Uni

Circuit Analysis

Voltage, current, and impedance, solved by sight.

Electronics

See how semiconductors, diodes, and transistors work.

Electromagnetics

Touch electric and magnetic fields as space.

Electric Machines

How transformers, motors, and generators work.

Power Systems

Three-phase power, transmission, and the grid.

Signals, Systems and Control

From signals, systems, and Fourier to control.

Communications

Modulation, noise, and how information travels.

Mechanics of Materials

Stress, strain, torsion, bending, buckling. How materials carry load, made intuitive.

Dynamics

Kinematics and kinetics. How particles and rigid bodies move, and what makes them move, made intuitive.

Mechanical Vibrations

Free vibration, damping, resonance, multi-DOF, continuous systems. Why machines shake, made intuitive.

Thermodynamics

Systems and states, the first and second laws, entropy, cycles. How heat and work move, made intuitive.

Statics

Forces, moments, equilibrium, trusses, friction, internal forces. The mechanics of structures at rest, made intuitive.

Fluid Mechanics

Pressure, buoyancy, conservation, viscosity, drag. How water and air push, made intuitive.

Engineering Mathematics

Linear algebra, differential equations, Fourier, vector calculus. The shared language of engineering, made intuitive.

Probability & Statistics

The other axis on the road to data and AI.

Quantum Mechanics

Wave and particle, probability and measurement. The intuition of the small world, made visual.

Physical Chemistry

Where quantum becomes chemistry: orbitals, bonding, periodicity, and crystals, made visual.

Optics & Waves

Follow the interference, diffraction, refraction, and polarization of light by eye.

Celestial & Orbital Mechanics

Read the motion of the sky through Kepler's laws, orbits, and gravity.