Cloud Computing Syllabus BCA 7th Sem

In the BCA 7th Sem Syllabus TU added cloud computing as a compulsory subject. This course provides in-depth explanations of cloud computing’s concepts, applications, principles, and implementation. It offers an introduction to the architecture, applications, cloud programming models, cloud virtualization, and cloud security. It heavily emphasizes the acquisition of real skills rather than just academic ideas.

The overall goals of this course are to equip students with both theoretical and practical knowledge of cloud computing so they are prepared to create, implement, and manage to cloud computing-related challenges in both their personal and professional lives.

>> BCA TU All Electives Syllabus


Course Title: Cloud Computing (3 Cr.)
Course Code: CACS402
Year/Semester: 4 / VII
Class Load: 6 Hrs. / Week (Theory: 3Hrs. Practical: 3 Hrs.)

Course Description
This course offers detailed concepts, applications, principles, and implementation of cloud computing. It includes an introduction, to Cloud Computing Architecture, Cloud Virtualization, Cloud Programming Models, Cloud security, and applications. It does not entirely focus on theoretical concepts but also strongly focuses on practical skill-based learning.

Course Objectives
The general objectives of this course are to provide theoretical as well as practical knowledge of cloud computing to make students capable of designing, implementing, and managing the issues of cloud computing in their personal as well as professional life.


Course Contents

Unit l: Introduction to Cloud Computing [6 Hrs.]

1.1 Overview of Cloud Computing
1.2 Evolution of Cloud Computing
1.3 Characteristics of Cloud Computing
1.4 Types of cloud and its Cloud services
1.5 Benefits and challenges of cloud computing
1.6 Applications cloud computing
1.7 Cloud Storage
1.8 Cloud services requirements,
1.9 cloud and dynamic infrastructure
1.10 Cloud adoption

Unit 2: Cloud Computing Architecture [6 Hrs]

2.1 Cloud reference model
2.1.1 Platform as service
2.1.2 Software as a service
2.1.3 Infrastructure as service
2.2 Cloud deployment models
2.2. Public Clouds
2.2.2 Private clouds
2.2.3 Community cloud
2.2.4 Hybrid clouds
2.3 Cloud design and implementation using SOA,
2.4 security, trust, and privacy

Unit 3: Cloud Virtualization technology [10 Hrs]

3.1 Overview of Virtualization techniques
3.2 Types of Virtualizations
3.3 Implementation Levels of Virtualization Structures
3.4 Virtualization Benefits
3.5 Server virtualization
3.6 Hypervisor management software
3 .7 Virtual infrastructure requirements

Unit 4: MapReduce [8 Hrs]

4.1 Introduction to parallel computing
4.2Map-reduce model
4.3 Applications of map-reduce
4.4 Parallel efficiency of Map-Reduce
4.5. MapReduce infrastructure

Unit 5: Cloud Security [6 Hrs]

5.1 Introduction to Security,
5.2 Cloud Security challenges and Risks,
5.3 Software-as-a-Service Security
5.4 Security Monitoring
5.5 Security Architecture Design
5.6 Data Security
5.7 Application Security
5.8 Virtual Machine Security
5.9 Identity Management and Access Control

Unit 6: Cloud platforms and applications [12 Hrs]

6.1 Web services
6.2 AppEngine
6.3 Azures Platform
6.4 Aneka
6.4 Open challenges
6.5 Scientific applications
6.6 Business and Consumer applications


Practical Works

  1. The practical work consists of all the features of cloud computing and field visits.
  2. Visit the cloud service provider (cloud industries) nearby you and prepare a report based on organizational structure and technology implemented by consulting with your subject teacher.
    Teaching Methods

The teaching faculties are expected to create an environment where students can update and upgrade themselves with the current scenario of computing and information technology with the help of topics listed in the syllabus. The general teaching pedagogy that can be followed by teaching faculties for this course includes class lectures, laboratory activity, group discussions, case studies, guest lectures, research work, project work, assignments (Theoretical and Practical), and written and verbal examinations

Evaluation

Internal Assessment: Theory 20 | Practical 30
External Assessment: Theory 60

Text Books

  1. Dr. Kumar Saurabh, Cloud Computing
  2. Raj Kumar Buyya, Christian Vecchiola, S. ThamaraiSelvi, Mastering Cloud Computing

Reference Books

  1. David S. Linthicum, Cloud Computing and SOA Convergence in your enterprise
  2. Barric Sosinsky, Cloud Computing Bible
  3. Saurabh, K. (2011). Cloud Computing – Insights into New -Era Infrastructure, Wiley India.

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