Master of Engineering Information Security
|
Duration
2 Years
|
Level
Post Graduation
|
|
Type
Degree
|
Eligibility
Bachelor of Engineering
|
ME Information Security or Master of Engineering in Information Security is a Post-Graduate Information Technology Management program. Information Security and Assurance will provide you with the skills required for network, communication, and data security, as well as the knowledge foundation for designing, implementing, and monitoring enterprise-level security and system integrity.
Aspiring applicants will become professional IT security managers, among other things. Information Security will equip you with the necessary information, theoretical foundation, abilities, and attitudes to excel in this demanding yet prestigious area. The Information Security program includes a wide range of courses, including technical modules as well as modules dealing with social, legal, and managerial issues. There are three specialties in the Information Security program: technology, digital forensics, and management. The Information Security program lasts two years and is designed to prepare students for careers.
ME Information Security Eligibility
- The students should have completed their Graduation in any relevant field such as a Bachelor of Engineering (BE) / Bachelor of Science (B.Sc) / Bachelor of Technology (B.Tech) or any other equivalent qualification from a recognized University.
- The aspirants should have secured a minimum of 45% marks in aggregate (40% in the case of SC/ST candidates) in their Bachelor's.
- In reputed universities and colleges, there is an entrance examination for admission.
ME Information Security Syllabus
Syllabus of Information Security as prescribed by various Universities and Colleges.
|
ME Information Security Semester-I
|
|
Sr. No.
|
Subjects of Study |
|
1
|
Foundations of Information Security |
|
2
|
Mathematical Foundations of Computer Science |
|
3
|
Software Systems Lab |
|
4
|
Elective-I
- Algorithms and Complexity
- Compiler Design
- Computability Theory
- Computer Architecture
- Operating System Design
|
|
ME Information Security Semester-II
|
|
1
|
Elective-II
- Algorithms
- Computer Networking
- Database Design
- Logic and Computation
- Programming Languages
|
|
2
|
Elective-III
- Distributed Computing
- Game Theory
- Logics for Computer Science
- Quantum Computation
- Topics in Combinatorial Algorithms
|
|
3
|
Elective-IV
- Multicore Systems
- Object-Oriented Modelling and Design
- Software Engineering
- Trends in Middleware Systems
- Topics in Computer Architecture
|
|
4
|
Elective-V
- Computational Intelligence
- Embedded Systems and Applications
- Image Processing
- Natural Language Processing
- Topics in Database Design
|
|
ME Information Security Semester-III
|
|
1
|
Project |
|
2
|
Elective-VI
- Bioinformatics
- Cryptography
- Formal Methods in Secure Computing
- Network Security
- Pattern Recognition
|
|
3
|
Elective-VII
- Advanced Topics in Information Security
- Crypto Complexity
- Information Theory
- Perimeter Security
- Theoretical Aspects of Cryptographic Algorithms
|
|
ME Information Security Semester-IV
|
|
1
|
Project Work |
|
2
|
Elective-VIII
- Computer Laws and Ethics
- Data Compression
- Information Security Management
- Pragmatics of Information Security
- Security Policies and Assurance
|
ME Information Security Colleges
ME Information Security Course Suitability
- Analog circuits, digital circuits, PCB design, schematic capture, board layout, vendor interface analysis, and simulation should all be known to them.
- Applicants must be capable of complicated problem-solving, such as recognizing difficult problems and examining associated information in order to design, assess, and execute solutions.
- Students can also use logic and reasoning to identify the strengths and limitations of alternate solutions, conclusions, or approaches to issues.
How is the ME Information Security Course Beneficial?
- The Information Security program trains students to manage teams of technologists in charge of information security assessments, architectures, operations, monitoring, auditing, and program leadership.
- Experienced workers with bachelor's degrees in information technology, computer science, or information systems will benefit from the Master of Engineering program in Information Security.
- If they already have a major security certification, it can help them progress through the needed subject area tests more swiftly.
- They can work as network security engineers, forensic analysts, information security crime investigators, security architects, disaster recovery managers, and security analysts.
ME Information Security Employment Areas
- Colleges & Universities
- Financial Service Institutions
- Government Departments
- IT Companies
- Local Authorities
- Security Consultancy Services
ME Information Security Job Types
- Chief Information Security Officer
- Information Security Manager / Information Systems Security Manager / Information Systems Security Officer
- Senior Security Analyst / Senior Security Administrator
