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MSc Digital Forensics and Information Security

Master of Science

Digital Forensic and Information Security with Certification from GUVI HCl and CHFI (EC Council)

Overview

The MSc in Digital Forensics and Information Security at JAIN (Deemed-to-be University), Bangalore, is a specialised postgraduate programme designed to develop expertise in cybercrime investigation, digital evidence analysis, and information security management. The programme integrates knowledge from cybersecurity, computer science, forensic science, and cyber law to address the growing demand for professionals capable of investigating digital crimes and protecting critical information systems in an increasingly connected world.

Structured as a two-year postgraduate programme, the curriculum combines theoretical foundations with extensive laboratory work, case-based learning, and technology-driven instruction. Students gain practical exposure to areas such as digital evidence acquisition, malware analysis, mobile and network forensics, threat intelligence, and security governance. Learning is supported through forensic laboratories, simulation tools, case study analysis, internships, and supervised research projects. The academic structure is aligned with the principles of National Education Policy 2020, UGC CCFPP, National Credit Framework, and National Higher Education Qualification Framework, ensuring national academic standards and flexibility.

The curriculum is designed in collaboration with industry professionals and incorporates opportunities for internships, capstone projects, and applied research. Students also gain exposure to professional certification pathways such as the Computer Hacking Forensic Investigator (CHFI), supported through industry integration with HCLTech and GUVI. The programme prepares graduates for careers in digital forensics, cybersecurity operations, and cybercrime investigation, while also providing a strong foundation for doctoral research in cybersecurity and digital investigation.

Certifications Offered: Industry Integration with GUVI-HCL and Additional CHFI Certification by EC Council

 

Eligibility

A student who has passed a 3-year undergraduate degree (level 5.5, a total of 120 credits) shall be eligible for admission to 2-year MSc programmes.

Preference will be given to candidates who have secured at least 50% marks (45% marks in case of candidates belonging to reserved category) in the qualifying examination.

However, students who have not studied requisite courses from Science discipline related to the respective programmes will have to undertake the prescribed bridge course(s).

Duration: 2 Years - 4 Semesters

Total Credits: 88 Credits (as per UGC CCFPP and NCrF framework)

 

Apply Now Brochure
Program code: 044
Course code : 4419
Course Commencement : Jul 2026
enquiry.pg@jainuniversity.ac.in

Study Campus

School of Sciences
#34, 1st Cross
J C Road
Bangalore - 560 027
P +91 80 4343 0100

Admissions Office

JAIN Knowledge Campus
#44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 560 069
P : +91 73376 13222

Curriculum Structure

  • Introduction to Forensic Science and Crime Scene Investigation
  • Introduction to Forensic Science and Crime Scene Investigation Lab
  • Python Programming
  • Python Programming Lab
  • Cyber Crime and Cyber Law
  • Computer Architecture
  • Computer Architecture Lab
  • Digital Forensic Investigation
  • Digital Forensic Investigation Lab
  • Mobile and Network Forensics
  • Mobile and Network Forensics Lab
  • Generic Elective
  • Transdisciplinary Project Centric Learning I

  • Multimedia Forensics
  • Multimedia Forensics Lab
  • Fundamentals of Information Security
  • Fundamentals of Information Security Lab
  • Incident Handling and Response
  • Email and Cloud Forensics / Internet of Things Forensics
  • Email and Cloud Forensics / Internet of Things Forensics Lab
  • Research Method and Statistics
  • Transdisciplinary Project Centric Learning II
  • Generic Elective
  • Project

  • Cryptography
  • Cryptography Lab
  • Advanced Governance Compliance / Threat Hunting & APT Management
  • Advanced Governance Compliance Lab / Threat Hunting & APT Management Lab
  • Business Continuity and Disaster Recovery / Advanced Malware Analysis and Reverse Engineering
  • Business Continuity and Disaster Recovery Lab / Advanced Malware Analysis and Reverse Engineering Lab
  • Risk Analytics for Security and Digital Investigations / Embedded Device Security
  • Risk Analytics for Security and Digital Investigations Lab / Embedded Device Security Lab
  • Project
  • Transdisciplinary Project Centric Learning III

  • Audit Automations and Forensic Data Analytics / Forensic Automation and AI-Assisted Investigations
  • Audit Automations and Forensic Data Analytics Lab / Forensic Automation and AI-Assisted Investigations Lab
  • Strategic Defence in Security Systems / Advanced Vulnerability Analysis and Penetration Testing (Offensive Security)
  • Strategic Defence in Security Systems Lab / Advanced Vulnerability Analysis and Penetration Testing (Offensive Security) Lab
  • Transdisciplinary Project Centric Learning IV
  • Internship
  • Project

Course Highlights

  • Structured Postgraduate Programme: A comprehensive two-year, four-semester MSc programme with an 88-credit structure that integrates core subjects, electives, internships, and a dissertation component.

  • Strong Foundational Curriculum: Early semesters build expertise in forensic science fundamentals, cyber law, crime scene investigation, Python programming, and core digital forensics concepts.

  • Advanced Digital Forensics Modules: Students explore specialised domains including mobile forensics, multimedia forensics, network and cloud investigations, IoT security, and malware analysis.

  • Dedicated Laboratory Training: Practical sessions in digital forensic laboratories provide hands-on experience with investigative tools, data recovery techniques, and evidence analysis.

  • Specialisation Opportunities: Students can pursue focused learning pathways such as DFIR, offensive security, governance and compliance, and embedded or device security through guided academic counselling.

  • Industry Collaboration and Exposure: Partnerships with industry professionals, cybersecurity practitioners, and forensic experts provide insights into current investigative practices and emerging technologies.

  • Internship and Capstone Project: A mandatory internship and final research or project dissertation allow students to apply academic knowledge in professional environments or research settings.

  • Career and Research Preparation: The programme supports preparation for cybersecurity careers, professional certifications, and advanced academic research including doctoral studies.

Career Enhancement Programs

JAIN (Deemed-to-be University) supports the professional growth of postgraduate students through a range of career development initiatives that strengthen research skills, industry readiness, and technical expertise. These programmes encourage students to engage in applied research, develop innovation-driven projects, and build professional networks within the cybersecurity and digital forensics ecosystem.

  • Research Accelerator Programme: Structured mentoring and research guidance that supports postgraduate students in developing high-quality academic research projects.

  • Scientific Writing Workshops: Training sessions that help students prepare research papers, technical reports, and academic publications.

  • Industry Expert Sessions: Interactive sessions with DFIR analysts, SOC managers, cybersecurity consultants, and cybercrime investigators.

  • Technical Software Training: Hands-on training in tools such as Python, MATLAB, and simulation platforms used in digital investigation and cybersecurity research.

  • Conference Participation: Opportunities to present research through poster sessions or technical presentations at national and academic conferences.

  • Innovation and Patent Guidance: Faculty mentorship that supports students interested in developing cybersecurity solutions and filing patents for digital security innovations.

  • Mini Research Projects: Practical projects in areas such as malware analysis, threat detection, and DFIR workflow development.

  • Project and Research Mentorship: Continuous academic supervision to guide students through internships, dissertations, and applied research work.

Career Outcomes

  • Digital Forensics Investigation
    Graduates develop expertise in collecting, analysing, and preserving digital evidence from computers, networks, and mobile devices. Career roles include digital forensic analyst, cyber forensic investigator, and eDiscovery specialist in investigative agencies and private organisations.

  • Cybersecurity and SOC Operations
    Students gain the operational skills required to monitor, detect, and respond to cyber threats in Security Operations Centres. Graduates commonly work as SOC analysts, incident response specialists, and cybersecurity operations engineers.

  • Threat Intelligence and Malware Analysis
    The programme equips students with analytical capabilities to study cyber threat patterns and malicious software. Career roles include threat intelligence analyst, malware analyst, and reverse engineering specialist within cybersecurity teams.

  • Governance, Risk and Compliance
    Students learn to evaluate organisational security frameworks and regulatory compliance requirements. Career opportunities include roles in information security governance, risk management, and security policy implementation.

  • Government and Law Enforcement Roles
    Graduates may contribute to cybercrime investigations and national security initiatives within specialised agencies. Opportunities exist in cybercrime cells, forensic science laboratories, and national cyber defence organisations.

  • Cybersecurity Consulting and Industry Roles
    The programme prepares students to provide professional advisory services on digital risk management, security architecture, and cyber incident response. Graduates often work as cybersecurity consultants, vulnerability analysts, or penetration testing specialists.

  • Research and Development
    Students interested in technological innovation can pursue research roles focused on developing advanced digital investigation tools and cybersecurity solutions. Opportunities exist in research laboratories, technology companies, and innovation centres.

  • Higher Studies and Doctoral Research
    The academic and research-oriented curriculum prepares graduates for advanced study in cyber security, digital forensics, computer science, and information security. Many students pursue doctoral research or specialised postgraduate qualifications in India and internationally.

FAQ's

What is the eligibility for this programme?

Students who have completed a three year undergraduate degree at Level 5.5 with a total of 120 credits are eligible for admission to the two year MSc programme. Preference is given to candidates who have secured at least 50 per cent marks, or 45 per cent for candidates from reserved categories, in the qualifying examination. Students who have not studied the required science courses related to the programme may be required to complete prescribed bridge courses.

Are specialisations mandatory?

Yes. Students are required to choose one of the two available specialisations offered within the programme.

When do students choose their specialisation?

The specialisation is selected during Semester 3 after academic counselling.

Does the programme include a dissertation?

Yes. The dissertation component begins in Semester 2 and continues through the later semesters of the programme.

Can dissertation work be conducted outside the university?

Yes. Students may undertake their dissertation work outside the university with prior departmental approval and under the guidance of an approved supervisor.

Are internships compulsory?

Yes. Students are required to complete a minimum four credit internship or field experience as part of the programme.

Does the programme prepare students for PhD studies?

Yes. The curriculum, practical training, and dissertation work provide a strong foundation for doctoral studies and research careers.

Are laboratory and practical components included in the programme?

Yes. Most courses include laboratory sessions or practical training to help students develop applied scientific skills.

Is programming knowledge required for this programme?

Basic knowledge of Python programming is recommended. Students will also receive training in programming as part of the coursework.

Does the programme encourage learning from online platforms?

Yes. Students are encouraged to use recognised online learning platforms and digital resources to supplement classroom learning and develop additional skills.