University of East London
University of East London

Cyber Security Engineering MSc

University of East London, United Kingdom

Course Overview

This multidisciplinary course equips learners with advanced skills in hardware security, cyber engineering, and digital forensics. Designed for individuals with a keen interest in cyber technologies, it focuses on safeguarding, reverse-engineering, and investigating integrated circuits (ICs) and chips. Participants will gain expertise in cyber security engineering, hardware security, and digital forensics, enabling them to address challenges in automation, robotics, mechanical systems, and broader engineering sectors. This program prepares cyber professionals to adapt to evolving technologies and industry demands.

Course Type
PG
Course Nature
Full Time
Course Duration
1 Year
Total Fee
£15960
Intake
September 2024 , January 2024
Language Proficiency

Under Graduation: 55% 

English for HSE/SSE: 70% or IELTS: 6.5


Documents Required
  • 10TH
  • 12TH
  • DEGREE
  • DEGREE PROVISSIONAL CERTIFICATE
  • Degree Consolidated Marksheet
  • Degree Individual Marksheet
  • PASSPORT
  • LOR 1
  • LOR 2
  • MOI
  • CV
  • SOP
  • EXPERIANCE CERTIFICATES
University
University of East London
University Details

The institution of East London is a well-known public institution in the United Kingdom that was founded in 1898. According to the QS World University Rankings, 2023, the university is ranked among the top 1000 universities in the world, with 25,195 students from 140 countries. On its two campuses, the institution offers 149 undergraduate programmes, 159 graduate programmes, and a remote learning course.

Syllabus

Year 1 Modules

  1. Mental Wealth: Professional Life (Dissertation)

    • Develop skills for senior computing roles through a practical project.
    • Focus on research, ethics, self-reflection, and professional development.
  2. Internet of Things (IoT)

    • Learn key technologies, architectures, and applications of IoT systems.
    • Design and implement IoT solutions.
  3. Digital Forensics

    • Gain skills in extracting and analyzing digital evidence.
    • Understand forensic tools, procedures, and legal frameworks.
  4. Wireless Signal Propagation

    • Study wireless communication channels and antenna design.
    • Explore radio-wave propagation and modeling techniques.
  5. Hardware Security

    • Learn to identify and mitigate vulnerabilities in hardware systems.
    • Study cryptographic mechanisms and secure hardware design principles.

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