Research translated
into working systems.

MASTER'S FINAL PRACTICUM

Cross-Platform Automated Malware Analysis Pipeline

Designed and implemented an automated malware analysis platform for a client environment. The system was designed to distinguish Windows and Linux malware and route samples through the appropriate analysis environment.

Architecture

• Honeypot network containing malware samples.
• Ingestion scripts for collecting and forwarding malware samples.
• CAPE Sandbox for dynamic malware analysis.
• Dedicated Windows and Linux virtual machines.
• Event hashes and automated analysis outputs.
• Database-backed reporting.
• Integration with the CMU-Upanzi SOC SIEM.

CYBERSECURITY PROJECT

Ethical Hacking & Penetration Testing

Conducted controlled penetration testing exercises using industry-standard security tools and frameworks to identify vulnerabilities across networked systems.

ENGINEERING PROJECT

Cognitive IoT-Based Fetal Movement Monitoring System

Designed and implemented an IoT-based system for monitoring fetal movement and physiological signals, incorporating signal processing, wireless communication, and real-time visualization.