PROJECTS | Mysite

LATEST PROJECTS

Project | 01

Project | IoT Virtual System

The IoT is a world of its own. One that we use every day consciously and even without knowing it sometimes. This project focuses on implementing a virtual machine while using a Linux based operating system.

Project | 02

Project | IoT Home Security

The Arduino kit is full of exciting possibilities. This project involves the creating of a home security system with the use of a motion detector.

Project | 03

Project |Programming in the IoT

This project involves building a circuit using a temperature sensor to gather temperature and humidity information, implementing Arduino and Python to run given codes to analyze that information for data analytics.

Project | 04

Project |Introduction to Networking

This project contains basic details of setting up a small network using a travel router, host device, and VM machine. IPv4 and IPv6 addresses are created and monitored. The making of an ethernet cable.

Project | 05

Project |Funds of Information Technology& Networking II

Multiple VM bridging to host. Validating IP connections, using traffic monitoring software, demonstration of subnetting

Project | 06

Project |Fundamentals of Information System Security

Smart System Circuit development using uPycraft, BYOD policy, Vulnerability Scanning

Project | 07

Project |Traffic Controller

Using the Arduino IDE, ESP32, and breadboard, a traffic controller circuit was created to identify how real traffic lights operate using sensors, crosswalks, and remote emergency control.

Project | 10

Project | 08

Project |Fundamentals of Infrastructure Security

Virtual Machine environment, using vulnerability tools, along with nmap for attack generation, advanced analyzing of data to determine possible threats while monitoring network traffic control

Project | 09

Project |Wired, Optical and Wireless Communications with Lab

An introduction to modulation mechanisms, encoding schemes, characteristics of wireline and wireless transmission media that make digital transmission possible. The implementation and analysis of simulations involve baseband signals, AM/FM signals, Pulse Code Modulation (PCM), line codes, antenna gain, free space path loss, and fading channels. This experience enables the integration of IoT technologies and prepares me for my future career in Information Technology.

Project |Converged Networks with Lab

This course project reflects the understanding of standards and protocols supporting multimedia transmission on IP networks. The implementation and experimentation of a multimedia application involve audio and video codecs, Real-time Transport Protocol (RTP), Session Initiation Protocol (SIP), and their security implications. This experience enables the integration of IoT technologies and prepares me for my future career in Information Technology.