About Me
The
Engineer
I am a final-year engineer who loves digging into the nuts and bolts of high-performance systems. Whether I’m architecting decentralized blockchain networks for vehicle safety or fine-tuning LiDAR algorithms to hit 99% accuracy, my goal is always the same: build software that is efficient, scalable, and actually solves a problem.
My technical foundation is built on C++, Python, and AWS, but my approach is shaped by my experience leading student teams and publishing research.
Core Competencies
My technical arsenal focuses on robust back-end systems and emerging technologies.
Languages
- C++
- Python
- SQL
Systems
- AWS Infrastructure
- Docker & Kubernetes
- Conda Environments
Focus Areas
- Blockchain Architecture
- Deep Learning (AI-Native PHY)
- Wireless Communication (MU-MIMO)
Selected Research
Algorithmic Controlled Deforestation
Developed an "Optimized Model for Ecological and Economic Outcomes," utilizing algorithmic approaches to manage deforestation sustainably while balancing economic needs.
Predictive Menstrual Health
Created a system for "Phase-Specific Dietary Guidance Through Predictive Modeling," analyzing menstrual phases to provide personalized health and dietary recommendations.