino Oscillation Research	Sensors for neurotransmitter detection	Simulation and Testing of Newly Developed Control and Sensors in Regular and Bio-inspired Robotics and UAVs
Smart Helmets for Detecting and Preventing Concussions	Spatial Training in Education: Spatial Tasks, Apps, and Assessment (STAA)	Tailoring 2D electron gases in superconducting oxides
Thermoelectrics with Large Magnetic Fields	Ultrasound imaging for therapy guidance	Video Summary Generation
Visualization of High Energy Particle Collision Simulations	Visuion, Behavior, and Cognition in Jumping Spiders	Where does all the oxygen go? Computational modeling to support heart therapies.

Note - "Some projects are multi-disciplinary; a project in one area may be of interest to students from another major. Be sure to look at the projects in related areas to widen your choices."

Contact: Tiffany Grant, Ph.D., UPRISE REU Director (Email: tiffany.grant@uc.edu)