Your complete reference for Dr. Machine industrial platform
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Electricity fundamentals: electrons, charge, voltage, current, resistance, and circuits
Foundations of computational thinking: binary logic, algorithms, data structures, and code
How machines work: forces, levers, gears, shafts, and mechanical energy
Natural laws governing everything: force, energy, heat, and waves
Mathematics every engineer needs: algebra, calculus, statistics, and equations
Automated control systems: PLC, sensing, actuators, and smart production lines
How devices communicate: network protocols, industrial internet, and data exchange
How AI learns: neural networks, machine learning, and the math behind it
Start with these articles to get familiar with the platform
A journey from inside the atom to understanding how electrons move and generate electricity in wires and circuits — covering voltage, current, resistance, and Ohm's law
Programming & LogicHow do computers think? A journey from zeros and ones through logic gates and variables to algorithms that solve real-world problems
Mechanics & MachinesFrom magnetism to rotation: the complete physics behind electric motors — covering DC, AC induction, Lorentz force, and industrial motor types
Applied PhysicsThe three laws governing all motion in the universe — force, acceleration, and action-reaction — and how they shape industrial machine design
Engineering MathematicsFrom trigonometry to calculus and differential equations: the essential math toolkit every engineer needs for designing and analyzing systems
Automation & ControlA complete guide to Programmable Logic Controllers — the brain of modern industrial production lines, covering I/O, ladder logic, and scan cycles