Students can discuss the basic concepts and principles of electronic components needed in the process of analysis, simulation, design and application description of analog electronic circuits, identify the characteristics of diodes, bipolar junction transistors, field effect transistors, and op-amps, differentiate between DC refraction, AC analysis, and frequency effects of each transistor, explaining how transistors and op-amps work, concluding the advantages and disadvantages of transistors and op-amps, combining various formulas from opamp theory and applying them in practice, categorizing circuit applications that use transistors and opamps to solve problems in analog electronic circuits using the Project-based Learning learning model in lectures.