Electrical Engineering for Non-Electrical Engineers
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Electrical Engineering for Non-Electrical Engineers Course
Introduction:
The course provides comprehensive coverage of the fundamentals of electrical and electronics, beginning with essential concepts like Ohm's law, electrical safety, DC network analysis, batteries, and power supplies. It further delves into topics such as magnetism and electromagnetism, as well as capacitors and inductors.
The course also encompasses the basics of AC theory, exploring fundamental principles like reactance and impedance (R, L, C, and Z). Additionally, it covers transformers, polyphase circuits, active and reactive power, power factor, and the operation of both single-phase and three-phase motors.
Course Objectives:
Upon completion of this course the participant will be able to:-
· Understand the concepts and terminology of electrical circuits and electronics.
· Know more about the main components of electrical circuits.
· Grasp basic knowledge about AC basic theory and fundamentals.
· Overview of the basics of electronics.
· Get familiar with analog and digital electronic
Who Should Attend?
Mechanical, electrical, civil, industrial, construction Control & Instrumentation, plastics & material, environmental & Maintenance Engineers and other engineers who need to communicate effectively with chemical/process engineers. Food Scientists, environmental technicians, chemists, chemical Plant Operators, and laboratory Technicians can also be attended.
Course Outlines:
Introduction & DC Basics
- Basic concepts of Electricity
- Ohm’s law
- Electrical safety
- DC network analysis
- Batteries and power supplies
- Magnetism and electromagnetism
- Capacitors and inductors
- Dc machines
AC fundamentals
- Basic AC theory
- Reactance and impedance R, L, C and Z
- Transformers
- Polyphase circuits
- Active & reactive power and power factor
- AC single and 3 phase motors
Electronics basics
- Semiconductors construction and operation
- Diodes characteristics
- Diode circuits and applications
- Thyristors and triac operation and applications
- Isolated gate bipolar transistors IGBT
- DC Motors drives
- Inverters and AC motor drives
Analog and Digital Electronic
- Operational amplifier and analog electronics basics
- Op-Amp circuits and applications
- Fundamentals of digital electronics
- Logic gates
- Logic circuits and applications
Case studies and practical considerations
- Practical electric measurements
- Electric hazard, risk and safety
- Electric systems troubleshooting
- Electric/electronic systems protection fault tracing
- Q&A