11,January 2025
Cyber forensics is a branch of forensic science that focuses on recovering and investigating digital or electronic data. These data can originate from any digital asset or data storage unit, such as a computer system, cloud service, mobile device, and so on. Technically, each of these digital assets has a unique data storage design, which serves as the foundation for categorizing digital forensics. It has several sub branches, including forensic data analysis, network forensics, computer forensics, and mobile device forensics.
About the Course
Students who are willing to pursue M.Sc. in Cyber Security & Forensic Science are required to meet the minimum required eligibility. Some important details related to the specified course are listed below.
Course Duration:
The course is completed on a full-term basis, lasting two years and divided into four semesters.
M.Sc. in Cyber Security & Forensic Science Eligibility:
The core qualifying requirements for the M.Sc Cyber Security programme are listed here.
- A degree in Cyber Security, Computer Science, or Information Technology from a recognized institute with a minimum of 50% aggregate marks is necessary.
- The proportion of passing grades varies by institution or college.
Career opportunities:
A M.Sc. in Cyber Security provides you several career opportunities in this industry. As the world has evolved and gotten more interconnected through technology, so have the malpractices, making the cyber security course more relevant. There is a great need for cyber security degree graduates to help secure all of the company's data. Job prospects include ethical hacking, cryptographic competence, penetration testing, security software creation, and cyber legal services.
The table below outlines some of the key career opportunities for M.Sc Cyber Security & Forensic Science candidates.
| Job Profile | Job Description |
|---|---|
| Penetration Tester | Businesses engage penetration testers to increase information security by detecting and correcting system problems before criminal hackers exploit them. |
| Cyber Legal Service | This involves monitoring cyber laws, security, privacy, and other related rules and regulations. |
| Cryptographers | A cryptographer is someone who examines and deciphers encrypted material to assist law enforcement or government agencies in their investigations of crimes, threats, or security problems. |
| Security Software Developer | A software developer's tasks include testing, running, and implementing software to safeguard the company's data from hackers and theft. |
| Security Code Auditor | A Security Code Auditor examines source code to detect potential vulnerabilities, security flaws, exploits, or breaches of programming standards. |
In addition to the above, some other career prospects are experts in forensic science
laboratory
Private detective, Lecturer, vigilance officers in private banks and airports,
IT companies, Intelligence agencies, Police departments and Digital security analyst.
Learning Outcomes
Graduates who successfully complete the MSc in Cyber Security and Forensics will be able to:
- Understand and apply key principles of cyber security and digital forensics, such as network defense, risk management, and cryptography.
- Conduct extensive forensic investigations to preserve, discover, evaluate, and present admissible digital evidence in court.
- Analyze and mitigate cyber dangers by designing and implementing strong security measures to safeguard information systems and data from assaults.
- Create and administer comprehensive security policies that meet legal and regulatory standards.
- Use advanced tools and techniques. Use modern tools and techniques to identify intrusions, monitor networks, analyze malware, and respond to incidents.
- Utilize critical thinking and problem-solving abilities to tackle difficult cyber security challenges and create new solutions.
- Demonstrate grasp of ethical and legal problems in cyber security and digital forensics.
- Contribute to the field of cyber security and forensics by doing independent research and developing a capstone project or dissertation.
SPECIAL FEATURES:
The course is designed with unique syllabus where students are trained with hand on experience in the relevant software’s other subject related aspects. During the course, students are prepared with more exposure to the subject and its contents. However, we have listed common subjects covered in each semester.
COURSE STRUCTURE:
| Semester | Subjects |
|---|---|
| 1st Semester |
Programming language - C++ Research methodology and Statistics Introduction to Cyber Forensics Security and Vigilance Forensic Audio Video analysis and speaker identification |
| 2nd Semester |
Introduction to scripting language IT Act OS and File system Minor Research Constitution of India |
| Specialization - Ethical Hacking and Network Security | |
| 3rd Semester |
Computer Programming language - Python Ethical hacking and Network security - Part 1 Internship (1 Month) |
| 4th Semester |
Computer Programming language - Android Ethical hacking and Network security - Part 2 Major Research |
| Specialization - Malware Forensics | |
| 3rd Semester |
Computer Programming language - Python Malware analysis basics Internship (1 Month) |
| 4th Semester |
Computer Programming language - Android Malware forensics Major Research |
Note: Candidates are required to check the course structure with the respective college as it may vary from institution to institution.
Conclusion
To summarize, earning M.Sc. in Cyber Security & Forensic Science provides a holistic educational experience that prepares students to face the expanding problems of the digital world. The course covers a wide range of topics, including ethical hacking, network security, malware forensics, and cryptography, ensuring that graduates are well-prepared to deal with sophisticated cyber threats. The mix of academic knowledge and practical experience, such as internships and research projects, gives students a solid foundation in cyber security and digital forensics.
This advanced degree provides prospects in a variety of industries, including IT, law enforcement, intelligence agencies, and private organizations. Graduates can work as penetration testers, security software developers, cryptographers, or digital security analysts, all of which help to secure sensitive data and systems. The growing need for cyber security specialists makes this subject not only promising, but also critical to ensuring privacy and security in the digital era.
Finally, the M.Sc. in Cyber Security & Forensic Science is a fantastic alternative for students looking to gain experience in digital security, as it provides both intellectual progress and job advancement in a fast changing sector.