BCA in Cloud Computing at Kalka Group Of Institutions - Course, Fees, Admission, Seats, Syllabus

Semester	Subjects
1	Introduction to Cloud Computing, Programming Fundamentals, Mathematics for Computing, English Communication, Computer Networks
2	Operating Systems, Database Management Systems, Object-Oriented Programming, Data Structures, Web Technologies
3	Cloud Infrastructure and Services, Advanced Programming, System Software, Software Engineering, Elective I
4	Cloud Application Development, Network Security, Web Services, Mobile Computing, Elective II
5	Enterprise Cloud Computing, Big Data Analytics, Cyber Security Fundamentals, Project Work I, Elective III
6	Emerging Trends in Cloud Computing, Project Work II, Industrial Training, Elective IV, Elective V

This table is a generic template and should be modified to fit the actual curriculum provided by Kalka Group Of Institutions for their BCA in Cloud Computing course. Electives and specific topics might vary significantly, and there could be additional requirements such as internships or capstone projects.

Based on the information I last received in April 2023 I don't have the specifics regarding the curriculum of the BCA course in Cloud Computing at Kalka Group Of Institutions. Nonetheless I can offer you an overview of key subjects usually included in a BCA program focusing on Cloud Computing. These subjects are essential, for grasping and operating within the realm of cloud computing. In the field of Cloud Computing one can expect to learn about aspects such as the definition and key features of cloud computing, different cloud service models (Infrastructure as a Service, Platform as a Service, Software as a Service) and deployment models (public, private, hybrid community cloud). Additionally the curriculum may cover topics like cloud infrastructure and architecture including data center design, virtualization technology and cloud storage technologies. It may also delve into cloud services and platforms like Amazon Web Services (AWS) Microsoft Azure, Google Cloud Platform and IBM Cloud. Furthermore students might explore issues related to cloud security and privacy such as data encryption methods, compliance with regulations legal considerations in the cloud environment. Identity and access management (IAM) are also areas that could be covered in the course. Networking in the context of the cloud is another subject that may include concepts like cloud networking basics, content delivery networks (CDNs) network security protocols for troubleshooting purposes. Moreover students could gain insights into developing applications for the cloud by studying aspects like designing architectures for applications on the cloud platform. They might also learn about containerization technologies like Docker and Kubernetes for application deployment. Database management in the context of the cloud is an area that students could explore further. This may involve understanding database models used in the cloudscape along with managing databases through Database as a Service (DBaaS) providers while focusing on scalability aspects. The curriculum might cover operations and management practices related to working in a cloud environment. This includes using monitoring tools for performance tuning optimization purposes along with disaster recovery planning techniques for business continuity. Emerging trends within Cloud Computing such as serverless computing or edge computing could be discussed to provide students with insights into developments within this domain. Lastly but importantly project work will likely involve assignments revolving around designing applications deployed on various clouds along, with case studies focusing on migration strategies or implementation plans related to working within a Cloud Computing framework.