Experimental Design to Study Perovskite Solar Cell Precursor Solutions

Project Description The goal of this project is to design an experimental setup to support X-ray characterization experiments for metal halide perovskite (MHP) precursor solutions. (e.g., small angle X-ray scattering (SAXS), X-ray absorption spectroscopy (XAS)). Fabrication of solution-processed perovskite solar cells (PSCs) involves the rapid nucleation and crystallization of MHP...

Research with Signal Integrity Simulation Tools

Project Desciption This project is about simulating and either measuring (or working with another student to measure) signal integrity (SI) problems in high-speed digital engineering (HSDE). Clock frequencies and data rates are increasing, driven by the high growth rate of internet traffic and computer processing power. For most electronic products,...

Understanding Differences in Online and Remote Student Activity

Project Description This project aims to study the gaps that arise in understanding and supporting self-regulated learning in the newly emerging online learning space, as demonstrated by the varied behaviors of different populations of students. In particular, we will address questions of how learning management system traces indicate successful self-regulated...

Designing Biomaterials to Treat Growth Plate Injuries

Project Description The growth plate, a region of cartilage found in the long bones of growing children, is responsible for healthy bone development and elongation. The growth plate’s function and structure relies on a complex system of both biochemical and biophysical cues. However, in the case of limb paralysis or...

Developing a Therapeutic Biomaterial that Attenuates the Foreign Body Response

Project Description When non-biological materials are implanted in the body the innate immune system responds by surrounding the material with dense fibrous collagen and persistent inflammation at the surface of the material. This response, deemed the foreign body response (FBR), prevents biomaterials from interacting with the body long-term and contributes...

Biodegradable Sensors for Soil Health Monitoring

Project Description Over-farming has led to soil degradation in areas that have been pivotal for maintaining the agricultural landscape. One way that we are able to prevent this issue from progressing is by monitoring the health of soil during growing seasons and using this information to inform farming practices. Our...

Electrical Engineering Outreach Educational Research

Project Description This project will be educational research focusing on the nationwide problem of recruiting highschool students into electrical engineering. There are a few current hypothesis on why there is such a problem but they have not fixed the problem, even with a lot of resources put into them. This...

Spectrum Science and Software Defined Radios

Project Description SpectrumX, initiated by a 5-year, $25M center grant from the U.S. National Science Foundation, is the world’s largest academic hub where all radio spectrum stakeholders can innovate, collaborate, and contribute to maximizing social welfare of this precious resource. SpectrumX brings together broad and synergistic research capabilities from a...

Distributed Software Defined Meteor Radar

Project Description This project supported by the National Science Foundation Distributed Arrays of Small Instruments (DASI) program will utilizes observations of meteors to measure the winds in the upper atmosphere. Tons of mass enters the atmosphere daily in the form of meteroids. Observations of meteor with radar can be used...

SWARM-EX CubeSat Electrical Design

Project Description SWARM-EX is an inter-collegiate CubeSat initiative supported by the National Science Foundation to launch three identical CubeSats into low Earth Orbit (LEO) to investigate advanced scientific phenomena in the upper-atmosphere and demonstrate novel formation flying capabilities using a cutting-edge hybrid control scheme which harnesses both propulsion and differential...

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