This two-year program is designed for individuals with a Bachelor’s degree in a non-engineering field who are interested in pursuing a career in electrical engineering. The program provides a comprehensive foundation in electrical engineering principles, coupled with hands-on laboratory work and projects, to prepare graduates for success in this dynamic field.

Year 1

  • Preparatory Engineering Modules (40%)
    • Introduction to Engineering (Mechanics, Statics, Dynamics)
    • Engineering Mathematics (Calculus, Differential Equations, Linear Algebra)
    • Physics for Engineers (Electricity & Magnetism)
    • Introduction to Computing (Python/ C++)
  • Electrical Engineering Fundamentals (40%)
    • DC and AC Circuits Analysis
    • Electrical Components and Devices
    • Electronics Fundamentals (Semiconductors, Diodes, Transistors)
    • Introduction to Electrical Machines (Motors & Generators)
  • Laboratory Skills Development (20%)
    • Basic Electronics Lab (Circuit building, Measurements)
    • Electrical Engineering Simulation Tools (Software for circuit analysis)
    • Introduction to Programming for Engineers (applying code to electrical problems)

Year 2

  • Core Electrical Engineering Courses (60%)
    • Power Systems Analysis (Generation, Transmission & Distribution)
    • Control Systems (Modeling, Analysis, and Design)
    • Power Electronics (Converters, Inverters, Rectifiers)
    • Digital Signal Processing (Filtering, Analysis and Applications)
  • Elective Courses (20%) Students choose two or three electives to specialize in a particular area
    • Renewable Energy Systems (Solar, Wind, and Energy Storage)
    • Microcontrollers and Embedded Systems (Programming & Interfacing)
    • Building Electrical Systems Design
    • Electromagnetic Compatibility (EMC & EMI)
    • Introduction to Industrial Automation
  • Capstone Project (20%) Students undertake a year-long project under faculty supervision. The project allows them to apply their acquired knowledge to a specific problem and develop research and design skills.

Assessment:

  • A combination of coursework assignments, laboratory reports, exams, presentations, and a final project evaluation will be used for assessment.

Benefits of the Program:

  • Gain a comprehensive understanding of electrical engineering principles for non-engineering backgrounds.
  • Develop strong practical skills through hands-on laboratory work and projects.
  • Specialize in a chosen area through elective courses.
  • Enhance research and design capabilities through the capstone project.
  • Prepare for careers in various sectors like power systems, renewable energy, automation, control systems, and building electrical design.

Target Audience:

  • Individuals with a Bachelor’s degree in a non-engineering field (Science, Mathematics, or related disciplines).
  • Professionals seeking a career change into the electrical engineering field.

 

PLAR Ready

  • You can skill courses by attending PLAR process.