Technical Expertise, Systems Architecture & Academic Progression

Aryan Bansal is an undergraduate systems engineer at IIIT Delhi specializing in low-level computer architecture, high-concurrency database internals, reactive web applications, geospatial vector mapping, and autonomous Model Context Protocol developer tools.

Technical Competencies & Engineering Matrix

Undergraduate systems engineer and designer pursuing a B.Tech in Computer Science & Design (CSD) at Indraprastha Institute of Information Technology Delhi (IIIT-Delhi).

Domain Core Competencies Tools & Frameworks Applied Systems
Low-Level Systems RV32I ISA emulation, paging, TLB caching, POSIX threads C, C++, Assembly, GDB, Valgrind RISC-V 32-bit CPU Simulator & Assembler
Database Internals BCNF normalization, ACID consistency, WAL logs, B+ trees PostgreSQL, MySQL, Supabase, Redis Monopoly DBMS Engine, University ERP
Full-Stack & GIS App Router, reactive UI, WebGL vector maps, spatial indexes Next.js, React 19, TypeScript, Leaflet PlotBook, DholeraMap, Webforge Platform
AI & Automation Model Context Protocol (MCP), stealth scraping, rank linters Playwright, Node.js, Claude MCP SDK LeadForge, PostForge, SEOForge
SEO & Performance Core Web Vitals, Schema.org entity graphs, IndexNow API Lighthouse, Cheerio, Vercel Edge Webforge Production Infrastructure

Low-Level Systems & Computer Architecture

In-depth theoretical and practical experience with hardware fundamentals and system software:

  • Linux Kernel & Device Drivers: Linux Kernel 6.12 module development, network socket programming, sk_buff packet descriptor management, probabilistic packet drop simulation, and QEMU virtualized test harnesses.
  • Computer Organization & Architecture: Cycle-accurate RISC-V RV32I ISA emulation, instruction decoding, register file management, ALU execution stages, pipelining, and hazard handling.
  • Operating Systems Internals: Process scheduling, virtual memory management, paging algorithms, TLB translation, multi-threaded POSIX concurrency, mutex synchronization, and system calls.
  • Database Management Systems: Relational schema design (1NF through BCNF normalization), relational algebra, transaction isolation levels, write-ahead logging (WAL), indexing (B+ Trees, Hash Indexes), and ACID consistency guarantees across MySQL and PostgreSQL.
  • Data Structures & Algorithms: Asymptotic complexity analysis, graph algorithms (Dijkstra, Floyd-Warshall, Prim, Kruskal), dynamic programming, divide-and-conquer, and balanced search trees.

Full-Stack Web & Geospatial GIS Engineering

Modern reactive UI systems, high-performance rendering, and cloud backend architecture:

  • Frontend Architecture: Next.js 15/16 App Router, React 19, TypeScript, Tailwind CSS, Vite, HTML5 Canvas, WebGL vector mapping, Framer Motion, and Web Workers.
  • Geospatial Intelligence: Leaflet, WebGL vector tiles, GeoJSON parsing, coordinate reference systems (EPSG projections), spatial indexing, CAD blueprint vectorization, and automated property valuation algorithms.
  • Backend Infrastructure: Node.js, Express, Java (Spring/Swing), Python (FastAPI/Flask), RESTful API design, Supabase backend-as-a-service, PostgreSQL, Razorpay payment processing, and Vercel edge deployment.

Autonomous AI, Agent Swarms & Search Optimization

Autonomous tooling, developer infrastructure, and algorithmic ranking models:

  • Multi-Agent Swarms & LangGraph: Directed acyclic agent state machines, cultural affinity vector decomposition (Qloo API), and deterministic risk zone classifications.
  • Local Offline RAG (Ollama & ChromaDB): Offline inference pipelines powered by Qwen 2.5:7B and BGE embeddings with ChromaDB persistent vector stores for grounded document Q&A.
  • Model Context Protocol (MCP): Designing, authoring, and deploying custom MCP servers for LLM agent integration and autonomous tool execution.
  • Stealth Browser Automation: Headless Playwright crawling, anti-bot circumvention, session persistence, and structured multi-source data extraction.
  • SEO & AEO Autopilot: Multi-domain technical auditing, IndexNow protocol submission, Schema.org entity graphs, Core Web Vitals profiling, and Answer Engine Optimization for Google AI Overviews and Perplexity.

Academic Milestones & Campus Leadership

Foundational coursework and student leadership at IIIT Delhi:

  • IIIT Delhi Coursework: Advanced Programming (Java & OOP), Data Structures and Algorithms (DSA), Computer Organization & Architecture (COA - RISC-V), Operating Systems (OS), Database Management Systems (DBMS), Human-Computer Interaction (HCI).
  • Odyssey IIITD (Annual Cultural Fest): Core Events Team — Coordinated logistics, student registrations, server polling systems, and tech setup for 10,000+ attendees.
  • E-Summit IIITD (Entrepreneurship Summit): Core Events Team — Managed startup pitch tracks, judge panels, and investor coordination.

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