Past Projects

This project involves building a neuromodulation device for stimulating brain regions outside of the scalp with a setup comprising four key components. The first component is the MFTESS board and its 19 daughter board cards, which function as a central hub to connect and control the other parts of the system, in addition to facilitating stimulation. The second component is the National Instruments module array, which links the MFTESS hardware to our LabView software, allowing us to regulate input and output voltages. The third component is the 32-channel amplifier from Synamps, which is responsible for collecting EEG data. Finally, the Synamps power supply powers all the components and eliminates electrical noise from the wall. Together, these parts enable the device to provide stimulation of up to 10 volts and 2mA to 5 electrodes.

SMS InfoComm currently repairs motherboards manually by hand. The process of manually inspecting and testing the motherboards is time-consuming and prone to human errors. The most difficult step in the current procedure is the identification of the motherboard model before testing.

Our goals include developing autonomous driving technology, creating a wireless charging dock for convenient and efficient power transfer, implementing survey and mapping techniques for accurate spatial data collection, managing point cloud data captured via 3D scanning for various applications, and rendering images through Meshlab to enhance visual representation and analysis

Building a real-time roof moisture mapping device, by using absolute impedance readings to generate precise heat maps based on existing roof diagrams, will provide comprehensive roof coverage and enable effective moisture management solutions. The device will be highly portable and user-friendly, and by offering real-time data logging and detailed heat map capabilities, the device aims to revolutionize the roofing industry.

Most hoverboards are left unused in someones closet collecting dust, by utilizing our technology people will be providing their hoverboard with new life.  Our attachment transforms your hoverboard into a drone-powered learning adventure. Designed with kids in mind, RAAH combines the thrill of a hoverboard ride with an educational musical experience. That gives kids the opportunity to learn about robotics, engineering, physics, and sound frequencies.

Our goal is to provide Mozee with a way to track and monitor what goes on in the interior of their vehicles. To do this we are taking video and acquiring demographic information about our passengers for the purpose of improving user experience and improving marketing strategies

The purpose of this device is to develop a smart spoon with advanced features to accurately measure, track, and report a user's eating habits. The device will monitor the frequency and mass of bites within a meal, offering users insights to make informed judgments about their eating patterns.

The design is compromised of a system that provides a solution
where severs at Juniper Networks connect and communicate
wirelessly over Wi-Fi. This design transmits the data over a
<1GB/s input stream. This design also includes the ability to
connect and communicate remotely with the engineers in
Juniper for remote controlling and testing. It is very low cost,
effective and has very few dependencies.

The fiber optic connector staking machine retrofits a pneumatic press, making it capable mechanical connection to turn separate components into permanent "staked" connectors.

Create a prototype system using appropriate hardware and IOT devices to count and store information about good and bad parts in a database. This data would then be streamlined on a user application for viewpoint at anytime from anywhere.