Master of Science in Information Technology

  • Choose from specialized tracks such as Artificial Intelligence, Cybersecurity, Data Science, Cloud Computing, and Blockchain to develop expertise in emerging technologies.
  • A blend of theoretical knowledge and practical application, co-developed with industry experts to ensure alignment with current job market needs and trends.
  • Emphasis on research projects and opportunities to publish papers or work on patents in advanced IT topics, promoting innovation and academic contribution.
  • Practical exposure to the latest software, frameworks, and development platforms such as TensorFlow, Hadoop, AWS, Kubernetes, and more through dedicated labs.
  • Industry collaborations offering opportunities for internships, live projects, and mentorship by professionals, ensuring exposure to real-world IT environments.
  • Opportunities for international student exchanges, global conferences, and collaboration with leading universities or tech companies for broader learning and networking.
  • PO1 – Advanced IT and Computing Knowledge: Demonstrate a deep understanding of advanced IT concepts, programming paradigms, system architecture, and emerging technologies.
  • PO2 – Problem Solving and Research Skills: Apply scientific and algorithmic approaches to investigate complex IT problems and contribute to research and development in computing.
  • PO3 – System Design and Integration: Design and implement robust, secure, and scalable IT solutions integrating software, hardware, databases, and networks.
  • PO4 – Mastery of Modern Tools and Techniques: Use cutting-edge development tools, cloud platforms, data analysis environments, and frameworks for building and analyzing IT systems.
  • PO5 – Ethics and Professionalism: Apply ethical principles and professional standards in IT practices, considering cybersecurity, privacy, and responsible use of technology.
  • PO6 – Communication and Collaboration: Communicate effectively on technical matters with peers, clients, and stakeholders, and function efficiently in collaborative, interdisciplinary teams.
  • PO7 – Innovation and Lifelong Learning: Engage in continuous learning to adapt to evolving IT landscapes, and foster innovation through critical thinking and creative problem-solving.
  • PO8 – Project Management and Entrepreneurship: Manage IT projects effectively using principles of software engineering, quality assurance, and entrepreneurship to develop and deliver technology solutions.
  • Duration – 2 Years (04 Semesters)
  • Mode of Instruction - English