Advanced Diploma in Electrical Engineering

This qualification aims to provide learners with the knowledge, skills, and competencies to equip them with practical knowledge and an understanding of the boundaries in the field of electrical engineering technology. Learners will have the following capabilities:

  • applying specialist technical, creative, and conceptual skills in planning and developing strategic solutions to technical problems
  • leading or supervising teams within a technical or professional activity
  • addressing own learning needs and function independently and within learning groups; supporting and observing ethical standards.

Courses

Develop English
language skills

Demonstrate critical thinking and research skills

Solve problems
in work & energy

Apply fundamental concepts and skills
in algebra, geometry,
& trigonometry

Explore Health,
Safety, and Environment
at Workplace

Interpret and Document Technical Information

Interpret and prepare technical drawings

Explore the Knowledge
& skills of Codes
& Standards in Electrical Engineering

Demonstrate AC and DC Principals in Electronic Circuits

Explore AC Electrical Circuits

Explore Simulations of Electrical Circuits

Analyse electrical machines

Apply DC and AC machines in Engineering

Maintain Electrical Circuits and Systems

Terminate and Connect Low Voltage Electrical Cables

Explore electronics

Explore Combination logics

Test and Maintain Electrical Transformers

Select instruments and sensors for measurement

Describe the Fundamentals of Mechatronic Electromechanical Drives

Create Printed Circuit Boards

Create simple software programs

Write programs using C++

Analyse control systems for engineering

Illustrate the Fundamentals of Programmable Logic Controllers (PLCs)

Apply Engineering Technology to Real or Simulated Situations to Produce Technical Solutions

Perform Practical Training and Support in Electromechanical Based Industries

Explore Electrical Installation

Analyse the Operation of Protective Relays in Power Systems

Demonstrate Proficiency in Fundamentals of Electrical Power Systems

Explore Basics of Power Electronics

Explore Electronic Devices

Analyse Advanced Electronic Devices
& Circuits

Analyse Transmission
& Distribution of Electric Power and Conductors

Apply Knowledge
of Power System Operation & Control

Analyse the Fundamentals of Digital Control Systems

Manage Engineering Projects

Develop, Present and Evaluate Plausible Solutions to Actual or Simulated Engineering Problems

Apply Comprehensive Workplace Skills in Electromechanical System Technology