Learn electronics.
Then design the board.
Circuit analysis and microelectronics taught the iLearnSTEM way — and a capstone unlike any course you have taken: PCB Studio, where your specs become real, validated schematics, checked against the same rules professional boards follow.
Three stages, one routed path
Each stage is a prerequisite for the next — the same way a trace carries a signal from one component to the one after it.
Circuit Analysis
College level I · after iLearnSTEM Physics + Calculus IThe grammar of every electronic system: how voltage, current, and energy move through a network, and how to predict it on paper before touching a part.
ENTER →U2 · MICROELECTRONICSMicroelectronics
College level II · after Circuit AnalysisFrom ideal networks to real silicon: diodes, transistors, op-amps, and the digital logic every microcontroller is built from.
ENTER →U3 · PCB STUDIOPCB Studio
Capstone · after MicroelectronicsDesign a real board. Describe your circuit as a spec, and the Studio generates a validated schematic — every rule you learned, checked automatically.
ENTER →Theory that ends in a real board
Every unit closes the loop: analyze the circuit on paper, then open PCB Studio and build it into a board spec. The Studio validates your design automatically — missing series resistor, wrong analog pin, floating net — the rules you learned, enforced by the same engine iLearnSTEM uses to design its own hardware, including the Bitsy Board.