Diploma in Electrical Engineering

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Diploma in Electrical Engineering

  • Course level: Professional Courses

Description

The Electrical Engineering Field is a crucial part of the industrial as well as the domestic market. In the electrical Engineering Field, there are various small skills courses from and accredited training that is very useful in everyday life. This ranges from home domestic repairs up to heavy Industrial Electrical work including CCTV and Security systems. We strive to present quality Accredited training in the Electrical Engineering Field as well as KHDA approved short skills courses.

Program
Hours
General and domestic electricity
Training on public safety rules at work.
Understanding the section’s occupational safety guidelines and IP protection systems.
4
Source of electricity and different types of electricity.
Stages of electricity production and its distribution.
Basics of general electricity.
Voltage difference and electric current details
Energy Law and Ohm’s Law
10
Knowing about electrical devices and tools used to measuring and checking the electrical system and how to use them.
10
Types of electrical wires used in electrical connection.
Properties of the electrical wires used in the connections (according to the applicable regulations).
6
Training on how to connect and install electrical outlets and their different types.
Training on how to connect and install switches of electrical points.
Training on know the electrical symbols.
8
Electrical protection devices and knowing on their different types.
Training on how to connect electrical protection devices.
Calculations related to the electrical protection system.
6
Components of the electrical distribution panel (domestic).
Different types of electrical (domestic) distribution panels.
Calculations for electrical (domestic) distribution panels.
Distribution of electrical loads in the electrical distribution panel (domestic).
Training on how to connect the electrical distribution panel (domestic).
Training on identify symbols in SLD electrical diagrams.
14
Connecting contactor circuits and electrical control circuits.
14
Connecting electrical sensor systems in domestic facilities.
4
Training on connecting electrical switches
2
Learning about the basics of electric motors and knowing about their operation principle (Induction Motor)
6
Training on maintenance skills and finding electrical faults

Electrical connection points.

Electrical distribution panels.

Horizontal water pumps used in domestic irrigation systems.
10
Designing practical project.
2
Final evaluation of the domestic electricity program.
2
Solar energy
Learning about the different solar energy systems and the components/devices of the solar energy system.
2
Gaining knowledge and practice about the technologies used for the solar energy system and the components of the solar energy system hardware.
2
Learning about the basics of calculating electrical loads and how to design a system based on solar energy.
4
Gaining knowledge and practice on how to connect solar energy systems.
4
The ability to apply the acquired practical skills (from the General Electricity Basics Program) in connecting different electrical protection devices to the solar energy system.
2
Practical training in the design of a solar power system Off Grid a 3kVA .
4
Learning about the solutions used and used to improve the efficiency of the solar energy system.
2
Gaining and applying of practical skills in how to inspect the solar energy system and diagnose technical faults.
2
Calculating the costs of implementing a solar energy system and how to benefit from solar energy-related systems.
2
Designing Practical project.
2
Final evaluation.
2
Electronics
How to use the BreadBoard and connect the electronic parts through it.
2
Learning about the different electronic parts (LED, Diode, Inductor, Capacitor, Resistor, etc…)
6
Zener Diode Circuits Connection Voltage Regulator Circuits.
4
Connecting the Full Bridge Rectifier.
4
Using the Oscilloscope and Function Generator.
4
Gaining the skills and basics of soldering using SMD Rework and hands-on training on electronic boards.
6
How to connect the EMI circuit
AC/DC Fixed Power Supply Circuit Design
4
PNP & NPN transistor circuits and practical application for electronic circuits.
4
Circuits (Digital) for the timer. Timer 555
8
Types of relay and how to connect it in an electronic circuit.
Practical application of electronic circuits using Relay
2
Practical application of the LDR circuit
2
Gaining skills in the basics of maintenance and troubleshooting electronic boards.
4
Designing Practical project.
2
Final evaluation.
2

What Will I Learn?

  • Mathematical Skills: Proficiency in rounding, scientific notation, percentages, and area/volume calculations.
  • Data Interpretation: Ability to read scales, tables, graphs, and charts.
  • Trigonometry: Application of Pythagoras’ Theorem and trigonometric functions.
  • Formula Application: Competence in using engineering formulae.
  • Communication: Development of reading, writing, speaking, and listening skills.
  • Software Proficiency: Use of word processing, spreadsheet, and engineering software.
  • Research Skills: Effective internet searches for information.
  • Electrical Concepts: Understanding DC networks and magnetic fields.
  • Waveform Analysis: Knowledge of sinusoidal waveforms.
  • Electrical Systems: Description of HV and LV systems.
  • Measurement Skills: Conducting electrical measurements.
  • Installation Skills: Installing and testing electrical systems.
  • Motor Knowledge: Understanding various motors and generators.
  • Maintenance Skills: Basic fault diagnosis and maintenance methods.
  • Electronic Devices: Identification and application of electronic devices.
  • Circuit Assembly: Skills in assembling and testing circuits.
  • Testing Equipment: Proficiency in using multimeters and oscilloscopes.
  • PLC Programming: Knowledge of PLC programming for industrial processes.
  • Security Systems: Familiarity with security and alarm systems.

Target Audience

  • Professionals: Engineers and technicians seeking to upgrade their skills or knowledge in electrical systems.
  • Industry Workers: Employees in manufacturing, construction, or energy sectors looking to specialize in electrical applications.
  • Technicians: Those involved in installation, maintenance, or repair of electrical systems and equipment.