I stole some ideas from this post from Questions on rubrics.  The comments are really rich too — worth reading.

AC Circuits 1 2 3 4 5
Skills for Learning 1. Find the main ideas and their relationships in a textbook section
2. Show the relationship between written descriptions, electrical calculations, schematic symbols, and graphs
Background 3. Use algebra to prove a point
4. Use technical writing to prove a point
5. Solve phasors
6. Use decibels to prove a point
7. Use Multi-Sim to check your work
8. What happens when you use superposition with AC?
Meter 9. Interpret a multimeter DC measurement
10. Interpret a multimeter AC measurement
Oscilloscope 11. Set up an oscilloscope
12. Measure frequency on an oscilloscope
13. Interpret an AC-coupled oscilloscope measurement
14. Interpret a DC-coupled oscilloscope measurement
15. Use two scope probes at the same time
16. Use the “difference” function on the scope
Meas’ment 17. Interpret an electrical measurement taken at one point in time
18. Interpret an electrical measurement taken across a span of time
Inductors 19. Is it safe to use this inductor in this circuit?
20. Is this inductor damaged?
21. What will happen in a DC inductor circuit?
22. What will happen in an AC inductor circuit?
23. What will happen in a DC resistor-inductor (RL) circuit?
24. What will happen in an AC resistor-inductor (RL) circuit?
Transformers 25. Is it safe to use this transformer in this circuit?
26. Is this transformer damaged?
27. What will happen in a DC transformer circuit?
28. What will happen in an AC transformer circuit?
Capacitors 29. Is it safe to use this capacitor in this circuit?
30. Is this capacitor damaged?
31. What will happen in a DC capacitor circuit?
32. What will happen in an AC capacitor circuit?
33. What will happen in a DC resistor-capacitor (RC) circuit?
34. What will happen in an AC resistor-capacitor (RC) circuit?
Suprpos 35. What will happen in an RC or RL circuit if we use AC and DC at the same time? 

 

Trouble-hooting 36. Take measurements to prove or disprove your predictions about a DC circuit
37. Take measurements to prove or disprove your predictions about an AC circuit
38. Use your measurements and predictions to fix a circuit problem
Filters 39. Can a circuit act as a filter?  If so which kind?
40. Find the critical frequencies of a circuit
41. Graph a Bode plot
42. Does a circuit need a filter?  What kind or why not?
RLC 43. What will happen in a DC resistor-inductor-capacitor (RLC) circuit?
44. What will happen in an AC resistor-inductor-capacitor (RLC) circuit?
Resonance 45. What is a parallel resonant circuit used for?
46. What is a series resonant circuit used for?
47. Find the resonant frequency of a circuit
48. What is resonance?
Score Means:
1 Understands something about the idea Starting
2 Understands everything about the idea except for that one conceptual error Hm
3 Understands the idea, has trouble applying it Almost
4 Understands and can apply the idea to a familiar problem Good
5 Understands and can apply the idea to a new kind of problem, or combine with other skills in a new way Wow!
 

Circuit Prediction Check

Do you know what happens to

Voltage ?
Current?
Resistance/Impedance?
Frequency?
Power?