Hundreds of thousands of deaths occur every year due to drowsy driving. With assisted driving technology improving each year, reducing the tragedies of drowsy driving is becoming more likely. Our drowsiness-sensing rear-view mirror will enable car manufacturers to predict when the driver is sleepy and enable assistive driving features. 

We set out to create a device that uses machine learning to perform language translation. Our goal was to create a tool that would teach non-STEM majors about how technology is used to translate from one language to another.

Spacesuit design is currently an active area of research. Engineers and scientists are always working to improve current and future missions in space. Working in a pressurized suit in outer space presents a range of challenges. These include monitoring the in-suit environment and the astronaut’s health. We created a sensor system for monitoring an astronaut’s health and in-suit environment. Our goal was to accurately measure critical metrics for research and safety purposes.

As the climate changes and demand for food increases, we need modern approaches to farming. Our goal was to make an automated aquaponic farming system that uses Light Detection and Ranging (LiDAR) technology to track the plants grown in a small farm bed. A LiDAR sensor uses the pulse from a laser to create 3D models and maps of the objects around it.

Our team was asked to redesign a printed circuit board (PCB) that was an older design and could not be controlled by a computer.

Knowing the voltage and current of electronic components is important when working on engineering projects. IV (current voltage) tracers are tools used to measure voltage and current levels through electronic components over time. They can be used to evaluate the condition of a solar panel. Most IV tracers are expensive, limiting their use. 

We focused on creating a cost-effective power monitoring system to help to lower electricity bills. We accomplished this task using sensors connected to a small computer inside a home’s circuit breaker box, enabling us to track power usage within a house. Some of the challenges we faced included creating the software that runs the system and displaying the necessary information. Ultimately we ensured stable connections and addressed issues with input and output. 

Our project incorporated an interactive holographic display system designed to introduce students to the company Management Leadership for Tomorrow (MLT). We used the Pepper’s Ghost technique to project a three-minute marketing video provided by our sponsor. This method created a hologram-like illusion and offered an engaging visual experience. 

This project aimed to improve how Florida Power & Light closes fuse switches for safety. When something touches the power line or too much current is flowing through the lines, a fuse will pop open to stop the flow of electricity down the line. To close these switches, linesman first ensures safe conditions and use a stick that can extend up to 40 feet to grab the burnt fuse and replace it with a new one. 

As global energy demands escalate and non-renewable resources dwindle, we must explore sustainable alternatives. Renewable energy—notably wind and solar power—emerges as a pivotal solution for future energy needs. We integrated these resources into a cohesive system capable of generating power during periods of low solar or wind activity.