class MunirKhan:
def __init__(self):
self.name = "MUNIR KHAN"
self.role = "Backend & Full Stack Developer"
self.education = "UC Merced - CS & Engineering"
self.status = "Recent Graduate"
self.languages = ["Python", "JavaScript", "TypeScript", "HTML/CSS", "Bash"]
self.frameworks = ["FastAPI", "React + TypeScript", "Node.js", "Tailwind CSS"]
self.automation = ["discord.py", "discord.js", "python-telegram-bot"]
self.tools = ["Git", "Redis", "Wireshark", "OpenMPI", "SLURM"]
self.focus = "Autonomous Systems & HPC Optimization"
def deploy_solutions(self):
return "Building intelligent systems, one line at a time"
Mission: Capstone Project with SupHerb Farms Tech: Autonomous navigation system for cilantro crop yield estimation using Farm-ng Amiga robot. Real-time camera processing, GPS tracking, and dynamic LINE-based navigation. Status: Top Finisher Track 6 - I2G Capstone |
Mission: High-Frequency Trading Bot Tech: Ultra-low latency (<5s) market sniping bot for Riven mods. Rotating proxy architecture, heartbeat monitoring, and custom auction profiles. Status: Production Ready |
Mission: Security Research (Private) Tech: Network protocol analysis and security research. Packet inspection, authentication flows, and vulnerability assessment. Status: Research Phase - Private Repository |
Mission: Student Cluster Competition Tech: Optimized High-Performance Linpack benchmarks on multi-node clusters. Compiler flags, and MPI configuration tuning. Status: Competition Complete |
UC MERCED - Computer Science & Engineering (B.S.)
Recent Graduate
Core Coursework:
• Algorithm Design and Analysis • Software Engineering
• Computer Vision • Artificial Intelligence
• Machine Learning • Human-Computer Interaction
• Probability and Statistics • Numerical Methods
- Developing advanced autonomous systems and robotics applications
- Learning High-Performance Computing optimization techniques
- Building full-stack applications with real-time data processing
- Researching network security protocols and system vulnerabilities
- Optimizing performance-critical systems and algorithms
