Part I: Basic concepts: Circuit variables and circuit elements -- Basic circuit laws -- Single element circuits -- Part II: Analysis of memory less circuits: Nodal analysis and mesh analysis of memory less circuits -- Circuit theorems -- The operational amplifier as a circuit element -- Part III: Sinusoidal steady-state in dynamic circuits: Power and energy in periodic waveforms -- The sinusoidal steady-state response -- Sinusoidal steady-state in three-phase circuits -- Part IV: Time-domain analysis of dynamic circuits -- Simple RL circuits in time-domain -- RC and RLC circuits in time-domain -- Higher order circuits in time-domain -- Part V: Frequency-domain analysis of dynamic circuits -- Dynamic circuits with periodic input -- analysis by Fourier series -- Dynamic circuits with a periodic inputs -- analysis by Fourier -- Analysis of dynamic circuits by Laplace transforms -- Part VI: Introduction to network analysis: Two-port networks and passive filters -- Introduction to network topology.