Four-year learning curriculum
A foundation learning path for electrical and electronics engineering students. Exact course content and sequencing vary by university.
Circuit fundamentals & engineering physics
Voltage is energy per unit charge; current is charge flow per time. Resistance links them through Ohm’s law. Kirchhoff’s current and voltage laws follow charge and energy conservation in lumped circuits.
This release offers a practical foundation module for each year, not a complete accredited degree course.
Practical exercise & solved example
Connect a 12 V source, a 1 kΩ resistor and a 2 kΩ resistor in series. Ground the negative source terminal. Predict the voltage across the 2 kΩ resistor.
Try this in the laboratoryEngineering project
Build a voltage divider, compare nodal analysis with ngspice, and write a short program to sweep both resistances.
Your report should include
- Equations, units, parameter values, and connection diagram
- Analytical comparison and numerical convergence check
- Energy balance and limitations
- Exported design and reproducible calculation data
- Safety limitations and hardware ratings review
Check your understanding
What happens to series circuit current if both resistor values double?
Shared lab exercise history
Recorded attempts for this module
Anonymous records are shared across this lab. They are not personal grades, credentials, or an assessment of degree completion.
Browse this year’s model references →