Syed
Mukheeth
Seeking Full-Time & Internship roles,
building High-Performance Systems, and
exploring Scalable Architecture.
Engineering Through
Curiosity
As a software engineering student, I’m passionate about building systems that make complexity intuitive. My focus lies in Backend Architecture and Infrastructure-building tools that solve real-world engineering challenges. Through projects like SAMIndex, SAM Compiler, and PeerNet, I’m exploring high-performance systems and seeking opportunities to apply these skills in Full-Time or Internship roles.
As a software engineering student, I am passionate about building systems that make complexity intuitive. My focus lies in Backend Architecture and Infrastructure — building tools that solve real-world engineering challenges. Through projects like SAMIndex, SAM Compiler, and PeerNet, I am exploring high-performance systems and seeking opportunities to apply these skills in Full-Time or Internship roles.
Expertise
Realtime & Event-Driven Systems
Exploring low-latency networking through PeerNet, where I implemented WebSocket communication and Redis adapters to manage asynchronous event-driven flows and real-time social interaction.
Repository & Infrastructure Tooling
Building automated intelligence pipelines for SAMIndex. I developed ZIP-based ingestion workflows using Redis queues and BullMQ to process codebase context for AI-assisted analysis.
Realtime Collaboration & Synchronization
Experimenting with distributed state in SAM Compiler. I implemented CRDT/Yjs synchronization and WebSockets to enable seamless multi-user collaboration and real-time code execution.
Product-Focused Engineering
Focusing on the intersection of technical curiosity and user experience. I build tools that make complex concepts-like repository indexing or event meshes-accessible through intuitive product design.
Security & Platform Modernization
Modernizing legacy institutional platforms at SJDC. I migrated legacy stacks to React and implemented secure, role-based access control using Supabase RLS to protect academic workflows.
Projects
Built a production-style browser IDE capable of executing untrusted multi-language code inside isolated Docker sandboxes with realtime collaboration and scalable worker orchestration.
Developed an AI-powered repository intelligence platform that analyzes GitHub repositories using scalable indexing pipelines, async processing, and architecture-aware retrieval systems.
Built a realtime social platform with event-driven backend architecture, scalable websocket infrastructure, and responsive product-focused user experience.
Modernized a legacy institutional system into a scalable, realtime, and secure academic platform focused on improving student, faculty, and administrative workflows.