Project Portfolio
I created a smart home security system using micro controllers and various other components.
I utilized the Linux operating system to perform administrative tasks such as adding users to networks through virtual machine software.
This project uses cloud-based information to gather temperature and humidity data based on a particular region using the National Oceanic and Atmospheric Administration or NOAA database
I built a traffic light on a set timer and on a switch that incorporates an LCD screen which tells the person when it is safe to cross at a crosswalk.
Here I analyzed and used calculus to determine the theoretical functions of RC circuits.
This project is about configuring network routers IP addresses with the intended outcome of subnetting the internet protocol to create a virtual network within the network.
Here I analyzed the behavior and used calculus to determine the theoretical functions of RL circuits.
These projects are excellent methods of understanding the fundamentals of physics using technology.
In this project we monitored and controlled access to machines, drafted security policies, tracked and routed protocols through multiple virtual machines, and created multi-factor authentication protocols.
In this course project I created resource groups, set up subnets within cloud networks, managed virtual machines and the network connectivity within them, and created and managed resource groups.
Here I built a conveyor system using a ladder logic program with LogixPro and created a technical paper regarding the process.
This is a culmination of various engineering spreadsheets regarding measurement conversions, thermodynamics, gravitational acceleration, AWG and resistance.
In this project I experimented with pulse code modulation, AM/FM signals, fiber optic cabling, bands and signal transfers, an utilization of MATLAB.
This is an industrial based internet of things concept utilizing temperature and gas sensors for local and remote monitoring through the internet.