Programs
B. Tech. Computer Science and Engineering
(Internet of Things and
Cyber Security including Blockchain Technology)
B. Tech. Computer Science and Engineering
(Internet of Things and
Cyber Security including Blockchain Technology)
The B.Tech. Computer Science & Engineering with a Specialisation in Cybersecurity, IoT, and Blockchain is designed for intellectually ambitious students seeking to shape secure and interconnected digital ecosystems of the future.
Combining core principles of computer science with advanced studies in Cybersecurity, the Internet of Things (IoT), and Blockchain, the programme delivers a multidisciplinary learning experience rooted in both theory and practical application. Students gain expertise in key areas such as digital trust, cyber resilience, distributed systems, secure communication, intelligent sensing environments, and data-driven ecosystem governance.
At S-VYASA Global City Campus, students benefit from state-of-the-art laboratories, industry-focused learning, project-based training, and expert faculty mentorship. The programme fosters innovation, technical excellence, and practical problem-solving skills, preparing graduates to excel in high-demand careers across cybersecurity, IoT, blockchain, and next-generation digital technologies.
Eligibility
- Passed the 10+2 (or equivalent) examination from a recognized Board with Physics and Mathematics as compulsory subjects, along with one of the following subjects: Chemistry, Computer Science, Electronics, Information Technology, Informatics Practices, Biology, Biotechnology, Technical Vocational Subject, Engineering Graphics, Business Studies, or Entrepreneurship, as prescribed under the AICTE Approval Process Handbook 2024–2027.
- Candidates must have secured a minimum of 45% aggregate marks (40% for reserved categories) in the qualifying subjects taken together. Candidates who have passed the D.Voc. stream in the same or allied sector are also eligible.
Program Highlights
Industry-Aligned Curriculum:
A contemporary curriculum developed in alignment with emerging industry requirements, equipping students with expertise across Cybersecurity, IoT, Blockchain, and next-generation digital technologies.
Exclusive IIT Immersion Experience:
Gain exposure to advanced research ecosystems through expert lectures, innovation workshops, academic interactions, and immersive learning experiences at premier institutions.
High-Potential Career Opportunities:
Benefit from industry certifications, internship pathways, career mentoring, and placement support designed to enhance employability across high-growth technology sectors.
Hands-On Learning:
Apply theoretical concepts through live projects, technology challenges, hackathons, internships, and experiential learning opportunities.
State-of-the-Art Infrastructure:
Access advanced laboratories, innovation hubs, and technology-enabled learning environments that foster experimentation, discovery, and interdisciplinary innovation.
Industry Certifications:
Strengthen professional readiness through certification opportunities aligned with globally recognised technology and cybersecurity standards.
Research & Innovation Exposure:
Participate in research-driven initiatives, innovation projects, and emerging technology explorations that encourage critical inquiry and technological advancement.
Interdisciplinary Technology Integration:
Develop expertise across interconnected domains including Cybersecurity, Blockchain, IoT, Cloud Computing, and distributed systems.
Experiential Industry Engagement:
Interact with practitioners, technology leaders, and industry ecosystems through workshops, seminars, internships, and collaborative initiatives.
Future-Ready Digital Competencies:
Cultivate the analytical, technical, and strategic capabilities required to thrive in increasingly interconnected, data-driven, and security-conscious digital environments.
Career Outcome
Cybersecurity Analyst
Detect and respond to threats, risks, and vulnerabilities.
Information Security Engineer
Design secure systems and protect enterprise infrastructure.
Ethical Hacker & Penetration Tester
Identify vulnerabilities through controlled security testing and simulations.
Blockchain Developer
Build decentralized applications and smart contract solutions.
Blockchain Security Specialist
Ensure security and integrity of blockchain networks.
IoT Solutions Engineer
Develop connected systems using sensors and cloud technologies.
Network Security Engineer
Secure communication networks against evolving cyber threats.
Cloud Security Specialist
Protect cloud environments using advanced security frameworks.
Cyber Threat Intelligence Analyst
Analyze cyber threats and strengthen organizational resilience.
Digital Transformation Consultant
Guide secure adoption of emerging digital technologies.
SOC Analyst
Monitor and respond to real-time security incidents.
Web3 Technology Specialist
Develop decentralized systems using blockchain and distributed computing.
The programme is offered by the School of Engineering and Technology, which fosters innovation, research excellence, and industry-oriented engineering education through a multidisciplinary learning approach.
S-VYASA University provides a holistic academic ecosystem that integrates technical expertise, value-based education, and experiential learning to prepare students for successful careers in emerging technologies.
FAQ's
It is a specialised B.Tech. programme that combines core computer science with IoT, cybersecurity and blockchain. Students learn to build connected devices, secure digital systems and develop decentralised applications.
Yes. IoT is increasingly used in smart homes, healthcare, manufacturing, transportation, agriculture and smart cities. Students with skills in connected devices, cloud computing, cybersecurity and data analytics can pursue opportunities across several industries.
Salary depends on the job role, technical skills, employer, location and experience. Graduates may begin in software development, blockchain development, cybersecurity or IoT roles, with higher earning potential as they gain specialised expertise.
Yes. It can be a good choice for students interested in distributed systems, secure digital transactions, smart contracts and decentralised applications. Since the programme also includes core computer science, IoT and cybersecurity, it offers broader career flexibility.
Blockchain is being explored in India across digital governance, supply chain management, healthcare, education, land records, IoT and financial services. Demand is specialised, so students should combine blockchain knowledge with strong programming, cloud computing and cybersecurity skills.
Industry-reported figures vary widely. Recent salary data places the median pay for a Blockchain Engineer in India at around ₹10 lakh per year, but actual earnings depend on experience, technical expertise, location and employer.
Yes. C++ is used in blockchain development because it offers strong performance, memory control and support for complex systems. However, developers may also use languages such as Solidity, JavaScript, Python, Java, Go and Rust depending on the platform.
No technology is completely secure. Blockchain records are generally tamper-evident and tamper-resistant, but applications can still be affected by weak smart contracts, stolen private keys, software vulnerabilities and poor security practices.
There is no single best branch for every student. Artificial intelligence, cybersecurity, data science, cloud computing, IoT and blockchain all offer career opportunities. The right choice depends on your interests, aptitude and the practical skills you develop.
For this B.Tech. programme at S-VYASA, candidates must have passed 10+2 or an equivalent examination from a recognised board, with Physics and Mathematics as compulsory subjects. They must have secured at least 45% aggregate marks, or 40% for candidates belonging to reserved categories.
