I build the futureof software systems
Who am I?
I engineer comprehensive software systems across Artificial Intelligence, cloud infrastructure, backend microservices, and full stack development.
My primary objective is solving highly complex, practical engineering problems by building solutions that scale seamlessly. I thrive on developing robust architectures across the entire technology stack. This includes designing scalable RESTful and GraphQL APIs, optimizing backend concurrency, orchestrating cloud deployments, and constructing dynamic user interfaces for production environments.
Over the past few years, I have engineered production systems using Python, TypeScript, C++, Node.js, Next.js, and AWS. More recently, my intense focus has shifted toward Generative AI and Large Language Model applications, where I build robust prompt orchestration pipelines and combine modern AI capabilities with strict, reliable software engineering principles.
Experience
Career &
Leadership
After serving as an AI and Frontend Engineer, I was rapidly promoted to Vice President of Technology. In this leadership role, I took complete ownership of the company's AI systems and frontend architecture. I directed the engineering workflows, established technical roadmaps, and led product strategy across all internal and external platforms to ensure massive scalability. One of my proudest achievements was shipping complex, LLM-powered ordering features directly to production. I orchestrated this across three core user flows using a cutting-edge stack of React, Next.js, TypeScript, REST, and GraphQL APIs. By utilizing server-side rendering, our team significantly improved overall user retention and application performance.
Selected Projects
Github++
To deeply understand version control architecture, I fully reimplemented the core internals of Git entirely from scratch in C++. This involved constructing Directed Acyclic Graphs (DAGs) and hash trees to manage commits, branching, staging environments, and object storage. By relying strictly on pure systems programming with zero external libraries, I gained an immense understanding of low-level data structures and memory management.
Multithreaded HTTP
I architected and built a highly concurrent HTTP server from the ground up using raw POSIX sockets and a sophisticated thread-pool architecture. By intentionally avoiding pre-built frameworks, I worked directly with OS-level concurrency and network programming in C. This project handles simultaneous connections efficiently and gave me a robust understanding of exactly how modern web traffic is processed under the hood.
Zish AI Workspace
I developed a production-ready Large Language Model chatbot designed for complex, multi-step workflows. I built a robust FastAPI backend to handle advanced prompt orchestration via LangChain pipelines, seamlessly connecting it to a dynamic React frontend. This workspace serves as a scalable environment for interacting with AI, featuring modular architecture for easy integration of new models and tools.
JWT-less Auth
Focused on addressing the security flaws inherent in standard token-based authentication, I engineered a strictly stateless, token-free authentication system. This architecture leverages secure server-side sessions, automatic cookie rotation, and rigorous Role-Based Access Control (RBAC). It intentionally avoids the common attack vectors associated with JWTs, ensuring a bulletproof security layer for backend systems.
Tech Stack & Capabilities