Systems builder, computational physics enthusiast, and creator of AutoBot and WindSim. Here is a curated view into my creative experiments, lo-fi acoustic soundscapes, foundational computing literature, and personal life components.
Interactive systems, acoustic environments, retro specimens, and literature that inspire my engineering work.
AUDIO SYNTHESISACOUSTIC NODE
LO-FI JAZZ SYNTHESIZERWEB AUDIO
Aruarian Dance
Nujabes • Programmatic Web Audio
GLOBAL LOCATION3D WIREFRAME
LOCATION PININDIA
Vellore Institute of Technology (VIT)
VISUAL SPECIMENSPIXEL LAB
RETRO GALLERYANIMATED
LITERATUREFOUNDATIONS
READING ARCHIVETHEORY • MIND
Norwegian Wood
Haruki Murakami • Memory, Reflection • Novel
Cybernetics: Control and Communication
Norbert Wiener • MIT Press • Feedback Loops
Feynman Lectures on Computation
Richard P. Feynman • Limits of Physical Computing
DISCIPLINESDOMAINS
CORE SPECIALTIESENGINEERING
[AI SYSTEMS]Berry Agent, LangGraph, QLoRA
[ROBOTICS]AutoBot 12-Layer Stack, ESP32, PID
[SIMULATION]WindSim, D3Q19 LBM, Three.js
[TELEMETRY]Performance Monitor, WMI, WebSockets
QUANTITATIVEMETRICS
SYSTEM TELEMETRYOVERVIEW
04+
Years Engineering
24+
Projects Built
12+
Deployed Systems
30+
Core Skills
VISITOR TELEMETRY WIDGETUPCOUNTABLE
Global System Node Interactions • Tap To Upcount
COMPONENTS • BERRY'S LIFE
Components of Berry's Life
CINEMA • COSMOS
Interstellar & Relativistic Scale
Exploration of gravitational physics, time dilation, and the mathematical frontiers of astrophysics that inspired my computational work.
CAUSALITY • SCI-FI
Steins;Gate & Determinism
Causality, parallel worldlines, and deterministic state architectures that influence my approach to predictable robotics and finite state machines.
SOUNDSCAPES • FOCUS
Radiohead & Atmospheric Sound
Complex rhythm, electronic synth layering, and ambient soundscapes that provide an immersive backdrop for deep architectural engineering.
HARDWARE • ROBOTICS
Tracked Robotics & AutoBot
SolidWorks CAD assembly, ESP32-WROOM-32 dual motor PID regulation with anti-windup, IMU sensor bus calibration, and live WebSocket telemetry HUD.
[ NUMERICAL SOLVERS ]
COMPUTATION • AERODYNAMICS
Fluid Dynamics & WindSim
D3Q19 Lattice Boltzmann solver, Reynolds-dependent drag calculations, barometric atmospheric density modeling, and real-time Three.js flow field rendering.
Interactive 3D Credential
ACKNOWLEDGMENTPROFILE COMPLETE
GRATITUDE • ENGAGEMENT
For visiting my profile, thank you.
Whether you are exploring potential collaboration on autonomous systems, computational physics, or high-throughput architectures, feel free to transmit a message directly.