Computer Engineering student with a focus on cybersecurity | Graduating Dec 2026
I build security-focused systems across software and hardware, with experience in Python development, embedded systems, and defensive security concepts. My interests span cybersecurity engineering, embedded / hardware security, threat analysis, and secure system design.
- Cybersecurity and secure systems engineering
- Embedded systems and firmware development (STM32)
- Security tooling and automation in Python
- System-level programming and low-level analysis
- Reverse Engineering / Forensics
- Defensive security research
Languages: C, C++, Python, Bash, (Learning Rust)
Development Boards: STM32, NXP FRDM-K64F, Raspberry Pi
Embedded Tools: STM32CubeIDE, Keil µVision, Zephyr RTOS
Hardware Communication Protocols: UART, SPI, I²C
Networking: HTTP/S, MQTT, TCP/IP Stack, OSI Model
Security Concepts: Secure Boot, Cryptography (SHA/AES), Hashing, Threat Modeling, Firmware Tampering
Tooling: Git, Linux, Kali, Docker, Wireshark, GDB, Ghidra
- Secure STM32 Bootloader – Firmware integrity verification and secure boot process
- Security Automation Toolkit – Python-based tooling for analysis and data extraction
- Embedded Signal Logger & Visualizer – Hardware data capture with Python visualization
- Side-Channel Analysis (Exploratory) – Researching power analysis concepts on embedded devices
- Clear documentation and reproducible work
- Understanding systems from the hardware up
- Building tools that improve security visibility
- Learning through hands-on experimentation
- Deepening knowledge in secure firmware design and embedded / hardware security
- Explore RF hacking
- Preparing for contributions to open-source repositories