GPA 4.0
B.S. Cybersecurity & Networking
A.S. I.T. & Networking: Network Systems Administration
Alpha CHI | NSLS | ISC2 IE | WICYS | WIC| Devry Cyber Range
Smart Home & Automation
IoT Security Prototype 01
-developed an IoT Security Prototype
that demonstrates:
* open /closing doors (security)
* motion detection
* light sensor
IoT Multi Traffic Controller Prototype
Created an IoT device that simulates
a multiple traffic controller system
by employing an ESP32 Microcontroller,
a Web server, and a Smart Sensor.
Introduction to Operating System
LINUX
Explored Operating Systems
and Computing Systems
as components of the Internet of Things
Introduction to Programming
PYTHON
Explored The Software Development Process
and Software Development Tools
Fundamentals of Cloud Computing
(Virtualization and Cloud Computing
with Microsoft Azure)
Fundamentals of Information Technology and Networking
Explored the Fundamentals of Networking
and the vital role of networking
in the world of IoT
Information System Security
Explored the fundamentals of information security attacks and defense mechanisms.
Security issues related to people, data, networks, and devices are surveyed
to provide insight into designing
security solutions and policies.
Fundamentals of Infrastructure Security
-Explored the fundamentals of infrastructure security
-Developed infrastructure security implementation skills
-Explored threat intelligence,
identification of security vulnerabilities, cloud security, security data analysis,
incidence response, risk management,
and IT regulatory compliance
Wired, Optical, and Wireless Communications with Lab
-Examined wired, optical, and wireless signals and their transmission in the network
-Explored encoding methods,
selection and installation of media, standards-based infrastructure practices, error detection, and troubleshooting methods (Conducted standard tests, measurements, and experiments to analyze and interpret the results to improve processes using CITRIX : MATLAB)
Data Privacy & Security
This project explores core principles of cybersecurity, including the CIA Triad—confidentiality, integrity, and availability—and how they relate to protecting sensitive information in real-world settings.
It applies U.S. privacy regulations across sectors such as healthcare, education, and finance, with a special focus on workplace privacy compliance.
I created a Contingency Plan tailored for a small home health agency. The plan outlines how to maintain critical operations and safeguard patient data during cybersecurity incidents or system outages.
Designed with limited resources in mind, this project demonstrates practical, actionable steps that align with HIPAA and other U.S. privacy laws while ensuring continuity of care and legal compliance.
DISCRETE MATH FOR INFORMATION TECHNOLOGY
This project demonstrates the practical application of Prim’s and Kruskal’s Minimum Spanning Tree (MST) algorithms in optimizing network connections. Using Python and GraphOnline, I created and analyzed a weighted graph to determine the most cost-efficient structure that connects all vertices with the least total weight.
This project highlights how MST algorithms support real-world systems such as computer networking, telecommunications, and infrastructure planning by minimizing cost and maximizing connectivity.
