Network Topology: Introduction and basic definitions of Elementary graph theory Tree, cut-set, loop. Formation of Incidence Matrices. Primitive network-Impedance form and admittance form, Formation of Y Bus by Singular Transformation. Y bus by Inspection Method. Illustrative examples.

Load Flow Studies: Introduction, Classification of buses. Power flow equation, Operating Constraints, Data For Load flow, Gauss Seidal iterative method. Illustrative examples.

Load Flow Studies(continued): Newton-Raphson method derivation in Polar form, Fast decoupled load flow method, Flow charts of LF methods. Comparison of Load Flow Methods. Illustrative examples.

Economic Operation of Power System: Introduction and Performance curves Economic generation Scheduling neglecting losses and generator limits Economic generation scheduling including generator limits and neglecting losses Economic dispatch including transmission losses Derivation of transmission loss formula. Illustrative examples.

Unit Commitment: Introduction, Constraints and unit commitment solution by prior list method and dynamic forward DP approach (Flow chart and Algorithm only).

Symmetrical Fault Analysis: Z Bus Formulation by Step by step building algorithm without mutual Coupling between the elements by addition of link and addition of branch. Illustrative examples. Z bus Algorithm for Short Circuit Studies excluding numerical.

Power System Stability: Numerical Solution of Swing Equation by Point by Point method and Runge Kutta Method. Illustrative examples.