Course covers fundamentals of calculation of motions, power, efficiency, impulse and momentum. It starts with examples of linear and curvilinear motion. Topics to be covered include impulse and momentum calculation.

To know the capacitor and the inductor, each of which has the ability to both store and deliver finite amounts of energy. They differ from ideal sources in this respect, since they cannot sustain a finite average power flow over an infinite time interval.

To understand the simple RL and RC circuits will also enable us to suggest modifications to the amplifier or motor in order to obtain a more desirable response.

To study the two basic types of RLC circuits: parallel connected, and series connected.

To study the complete response of a linear electric circuit is composed of two parts, the natural response and the forced response..

This course enhances students’ knowledge and understanding on pneumatic and electro-pneumatic control system used in industrial automation field. The course deals with the control of pneumatic actuators using electrical sensing and switching devices.

C++ Programming is intended for software engineers, systems analysis, program managers and user support personnel who wish to learn the C++ programming language. In addition, the C++ standard is the same the any platform or compiler.