Programming & Logic

How do computers think? A journey from zeros and ones through logic gates and variables to algorithms that solve real-world problems

Why Dr. Machine chose Rust: ownership, borrowing, and async programming — memory safety with zero performance compromise

Why Python is the go-to language for industrial engineers — variables, loops, functions, and real examples of machine data analysis

Arrays, linked lists, trees, and hash maps — choosing the right structure for sensor data, alarms, and event logs

How Git tracks every code change — branches, merging, conflicts, and workflows for industrial software projects

SQL, NoSQL, and time-series databases — how machine, sensor, and alarm data is stored and queried efficiently

What are REST and WebSocket APIs and how they connect SCADA, ERP, and cloud systems — with practical JSON examples

From Arduino to ARM Cortex: programming microcontrollers that read sensors and drive motors directly

Command line, files, permissions, and services — essential skills for managing SCADA servers and embedded systems

HTML, CSS, JavaScript, and WebSocket — building live web-based factory dashboards instead of desktop applications

Objects, inheritance, and encapsulation — modeling machines and production lines as reusable software objects

Finding bugs in code that controls real machines — logging, breakpoints, simulation, and remote debugging strategies

Hard vs soft real-time, RTOS, priority tasks, and synchronization — for critical control systems where timing matters