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Learning Outcomes

Linux OS + Virtualization + Docker + Cloud Fundamental + Realtime Used Cases

Linux Administration Course Syllabus

ModuleTopics Covered
Introduction to LinuxLinux history, architecture, distributions (RHEL, CentOS, Ubuntu)
File System and PermissionsFiles, directories, ownership, chmod, chown, hard and soft links
User and Group AdministrationAdding/removing users, group policies, sudo access
Package ManagementYUM, DNF, RPM, APT, repository configuration
Network ConfigurationIP, DNS, DHCP, hostname, network scripts
System Boot and ServicesBoot process, GRUB, systemd, journald, cron, systemctl
Disk ManagementLVM, partitions, mount points, fstab
Process Managementps, top, nice, kill, background jobs
Shell Scripting BasicsVariables, loops, conditional statements, writing custom scripts
Security and FirewallsSELinux, firewalld, iptables, basic security audits
Log Monitoring and Troubleshootinglog files, system logs, dmesg, journalctl

Learning Outcomes

  • Containers to Virtual Machines
  • Docker ARCHITECTURE
  • Installation Guide
  • Dockerfile
  • Docker volume
  • Networking
  • Docker hub

Learning Outcomes

  • Introduction to Jenkins
  • Jenkins installation on Linux and Window
  • Jenkins GUI walkthrough
  • Create and manage Jenkins users
  • Understanding Jenkins Home directory
  • Basic Jenkins security & access control
  • Creating first Jenkins job
  • Jenkins integration with other tools
  • Jenkins Plugins
  • Managing Jenkins slaves/agents
  • Troubleshooting Jenkins job issues

Syllabus of Kubernetes (Certified Kubernetes Administrator):

Module-1: Cluster Architecture, Installation & Configuration
Kubernetes components (kube-apiserver, etcd, kubelet, kube-proxy, controller-manager)
Role of Control Plane and worker node
Install Kubernetes using kubeadm
Configure etcd backup and restore
Manage taints, tolerations, and labels
RBAC, roles, clusterroles, service accounts

Module-2: Workloads & Scheduling
Create and manage Deployments, Pods, ReplicaSets
Use Labels, Selectors, and Annotations
Manage Jobs, CronJobs
Configure nodeSelector, affinity, and anti-affinity rules
Use taints and tolerations for scheduling control

Module-3: Services & Networking
ClusterIP, NodePort, LoadBalancer
Network policies to restrict pod traffic
Kubernetes cluster upgrade
LoadBalancer service demo using GKE cluster
Create and troubleshoot Ingress & IngressController

Module-4: Storage
PersistentVolumes (PV) and PersistentVolumeClaims (PVC)
Access modes: ReadWriteOnce, ReadOnlyMany, etc.
Secrets and ConfigMaps

Module-5: Troubleshooting

Google Cloud Platform (GCP) Associate Cloud Engineer:

Module-1: Fundamentals of Google Cloud
What is google cloud?
Regions vs zones
DIfference between on-premises and public cloud
IaaS,PaaS and SaaS

Module-2: Identity and access management
Configure permissions using IAM roles
Service account
Principal

Module-3: Virtual private cloud
VPCs, subnets, firewalls, routes, IP ranges
Networks and subnetworks

Module-4: Virtual Machine
overview of creating a VM
Instance group

Module-5:Databases
Cloud SQL
Cloud Spanner
Cloud Bigtable
Cloud BigQuery

Module-6:Google Kubernetes Enginee
Cluster creation in google cloud
Docker hands-on
Auto healing in GKE
Public and private cluster

Module-6: Networking
VPC peering
Private access
Handling multiple IP addresses
VPN,Cloud NAT
Cloud Interconnect
CLoud DNS

Module-7: Logging and monitoring

Learning Outcomes

  • Understand Python basics, such as syntax, variables, and data types.
  • Write Python code using loops, conditionals, and functions.
  • Handle files (open, read, write) using Python.
  • Use Python libraries and modules for specific tasks.
  • Work with data structures like lists, tuples, sets, and dictionaries.
  • Develop programs that use object-oriented concepts such as classes and inheritance.
  • Develop a problem-solving mindset.

Which Subjects Are Python Relevant For?

  • Computer Science
    Python can be used to learn programming
  • Mathematics
    Python can help solve math problems and do calculations
  • Science (Physics, Chemistry, Biology)
    Python can be used to make scientific models and undertake experiments
  • Economics and Finance
    Python can be used to analyze data, understand trends, and do financial calculations
  • Data Science and Analytics
    Python and its libraries can be used for big data and to find patterns
  • Robotics and Engineering
    Python can be used to make programs to control robots or test engineering projects
  • Art and Design
    Python can be used to create digital art, interactive projects, and automate tasks
  • And more
    Python can be useful for many other subjects

Learning Outcomes

  • Understand Java and set up a development environment.
  • Learn the foundations of Java such as Java syntax, variables, data types, and operators.
  • Use control structures (If, for, while loops).
  • Understand and apply object-oriented programming (OOP) concepts: classes, objects, and inheritance.
  • Create and use methods for modular programming.
  • Handle exceptions and write error-handling code.
  • Work with Java collections like ArrayList and HashMap.
  • Write and run Java programs.

Which Subjects Are Java Relevant For?

  • Computer Science:
    Java is used to teach programming concepts, algorithms, and software development.
  • Mathematics:
    Java can be used for making algorithms and solving math problems.
  • Information Technology (IT):
    Java is relevant for learning about software development, database management, and IT systems.
  • Engineering:
    Java is used in projects involving software engineering and building applications.
  • Physics:
    Java can be used to create simulations.
  • Robotics and Electronics:
    Java is often used in programming microcontrollers and robotics projects.
  • Statistics:
    Java can be used to analyze data and to do statistical calculations.

Learning Outcomes

  • Learn what AngularJS is and how it works
  • Use AngularJS expressions to show data
  • Create AngularJS modules to organize code
  • Work with AngularJS directives to extend HTML
  • Build forms and handle user input
  • Use filters to format data
  • Create controllers to manage data
  • Work with services to share data
  • Use HTTP to connect with servers

Which Subjects Are Angular Relevant For?

  • Web Development:
    Angular is essential for building modern web applications.
  • Front-end Development:
    Angular provides a complete framework for UI development.
  • Single Page Applications:
    Angular excels at creating SPAs.
  • Enterprise Applications:
    Angular is widely used in large-scale enterprise apps.
  • Progressive Web Apps:
    Angular supports building PWAs out of the box.
  • Mobile Development:
    Angular can be used for mobile-first applications.
  • Cross-platform Development:
    Angular enables building apps for multiple platforms.

Learning Outcomes

  • Master ES6 features used in React (classes, arrow functions, destructuring, modules).
  • Create and render React components using JSX syntax.
  • Work with React components, both class and functional components.
  • Handle component props and state management.
  • Implement event handling and conditional rendering.
  • Create and manage lists with keys in React.
  • Build forms and handle user input in React applications.
  • Implement navigation using React Router.
  • Use React Hooks (useState, useEffect, useContext, useRef, etc.).
  • Apply performance optimization with React Memo.
  • Style React components using CSS and Sass.
  • Create custom hooks for reusable logic.

Which Subjects Are React Relevant For?

  • Web Development:
    React can be used for building modern web applications.
  • Front-end Development:
    React is a leading library for user interface development.
  • Single Page Applications:
    React enables building dynamic single-page applications.
  • User Interface Design:
    React provides a component-based approach to UI development.
  • Web Applications:
    React is ideal for interactive web applications.
  • Mobile Development:
    React Native extends React concepts to mobile development.
  • Modern JavaScript Development:
    React embraces modern JavaScript features and practices.

Learning Outcomes

  • Learn what Node.js is and set up your environment
  • Create web servers with the HTTP module
  • Work with built-in modules (File System, URL, Events)
  • Use Node Package Manager (NPM) to manage packages
  • Handle files (upload, read, create, update, delete)
  • Send emails using Node.js
  • Connect and work with MySQL database
  • Create and manage MongoDB databases
  • Build real-world applications with Node.js

Which Subjects Are Node.js Relevant For?

  • Back-end Development:
    Node.js is essential for server-side application development.
  • Web Development:
    Node.js enables full-stack JavaScript development.
  • API Development:
    Node.js is perfect for building RESTful APIs and microservices.
  • Real-time Applications:
    Node.js excels at handling real-time data and WebSocket connections.
  • DevOps:
    Node.js is widely used for build tools and automation.
  • Cloud Computing:
    Node.js is popular for cloud-native application development.
  • Enterprise Applications:
    Node.js supports building scalable enterprise solutions.

Learning Outcomes

  • Learn how JavaScript works and how it is used in web development.
  • Make web pages interactive by typing and running JavaScript code.
  • Use variables to store and change data.
  • Use data types and operators to do logic and calculations.
  • Organize and reuse code by functions.
  • Conditions, like “if” and “else,” let you control how a program runs. Learn how to use them.
  • Use loops (like for and while) to do things over and over again.
  • Learn how to use Document Object Model (DOM) to change HTML elements.
  • Make interactive user experiences by handling events like button clicks and form submissions.
  • Debugging JavaScript code.

Which Subjects Are JavaScript Relevant For?

  • Computer Science (CS) / Information Technology (IT):
    JavaScript is a fundamental programming language used to teach coding, algorithms, and how to make websites that people can interact with.
  • Math:
    JavaScript can be used for mathematical operations and algorithms. It can help you develop logical thinking and problem-solving skills.
  • Physics and Engineering:
    JavaScript can be used for simulations and modeling to help you understand advanced concepts and engineering problems better.
  • Digital Media:
    JavaScript is used to make websites interactive, making your digital projects more relevant and interesting.
  • Business and Entrepreneurship:
    JavaScript makes your web applications, prototypes, and digital presentations interactive.
  • Art and Design:
    JavaScript lets you make animations, interactive graphs, and can be used for generative art.
  • STEM (Science, Technology, Engineering, Mathematics):
    JavaScript as a programming language can be an important part of technology-based projects because it teaches students about logic, automation, and how to use code in the real world.
  • Robotics and the Internet of Things (IoT):
    JavaScript is used by some platforms to program robots and IoT devices.

Learning Outcomes

  • Understand the basic structure of an HTML document.
  • Make use of HTML tags (for example, headings, paragraphs, images, and links).
  • Make and format lists, both ordered and unordered.
  • Apply attributes to edit elements (e.g., colors, sizes, links).
  • Make tables and forms.
  • Add multimedia such as images and videos to a website.
  • Use semantic tags for a well-structured website.
  • Create hyperlinks to link websites.
  • Create accessible websites with text, images, and links.

Which Subjects Are HTML Relevant For?

  • Web pages:
    HTML is the standard markup language for creating Web pages.
  • Computer Science (CS) / Information Technology (IT):
    HTML is fundamental to understanding the internet, web development, and programming.
  • Digital Media:
    Text, photos, and other media can be added to digital platforms using HTML, which is essential for content creation and management.
  • Business / Entrepreneurship:
    Understanding how to create a website is helpful for projects related to the internet.
  • Art and Design:
    HTML supports web design, creativity, and visual communication ideas that are all part of web design.
  • STEM (Science, Technology, Engineering, Mathematics):
    Building web pages with HTML is a part of technology integration in STEM projects, teaching logical thinking and problem-solving.
  • Career and Technical Education (CTE):
    HTML is part of the curriculum for career-focused courses, especially those related to web development, IT support, and digital marketing.

Learning Outcomes

  • Understand basic SQL syntax and how to write queries.
  • Learn database operations like SELECT, INSERT, UPDATE, and DELETE.
  • Work with database and table structures using CREATE, DROP, and ALTER.
  • Understand advanced SQL operations like JOINs, UNION, and GROUP BY.
  • Handle NULL values and learn about constraints.
  • Use SQL functions for strings, numbers, and dates.
  • Create and manage indexes and views.
  • Work with advanced SQL features like wildcards and aliases.

Learning Outcomes

Introduction to Oracle Database
List the features of Oracle Database 11g
Discuss the basic design, theoretical, and physical aspects of a relational database
Categorize the different types of SQL statements
Describe the data set used by the course
Log on to the database using SQL Developer environment
Save queries to files and use script files in SQL Developer
Retrieve Data using the SQL SELECT Statement
 List the capabilities of SQL SELECT statements
Generate a report of data from the output of a basic SELECT statement
 Select All Columns
Select Specific Columns
Use Column Heading Defaults
Use Arithmetic Operators
Understand Operator Precedence
Learn the DESCRIBE command to display the table structure
Learn to Restrict and Sort Data
Write queries that contain a WHERE clause to limit the output retrieved
List the comparison operators and logical operators that are used in a WHERE clause
Describe the rules of precedence for comparison and logical operators
Use character string literals in the WHERE clause
Write queries that contain an ORDER BY clause to sort the output of a SELECT
statement
Sort output in descending and ascending order
Usage of Single-Row Functions to Customize Output
Describe the differences between single row and multiple row functions
Manipulate strings with character function in the SELECT and WHERE clauses
Manipulate numbers with the ROUND, TRUNC, and MOD functions
Perform arithmetic with date data
Manipulate dates with the DATE functions

Learning Outcomes

  • Understand the basic concepts of PostgreSQL databases.
  • Create and manage PostgreSQL databases and tables.
  • Write and optimize SQL queries for PostgreSQL.
  • Work with PostgreSQL data types and functions.
  • Implement database constraints and relationships.
  • Handle database administration tasks.

Learning Outcomes

  • Understand the basic concepts of NoSQL databases.
  • Create and manage MongoDB databases and collections.
  • Work with MongoDB documents and BSON format.
  • Perform CRUD operations in MongoDB.
  • Use MongoDB query operators and aggregation.

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