Python
Primary language for industrial IoT: PLC data loggers, real-time register polling, FastAPI services and AI tooling.
What do I know? Skills — automation engineer & web developer
Enough to know where it runs out. From Raspberry Pi to React & Node.js — hardware-aware, end-to-end, and honest about the levels.
Languages, frontend, backend & IoT, and the tools Bibin V R uses across the whole stack, each with a level and a note.
- Python — Languages · 92. Primary language for industrial IoT: PLC data loggers, real-time register polling, FastAPI services and AI tooling.
- HTML5 — Languages · 90. Semantic, accessible markup as the base of every UI.
- Raspberry Pi — Backend & IoT · 90. Industrial edge deployments: PLC data loggers, check-weigher controllers and shop-floor kiosks running headless 24/7.
- JavaScript — Languages · 88. Browser and Node scripting, CLIs, and npm packages.
- CSS — Frontend · 88. Design systems, responsive layouts, and motion.
- Git — Tools · 88. Branching, clean history, and collaboration.
- GitHub — Tools · 88. Releases, open source, and lightweight automation.
- React — Frontend · 86. Component-driven UIs with hooks and clean state.
- TypeScript — Languages · 85. Typed end-to-end full-stack apps, ERP and CRM platforms.
- Node.js — Backend & IoT · 85. APIs and CLIs, such as @tovex/toast, the one-command Raspberry Pi web terminal over Cloudflare Tunnel.
- Linux — Tools · 85. Headless servers, systemd services, real-time kernel tuning for production lines, and the shell.
- Vite — Frontend · 84. Fast dev server and optimized production builds.
- PLC Systems — Backend & IoT · 82. Mitsubishi PLC register polling over SLMP (MC protocol), GX Works3 projects, Siemens TIA Portal V17/V21 through Openness with S7-1200/S7-1500 and PLCSIM, and MCP servers and CLIs that let AI agents work the PLC.
- Sensors — Backend & IoT · 80. Thames Side T16 load cells and XT1000 transmitters over Modbus RTU, plus IR and motion sensors, for in-motion check-weighing.
- Framer Motion — Frontend · 78. Choreographed scroll and hover micro-interactions.
- SMB — Tools · 75. Samba shares and reliable file push across Windows-heavy factory networks.
- C++ — Languages · 70. Robotics/embedded workspaces and performance-sensitive code.
- C# — Languages · 64. EPLAN Pro Panel automation through the EPLAN .NET API (eplanbridge), desktop utilities and data tooling.
What does the machine demand?
I design software that respects the physical world — timing, noise, flaky networks, and 24/7 uptime on constrained devices.
Where does my part end?
From a sensor reading to a deployed dashboard, I'm comfortable owning the full path rather than a single layer.
What is a system for?
I optimize for systems that keep running in production, not demos. Reliability and clarity over cleverness.
