Cloud Computing

eScience

With eScience School, we are fortunate to be able to take a principled approach based on current research in education around the globe. We design for outcomes that lead to personal development and high levels of engagement program, growth and real-world impact. We’re built to remain current. We built on research and learning criteria that supports essential knowledge, future ready skills, and habits for success. In everything we do, we keep the four pillars of educational values in our mind.

Key Focus Area

Overview

This subject introduces to the Cloud Computing technology and its real-world implications, different services of cloud, deployment models and key concepts such as data storage, servers, databases, internet networking and software.

Grade 11
Grade 12

Module 1: Overview of the Course

Brief introduction to Cloud technology – few real-time example (demo) – overview of the course contents

Module 2: Operating Systems

What is OS? Types – OS architecture, Kernel, types of Kernels – How OS interacts with hardware? – Scheduling, task management, concept of threads, resource allocation, controlling peripheral device

Module 3: Linux (theory + Hands-on)

What is UNIX, why Linux is used in production server – installing in VM – interact with Linux terminal

Module 4: Client – Server Architecture

Client – Server Architecture and basics of Web Sockets (hands on)

Module 5: Databases

Databases and SQL (theory + Hands – on) Cloud

Module 1: Application Program Interface

What is api? – its purpose of existence – How APIs communicate – RESTful concepts

Module 2: Virtualization (Hands 0n)

What is virtualization – Hypervisor – Types of VM – Scaling concept and its types(brief) -Practical demo using GCP – setting up VM in GCP and hosting a server in cloud

Module 3: Load Balancers (Hands – on)

its importance – Conceptual Knowledge – Different load balancing techniques – Machine Learning possibilities in Cloud (hands on) – Resource Management

Module 4: Cloud Security

Security Challenges – VM security – IAM security (Hands on) – What is Serverless ? – What change does it bring to existing services

Module 5: Cloud Native Applications

What does cloud native applications mean – how is it different from traditional app-development architectures – Benefits of CAN Client – Server Architecture and basics of Web Sockets (hands on) – understand GIT

eScience

Key Focus Area

Cloud Computing

Overview

Module 1: Overview of the Course

Module 2: Operating Systems

Module 3: Linux (theory + Hands-on)

Module 4: Client – Server Architecture

Module 5: Databases

Module 1: Application Program Interface

Module 2: Virtualization (Hands 0n)

Module 3: Load Balancers (Hands – on)

Module 4: Cloud Security

Module 5: Cloud Native Applications

Quick Link

Join Us

Reach Us

eScience

Key Focus Area

Cloud Computing

Overview

Module 1: Overview of the Course

Module 2: Operating Systems

Module 3: Linux (theory + Hands-on)

Module 4: Client – Server Architecture

Module 5: Databases

Module 1: Application Program Interface

Module 2: Virtualization (Hands 0n)

Module 3: Load Balancers (Hands – on)

Module 4: Cloud Security

Module 5: Cloud Native Applications

Quick Link

Join Us

Reach Us

Enroll Now