BCA in Cloud Computing at Echelon Institute of Technology - Course, Fees, Admission, Seats, Syllabus

Creating a detailed semester-wise syllabus for the BCA in Cloud Computing course at Echelon Institute of Technology in a single line of HTML without specific details about the syllabus is challenging. However, I can provide you with a template that you can fill in with the appropriate details as per the syllabus. This template will include placeholders for course names for six semesters, assuming that the BCA program spans over three years, with two semesters each year.

Semester	Subjects
Semester 1	Subject 1, Subject 2, Subject 3, Subject 4
Semester 2	Subject 1, Subject 2, Subject 3, Subject 4
Semester 3	Subject 1, Subject 2, Subject 3, Subject 4
Semester 4	Subject 1, Subject 2, Subject 3, Subject 4
Semester 5	Subject 1, Subject 2, Subject 3, Subject 4
Semester 6	Subject 1, Subject 2, Subject 3, Subject 4

Please replace Subject 1, Subject 2, Subject 3, Subject 4 with the actual subjects for each semester. This template is quite basic and designed for simplicity and ease of editing. Depending on the complexity and specific requirements of your syllabus, you might need to adjust the table by adding more rows or columns.

Based on my recent update in April 2023 it's important to note that the course outlines for the BCA in Cloud Computing at Echelon Institute of Technology or any other institution might differ due to various factors, like curriculum updates, faculty preferences and industry trends. However I can give you an idea of the key subjects usually included in a BCA Cloud Computing course.These are the core subjects that form the basis of undergraduate cloud computing curricula; **Introduction to Cloud Computing** Definition and characteristics of cloud computing Different models of cloud computing services (Infrastructure as a Service, Platform as a Service, Software as a Service) Various deployment models (public, private, hybrid community clouds) **Cloud Infrastructure and Architecture** Design and architecture of data centers Virtualization technology Architectural principles and technologies related to cloud storage **Cloud Services and Platforms** An overview of major cloud service providers such as AWS, Microsoft Azure, Google Cloud Platform Core services; computation, storage, databases, networking Tools for managing and monitoring cloud services **Networking and Security in the Cloud** Key concepts in cloud networking Security challenges in cloud computing along with best practices Identity and access management (IAM) Data encryption techniques and security protocols **Developing Cloud Applications** Designing scalable and elastic applications for deployment in the cloud Microservices architectural pattern along with containerization technologies like Docker and Kubernetes Serverless computing **Cloud Data Management** The intersection of big data with cloud computing Utilizing data analytics tools for visualization within the context of the cloud environment Database services provided by the clouds both SQL based or NoSQL based **Cloud Governance and Compliance** Managing resources efficiently within a given providers infrastructure Legal aspects regarding regulations impacting on business Standards ensuring compliance to requirements such as GDPR or HIPAA **Emerging Trends & Technologies in Cloud Computing** Edge Computing integration into existing architectures The fusion between IoT infrastructure & Cloud AI & ML services availability within the cloud environment **Practical Projects and Case Studies** Real world examples demonstrating the application of cloud computing Hands on projects utilizing cloud platforms These subjects together form a comprehensive foundation, for understanding and working with cloud computing technologies.It is crucial for students to actively participate in hands on projects and keep themselves informed about the recent advancements and trends in the field. This is particularly important due, to the development of cloud computing technology.