B.Tech Computer Science and Engineering (Cyber Security and Forensics)

The b. Tech in computer science and engineering (cyber security and forensics) at mit-wpu offers students the foundations of cyber security, ethical hacking, network security, cryptography, and more. 

The programme aims to equip graduates with the knowledge to detect, analyse, and secure information using the latest technological tools. Students will also learn to apply theoretical learning to real-world scenarios, gain internships and projects, and be industry ready. MIT-WPU, through industrial collaborations with international firms, gives qualified B.Tech Computer Science graduates to tackle global cyber issues.

Major Tracks

• Networking and Security
• Software Design and Development
• Digital Forensics
• Information Management

Programme Highlights

• Case-based learning pedagogy for practical understanding
• State-of-the-art lab facilities for hands-on training.
• National and international immersion programmes for global exposure.
• Dedicated Centre for Industry-Academia partnerships for internship and placement support.
• Skill enhancement courses like business communication and effective presentation skills.
• MoUs with over 231 corporates for extensive training and research collaborations.
• Industry visits, guest lectures, seminars, and workshops by renowned experts.
• Entrepreneurship encouragement through MIT-WPU Technology Business Incubator (TBI).
• Hands-on training in cutting-edge technologies like iOS, Kotlin, full stack development, IoT, data science, and cyber security
• Hands-on training in fields like digital forensics, cyber laws and ethics and computational theories.

Career Prospects

• Software Developers
• Cloud Security Specialist
• Computer Forensics Analyst
• Penetration Tester
• Network Security Analyst
• Information Security Crime Investigator

Programme Outcomes

• Apply mathematics, science, and engineering knowledge to solve complex problems, design solutions, and conduct thorough investigations.
• Formulate and analyse engineering problems, critically review research literature, and apply modern tools and techniques to reach substantiated conclusions.
• Consider societal, environmental, and ethical factors, demonstrating responsibility in engineering practice.
• Communicate complex engineering concepts effectively, function as a leader in diverse teams, and produce technical documentation.
• Recognise the need for continuous learning, engage in independent research, and apply software engineering practices to deliver quality outcomes.