Courses | VD Academic Affairs

Special Types of Electrical Machines, Reluctance Motors, Hysteresis Motor, Variable-Reluctance Stepper Motor, Permanent-Magnet Stepper Motor, Linear Induction Motor, Universal Motor, Transients and Dynamics of AC Machines, Direct Current Machine Dynamics, Power Electronics-controlled Drives.

Laboratory experiments related to 0610443 course contents.

Specifications of Diodes, Thyristors and Transistors, switches and switch matrix, Diodes and Thyristor rectifiers with AC and DC source excitation, AC voltage controllers, single, and three-phase controlled rectifier circuits, DC-DC converters (Choppers), DC-AC inverters, switching losses and snubber circuits.

Laboratory experiments related to 0610446 course contents.

Economic dispatch operation of power system, Bus impedance model, Symmetrical three-phase fault, calculation of symmetrical components for Unsymmetrical faults, Unsymmetrical faults, power system stability, steady state and transient stability.

Laboratory experiments related to the contents of 0610452: Electrical Power systems II.

Network models and matrices, Z-Bus algorithms, table-of-factors and sparcity programming, three-phase networks, untransposed lines, symmetrical components, 3-phase network matrices, fault studies, Numerical methods, load flow studies, transient stability studies, swing and machine equations, load network representation, Multimachine transient, Stability programs.

Power network protection, circuit breakers, electromagnetic transients, economics of power supply.

Power distribution, load characteristics, distribution transformers, subtransmission networks, design of primary and secondary systems, voltage drop and loss calculations, capacitor applications, distribution system voltage regulation.

Introduction to networking, network Protocols & Architecture, LAN/WAN, Circuit Switching and Packet Switching Networks, Network Design, Network Resource management, Networks\' performance evaluation, and Network's security.

Networking overview. Protocols. Multimedia issues. Packet switching networks. Intelligent Networks. Ad-hoc and Sensor Networks. Mobile Networking and current trends in high speed networking.

Laboratory experiments related to 0610472 course contents.

Matrix Theory, eigenvalues and eigenvectors, diagonal form representation, jordan form matrix representation, state variables and state diagrams, solution of linear time, invariant state equations, controllability and observability, feedback design: state and output feedback design, observer design and observer-based control schemes, separation principle, case studies.

Sampling and reconstruction -- D/A and A/D converters -- Open loop discrete- time control systems - Closed loop discrete-time control systems -- Stability of discrete-time control systems -- Design of digital controllers -- Design of estimators for discrete time control systems -- Case studies.

Basic components of industrial control systems, design and Tuning of feedback controllers for industrial systems, advanced control techniques for industrial systems, multivariable industrial control, case studies.