Current URCF Projects

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MORE FALL 2024 PROJECT DESCRIPTIONS COMING SOON!

The following table contains links to the Individual Projects Information:

Control of a satellite-based robotic arm with air-bearing based testing and investigation	Deep Learning Radio Fingerprinting in Wireless Networks	Deep Learning Side Channel Attacks
Developing a High Precision Sorting Process for Waste to Energy	Developing a model to support neurodivergent students in Engineering	Developing High Temperature Sensor Technologies for Nuclear Reactors
Development and evaluation of a web-based app for transgender voice coaching	Development of a Helmholtz cage to simulate earth magnet field for testing CubeSat	Development of a High-Speed Optical Flame Detection & Discrimination Sensing System
Development of autonomous control system for an air-bearing platform for testing a satellite with a robotic arm	Examine the Role of Surface Mechanics and Smooth Muscle Cell Activation in Vascular Calcification	Facilitating and Engaging in STEM Outreach: Young STEMinistas
MEME: Multiscale Evaporation Modeling in Engineering	Methods for Preserving Macronutrient Content of Expressed Human Breastmilk	Microplastic and nanoplastic release from automotive tire tread
NeoWarm: Kangaroo Mother Care with Integrated Thermal Management and Vital Signs Monitoring	Oxygen Measurements in a Fuel Tank Ullage using Tunable Laser Diodes	Peapod: Measuring the Forces a Newborn Experiences During Transport Inside, Outside, and Between Hospitals and Other Critical Care Settings
Per- and polyfluoroalkyl substances (PFAS) removal by activated charcoal and ion exchange	Recycling of Biobased Plastics Packaging	Smart Helmets for Detecting and Preventing Concussions
Ultrasound image guidance of minimally invasive therapy	Velocity Measurement using Laser Based Techniques	Water quality of stormwater runoff in Greater Cincinnati

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: Dr. Gautam Pillay, Ph.D.,
Associate Dean for Research
College of Engineering & Applied Science (Email: pillaygm@ucmail.uc.edu)