Hello, I'm
I am a Computer Science student with a strong interest in both Software Engineering and Cybersecurity. I focus on building efficient, scalable applications while ensuring they are secure by design. My work combines software development with cybersecurity principles to create systems that are both efficient and resilient.
I have hands-on experience in penetration testing, network security, and vulnerability assessment, along with strong programming skills in Python and C++. I actively apply these skills to identify weaknesses, strengthen systems, and develop secure solutions.
Driven by curiosity and a passion for problem-solving, I have completed over 72 hands-on cybersecurity labs on TryHackMe, gaining practical exposure to real-world attack and defense scenarios.
Completed over 72 interactive security labs covering penetration testing, cryptography, and more.
Active participant in HTB machines, rooting Windows and Linux systems to sharpen exploitation skills.
Extensive experience with Nmap for port scanning, OS detection, and vulnerability scanning.
In-depth knowledge of Wireshark for deep packet inspection and network traffic analysis.
Test your password against common cracking heuristics.
My technical expertise and proficiency
A real-time memory allocation tracker visualizing paging and segmentation, enabling dynamic monitoring, efficient debugging, and deeper understanding of operating system memory management.
Problem: OS memory allocation concepts are hard to visualize and understand.
Solution: Built an interactive real-time simulator for paging and segmentation.
Impact: Helps students understand OS concepts clearly and debug efficiently.
An advanced predictive analytics model designed to forecast power grid failures using historical data, enabling proactive infrastructure maintenance and minimizing downtime.
Problem: Grid failures occur unexpectedly and cause massive disruptions.
Solution: Developed machine learning models to identify grid instability patterns.
Impact: Prevents blackout events by forecasting anomalies ahead of time.
A sleek, dynamic application to quickly outline, organize, and manage your grocery shopping in real-time. Built for an optimal and user-friendly experience.
Problem: Managing manual grocery lists leads to forgotten items and chaos.
Solution: Designed a fully responsive UI to digitally record and track items.
Impact: Simplifies shopping experience drastically for typical users.
Securing systems and analyzing attack patterns ensuring data safety and integrity.
Developing high-performance, system-level software and efficient applications.
Solving complex computational problems with optimized algorithmic logic.