To understand fundamental electrical principles: Acquire a solid foundation in basic electricity, electro-magnetism, and electric motor theory.  To perform Motor Circuit Analysis Testing: Develop proficiency in testing AC and DC machines, analyzing motor circuits, and identifying faults. To apply Vibration Analysis and Infrared Thermography: Gain practical skills in using vibration analysis and thermography for electric motor fault detection.  To master Electrical Signature Analysis: Learn pattern recognition of AC/DC machines, analyze electrical faults, and identify coil-to-coil shorts.   To comprehend Partial Discharge Theory: Understand the theory and measurement procedures of partial discharge in electrical systems.   To explore Harmonic Analysis in Electrical Systems: Learn about harmonic analysis, voltage distortion, current distortion, total harmonic distortion, and the impact of nonlinear loads.   To introduce Electrical Designing Concepts: Understand the basics of electrical designing, transmission concepts, layout, and wiring principles.   To perform Electrical Power Calculations: Gain proficiency in calculating electrical power requirements for different applications.   To select Transformers and UPS systems: Understand the criteria and procedures for selecting transformers and uninterruptible power supply (UPS) systems.