Autonomous Systems
Autonomous Navigation System
Real-time path planning and decision-making for unmanned ground vehicles using sensor fusion and reinforcement learning.
Software Engineer & Researcher
Building intelligent systems
that think, adapt, and act.
Full-stack engineer with a deep focus on artificial intelligence and autonomous systems. Currently exploring the intersection of software engineering and research.
Background
I build software that bridges the gap between theoretical research and practical application. My work focuses on systems that can perceive, reason, and act with minimal human intervention.
With a foundation in full-stack development and a growing commitment to AI research, I'm working toward contributing to academic and institute-level research in autonomous systems and machine intelligence.
Currently focused on AI-driven architectures and autonomous decision systems.
Focus Areas
Full-Stack Engineering
End-to-end system design from databases to interfaces, with emphasis on performance and maintainability.
Artificial Intelligence
Machine learning systems, neural architectures, and AI-driven decision frameworks.
Autonomous Systems
Software for systems that perceive, reason, and act with minimal human oversight.
Research Direction
My long-term goal is to contribute to academic research in artificial intelligence and autonomous systems. I'm particularly interested in how software systems can be designed to learn, adapt, and make decisions in uncertain environments.
01
Embodied Intelligence
Systems that interact with and learn from physical environments.
02
Decision Under Uncertainty
Robust decision-making in partially observable environments.
03
Human-AI Collaboration
Interfaces and systems that augment human capabilities.
Mirrors - Justin Timberlake