The article makes some valid points. But I'm confused by some of the claims:
The author might be better described as an electronics engineer. Electrical engineers design systems with voltages and currents that would burn up the breadboard. Think industrial equipment, power stations, etc. Hundreds if not thousands of volts and often thousands of amps.
Breadboards are Ok for low voltage, low frequency circuits. You can't breadboard a radio frequency circuit or even a modern day computer circuit the "parasitics" will stop circuits from working properly.
The author might be better described as an electronics engineer. Electrical engineers design systems with voltages and currents that would burn up the breadboard. Think industrial equipment, power stations, etc. Hundreds if not thousands of volts and often thousands of amps.
Breadboards are Ok for low voltage, low frequency circuits. You can't breadboard a radio frequency circuit or even a modern day computer circuit the "parasitics" will stop circuits from working properly.