CSE(IOT,Cyber Security
Including Block Chain Technology)

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Vision

To become recognised as a pioneer in IoT, Blockchain Technology, and Cyber Security research, innovation, and education. To build competent Internet of Things Engineers with a strong emphasis on safeguarding the security and privacy of networked systems, in addition to a wealth of technical expertise and problem-solving skills.

Mission

  • To impart cutting-edge education on the Internet of Things to enable the development of novel and innovative applications utilizing Blockchain Technology and Cyber Security.
  • To foster strong ethically and socially sensitive IoT professionals through value-added training.
  • To promote industrial and alumni associations for student development that encourages socioeconomic and technical advancement.

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Program Highlights

Integrated Tri-Domain Expertise

This program stands out by seamlessly integrating IoT, Cyber Security, and Blockchain—recognizing the deep interconnectivity between these technologies. Students learn to secure IoT ecosystems with blockchain or use IoT data for intelligent cybersecurity systems.

Project-Based, Real-World Learning

The curriculum emphasizes experiential learning through:

  • Hands-on laboratory work
  • Capstone projects
  • Industrial internships
  • Domain-focused workshops

    • This approach ensures students gain the confidence and practical expertise needed to implement solutions in real-world contexts.

    Solving Societal Challenges

    Our academic and research focus is oriented toward impactful outcomes. Students work on projects aimed at:

  • Enhancing digital governance
  • Protecting healthcare data
  • Enabling secure smart cities
  • Promoting transparent supply chains using blockchain

    • Focus on Emerging Threats

    As digital threats evolve, the department evolves too. The curriculum is updated to address emerging cyber vulnerabilities, especially those related to IoT and blockchain. Students explore:

  • Advanced cryptography
  • Secure coding practices
  • Proactive threat intelligence techniques

    • Industry Collaboration and Relevance

    We maintain strong partnerships with leading tech industries and research institutions. These collaborations ensure:

  • Real-world industry problems are brought into classrooms.
  • Students gain access to industry mentorship, certifications, and placement opportunities.
  • Curriculum remains aligned with current and future market demands.

    • At the cutting edge of technological innovation, the Department of Computer Science and Engineering (Internet of Things, Cyber Security & Blockchain Technology) is dedicated to building a safer, smarter, and more connected digital world. This interdisciplinary program focuses on three rapidly evolving and highly impactful domains:

  • Internet of Things (IoT):Students explore the design, development, and deployment of smart devices, sensors, and communication networks. They work on applications that drive smart cities, industrial automation, connected healthcare, and environmental monitoring—harnessing data for real-time insights and intelligent decisions.
  • Cyber Security:In an increasingly digital society, securing data and systems is vital. The curriculum equips students with skills to identify, prevent, and mitigate cyber threats. Key topics include network security, ethical hacking, data privacy, cryptography, and secure software development—enabling students to protect both infrastructure and individuals.
  • Blockchain Technology:This revolutionary ledger system ensures transparency, data integrity, and decentralization. Beyond cryptocurrencies, students learn about applications such as digital identity, decentralized finance (DeFi), secure voting, and supply chain management, building the future of trust and transparency.

    • With a strong emphasis on hands-on learning, multidisciplinary research, and industry-relevant projects, the department prepares students to navigate and innovate across these dynamic fields.

    Program Educational Objectives (PEO's):
    1. To acquire knowledge about engineering concepts in order to address computer science and engineering issues with a focus on Internet of Things, cyber security, and blockchain technology
    2. Graduates ought to be ethically driven, capable of taking on leadership roles, skilled in their fields, and conscious of their social duty.
    3. Graduates to advance professionally should pursue lifelong learning and improve their ability for creative thinking and research.
    Program Specific Outcomes (PSO's):
    1. The ability to acquire and use new programming skills in Cyber Security and Block Chain Technologies in order to adapt to a fast changing environment
    2. An ability to acquire and adjust to the fundamentals of ethical behaviour, collaboration, and universal human values in order to promote an entrepreneurial mind-set and the quest of knowledge at all levels.
    Sl No Academic Year Total Offers
    1 2017-18 23
    2 2018-19 46
    3 2019-20 30
    4 2020-21 13
    5 2021-22 14
    6 2022-23 17
    7 2023-24 27

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