BTech Cloud & Information Security Syllabus Structure (4 Years)
The BTech Cloud & Information Security syllabus is designed to build strong engineering and computing fundamentals,
followed by in-depth training in cloud computing, data security, identity management, and risk governance.
The curriculum balances theory, hands-on labs, internships, and real-world cloud security applications.
Year 1: Foundation & Engineering Basics
The first year focuses on mathematics, programming fundamentals, and core engineering subjects required for cloud and security studies.
Semester 1
- Engineering Mathematics I: Calculus, matrices, and linear algebra.
- Programming for Problem Solving: Basics of C / Python programming.
- Engineering Physics: Computing and electronics fundamentals.
- Communication Skills: Technical writing and presentations.
Semester 2
- Engineering Mathematics II: Probability, statistics, and numerical methods.
- Object-Oriented Programming: OOP concepts using Java / Python.
- Engineering Chemistry: Materials and semiconductor basics.
- Environmental Studies: Sustainability and environmental awareness.
Year 2: Core Computing & Networking
The second year introduces core computer science subjects essential for understanding cloud platforms and secure systems.
Semester 3
- Data Structures & Algorithms: Arrays, stacks, trees, and graphs.
- Discrete Mathematics: Logic, sets, relations, and graph theory.
- Digital Logic Design: Boolean algebra and logic circuits.
- Operating Systems: Process management and memory systems.
Semester 4
- Computer Networks: OSI model, TCP/IP, routing, and protocols.
- Database Management Systems: SQL, normalization, and transactions.
- Software Engineering: SDLC, testing, and quality assurance.
- Introduction to Information Security: Threats, vulnerabilities, and controls.
Year 3: Cloud Computing & Security Core
This year focuses on cloud technologies and security mechanisms used in modern enterprise environments.
Semester 5
- Cloud Computing: Virtualization, cloud service models, and deployment.
- Cloud Infrastructure Security: Secure cloud architecture and access control.
- Cryptography & Data Security: Encryption, hashing, and key management.
- Elective I: Cloud or security specialization subject.
Semester 6
- Identity & Access Management: Authentication and authorization models.
- Network & Application Security: Secure communication and application defense.
- Cloud Compliance & Governance: Risk management and regulatory standards.
- Mini Project: Practical cloud security implementation.
Year 4: Advanced Cloud Security & Industry Exposure
The final year emphasizes advanced security topics, industry exposure, and real-world cloud security problem-solving.
Semester 7
- DevSecOps: Secure CI/CD pipelines and automation.
- Cloud Threat Intelligence: Threat detection and incident response.
- Elective II & III: Advanced cloud and security electives.
- Industry Internship: Practical training in cloud security roles.
Semester 8
- Major Project: End-to-end cloud & information security solution.
- Project Viva Voce: Evaluation and presentation.
Recommended Books for BTech Cloud & Information Security
| Subject |
Book Title |
Author |
| Cloud Computing |
Cloud Computing: Concepts, Technology & Architecture |
Thomas Erl |
| Cloud Security |
Practical Cloud Security |
Chris Dotson |
| Information Security |
Cryptography and Network Security |
William Stallings |
| DevSecOps |
DevSecOps |
Jim Bird |
BTech Cloud & Information Security Syllabus FAQs
Q1: Does the BTech Cloud & Information Security syllabus require strong programming skills?
Basic programming skills are important for cloud security.
Languages like Python and Java are taught gradually.
Continuous practice helps build confidence.
Q2: How much focus is given to cloud platforms in the syllabus?
Cloud platforms are a core focus of the program.
Students learn architecture and security concepts.
Practical cloud labs enhance understanding.
Q3: Are security compliance and governance topics included in the syllabus?
Yes, compliance and governance are key subjects.
Students learn regulatory and risk management concepts.
This aligns with industry requirements.
Q4: Does the syllabus include internships and industry projects?
Yes, internships and projects are mandatory.
Students gain real-world cloud security experience.
Industry exposure improves employability.
Q5: Is DevSecOps covered in the BTech Cloud & Information Security syllabus?
Yes, DevSecOps is covered in advanced semesters.
Students learn secure CI/CD practices.
This is highly relevant in industry.
Q6: Are electives available for specialization in cloud or security domains?
Yes, electives allow specialization in advanced topics.
Students can align subjects with career goals.
Specialization improves job readiness.
Q7: Does this syllabus prepare students for cloud and security certifications?
Yes, the syllabus aligns with certification requirements.
Cloud and security certifications are supported.
Practical training enhances preparation.
Q8: Can this syllabus support higher studies in cloud computing or cyber security?
Yes, the syllabus provides a strong academic foundation.
It supports MTech, MS, and research programs.
Advanced subjects help in specialization.
