Coventry University
Coventry University

Electrical and Electronic Engineering MSc

Coventry University, United Kingdom

Course Overview

A Master of Science (MSc) in Electrical and Electronic Engineering is a graduate-level program that delves into advanced concepts and applications within the field of electrical and electronic engineering. This program typically aims to deepen students' understanding of electrical systems, electronics, and related technologies.

Course Type
PG
Course Nature
Full Time
Course Duration
1 Year
Total Fee
£17900
Intake
January 2025
Language Proficiency

  • DEGREE
  • IELTS

Documents Required
  • 10TH
  • 12TH
  • DEGREE
  • DEGREE PROVISSIONAL CERTIFICATE
  • Degree Consolidated Marksheet
  • Degree Individual Marksheet
  • LOR 1
  • LOR 2
  • MOI
  • SOP
University
Coventry University
University Details

Coventry institution is a prestigious public research institution in Coventry, England. The institution, which was founded in 1843, now has over 30,000 students from all over the world. Coventry University has campuses in five different cities, including London and Scarborough. The university's Coventry Campus is organised into four faculties, with over 300 programmes available at various academic levels.

Syllabus
  1. Advanced Mathematics for Engineers:

    • Advanced calculus and differential equations
    • Linear algebra and numerical methods
    • Complex analysis and Fourier analysis
  2. Advanced Electronics:

    • Analog and digital electronics
    • Electronic circuit design and analysis
    • Power electronics
  3. Digital Signal Processing:

    • Digital signal processing fundamentals
    • Signal analysis and filtering techniques
    • Real-time DSP applications
  4. Communication Systems:

    • Principles of communication engineering
    • Digital communication systems
    • Wireless communication technologies
  5. Control Systems:

    • Classical and modern control theory
    • Linear and nonlinear control systems
    • Robust control and state-space analysis
  6. Power Systems:

    • Power generation, transmission, and distribution
    • Renewable energy systems
    • Power system protection and stability
  7. Electrical Machines and Drives:

    • Principles of electromagnetic machines
    • Power electronics for motor drives
    • Design and control of electric machines
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