Course Offerings

What you will learn By the end of this course, participants will be able to: Deploy and manage applications using Red Hat OpenShift Understand OpenShift architecture and components Implement persistent storage, routes, and services in OpenShift Utilize OpenShift build and image stream features for efficient application development Implement security measures and authentication in OpenShift Monitor and troubleshoot applications in an OpenShift environment Explore advanced networking concepts and features in OpenShift Apply best practices and optimize OpenShift clusters for performance Beneficial for This course is suitable for: DevOps Engineers System Administrators Containerization and Kubernetes enthusiasts IT Professionals working with Red Hat OpenShift Course Pre-requisite Participants should have a basic understanding of: Knowledge of Linux system administration is beneficial but not mandatory. Basic understanding of containerization concepts Familiarity with the command line interface (CLI) Course Outline Module 1: Introduction to Containers and Container Orchestration Understanding containerization and its benefits Overview of container orchestration and the role of OpenShift Introduction to Kubernetes as the underlying orchestration platform Module 2: OpenShift Architecture and Components Understanding the architecture of OpenShift Container Platform Overview of OpenShift components: master, nodes, etcd, and more Exploring the OpenShift web console and command-line interface (CLI) Module 3: Deploying Applications on OpenShift Creating and managing OpenShift projects Deploying applications using source code, container images, and templates Configuring and scaling applications in OpenShift Module 4: OpenShift Routes and Services Exposing applications externally with OpenShift Routes Internal service discovery and communication with OpenShift Services Configuring load balancing and managing traffic in OpenShift Module 5: Persistent Storage in OpenShift Understanding persistent storage options in OpenShift Configuring and managing storage volumes for applications Utilizing storage classes and dynamic provisioning in OpenShift Module 6: OpenShift Build and Image Streams Implementing source-to-image (S2I) builds in OpenShift Creating and managing build configurations Using image streams for efficient image management Module 7: OpenShift Security and Authentication Configuring authentication and authorization in OpenShift Implementing role-based access control (RBAC) in OpenShift Securing containerized applications with OpenShift Security Context Constraints (SCC) Module 8: Monitoring and Logging in OpenShift Monitoring application performance and health in OpenShift Logging and analyzing containerized application logs Utilizing OpenShift metrics and integrated monitoring tools Module 9: OpenShift Networking and Advanced Features Advanced networking concepts in OpenShift Network policies for controlling communication between pods Utilizing advanced features such as Operators and Helm charts Module 10: OpenShift Best Practices and Troubleshooting Best practices for deploying and managing applications in OpenShift Troubleshooting common issues and challenges in OpenShift Strategies for optimizing and maintaining OpenShift clusters

What you will learn By the end of this course, participants will be able to: Master the fundamentals of version control and the Git workflow with Bitbucket Collaborate efficiently with Bitbucket for code reviews, branching, and merging Implement Bitbucket Pipelines for automated testing and deployment Manage repositories, teams, and access control in Bitbucket Apply best practices for code collaboration and conflict resolution in Bitbucket Explore advanced features and tips for optimal Bitbucket usage Integrate Bitbucket into agile development workflows Beneficial for This course is suitable for: DevOps Engineers System Administrators Project Managers Software Developers Course Pre-requisite Participants should have a basic understanding of: Basic understanding of software development concepts Familiarity with the command line interface (CLI) Course Outline Module 1: Introduction to Version Control and Bitbucket Understanding the importance of version control in software development Overview of Bitbucket as a Git repository hosting service Creating and configuring a Bitbucket repository Module 2: Git Basics with Bitbucket Basic Git commands within the Bitbucket interface Cloning, pushing, and pulling changes in Bitbucket repositories  Navigating the Bitbucket web interface for code and repository management Module 3: Collaborative Development in Bitbucket Branching and merging strategies with Bitbucket Handling pull requests for code review and collaboration Integrating Bitbucket with local Git workflows Module 4: Bitbucket Pipelines for CI/CD Introduction to Bitbucket Pipelines for continuous integration and deployment Configuring pipelines for automated testing and deployment Monitoring and troubleshooting Pipelines in Bitbucket Module 5: Code Insights and Bitbucket Utilizing Code Insights for code quality and performance analysis Integrating external services and tools with Bitbucket Leveraging Bitbucket’s code collaboration features Module 6: Bitbucket Workspaces and Teams Organizing repositories in Bitbucket workspaces Managing permissions and access control in Bitbucket teams Collaborating with teams and managing code repositories Module 7: Bitbucket Integrations and Add-ons Exploring third-party integrations with Bitbucket Enhancing Bitbucket functionality with add-ons and extensions Customizing and extending Bitbucket for project-specific needs Module 8: Bitbucket Best Practices Best practices for branch naming, commit messages, and code reviews in Bitbucket Strategies for resolving conflicts and handling challenges in Bitbucket Bitbucket hygiene and repository maintenance practices Module 9: Bitbucket for Agile Development Integrating Bitbucket with agile development methodologies Utilizing Bitbucket for issue tracking, sprints, and backlog management Agile collaboration and communication features in Bitbucket Module 10: Bitbucket Advanced Features and Tips Advanced features in Bitbucket, such as pull request templates and repository settings Time-saving Bitbucket commands and shortcuts Customizing Bitbucket configuration for optimal collaboration

What you will learn By the end of this course, participants will be able to: Master the fundamentals of version control and the Git workflow Collaborate efficiently with remote repositories and team members using Git Apply advanced Git techniques for efficiency and automation Choose and implement suitable Git workflows for projects Manage releases, tags, and versioning effectively in Git Adopt best practices for code collaboration and conflict resolution in Git Contribute to open-source projects and collaborate using Git Utilize time-saving Git commands and customize Git for personal preferences List Item Beneficial for This course is suitable for: DevOps Engineers System Administrators Software Developers Project Managers Course Pre-requisite Participants should have a basic understanding of: No prior experience with Git is required Familiarity with the command line interface (CLI) Basic understanding of software development concepts Course Outline Module 1: Introduction to Version Control and Git Understanding the importance of version control in software development Overview of Git as a distributed version control system Setting up a Git repository and configuring user information Module 2: Git Basics Git workflow and common Git terminology Basic Git commands for initializing repositories, committing changes, and viewing history Managing branches for parallel development in Git Module 3: Collaborative Development with Git Cloning remote repositories and fetching changes Pulling and pushing changes to and from remote repositories Resolving merge conflicts and handling branches in a collaborative environment Module 4: Git Branching and Merging Strategies Understanding branching strategies (feature branches, release branches, etc.) Merging changes between branches in Git Git rebase for a linear history and conflict resolution Module 5: Advanced Git Techniques Working with Git aliases for custom commands Git hooks for automating pre and post-commit actions Stashing changes and cherry-picking commits in Git Module 6: Git Workflows Overview of popular Git workflows (Gitflow, GitHub Flow, etc.) Choosing and implementing a suitable Git workflow for projects Integrating Git workflows with continuous integration and deployment Module 7: Git Tagging and Releases Creating and managing tags in Git for versioning Preparing and publishing releases using Git Navigating and referencing specific points in Git history Module 8: Git Best Practices Best practices for commit messages and code reviews in Git Strategies for resolving conflicts and handling Git challenges Git hygiene and repository maintenance practices Module 9: Git for Open Source Collaboration Forking repositories and contributing to open-source projects Understanding pull requests and code reviews in Git Open-source collaboration tools and platforms with Git integration Module 10: Git Tips and Tricks Time-saving Git commands and shortcuts Git log options and visualization tools Customizing Git configuration for personal preferences

What you will learn By the end of this course, participants will be able to: Understand the fundamental principles and cultural aspects of DevOps Implement version control, CI/CD, and automation practices in DevOps workflows Utilize infrastructure as code for efficient and scalable infrastructure management Implement containerization and orchestration for application deployment Monitor, log, and troubleshoot applications and infrastructure in a DevOps context Foster collaboration and communication using collaboration tools Integrate security practices into the DevOps pipeline Apply industry best practices for successful DevOps adoption and continuous improvement Beneficial for This course is suitable for: DevOps Engineers System Administrators Software Developers IT Managers Course Pre-requisite Participants should have a basic understanding of: Basic understanding of software development and IT operations concepts Familiarity with the command line interface (CLI) Course Outline Module 1: Introduction to DevOps Understanding the core principles and goals of DevOps Recognizing the cultural shift and collaboration in DevOps practices Exploring the evolution and significance of DevOps in modern IT environments Module 2: Version Control and Collaboration Tools Implementing version control systems for source code management Collaborative development with tools like Git and GitHub Integrating version control into the DevOps workflow Module 3: Continuous Integration (CI) and Continuous Deployment (CD) Automating build and test processes with CI/CD pipelines Configuring and managing CI/CD tools such as Jenkins or GitLab CI Ensuring code quality and consistency through automated testing Module 4: Infrastructure as Code (IaC) Understanding the concept of IaC for automated infrastructure provisioning Leveraging tools like Terraform or Ansible for infrastructure automation Managing and versioning infrastructure configurations Module 5: Containerization and Orchestration Containerization with Docker for consistent and portable application deployments Orchestration using Kubernetes for managing containerized applications Scaling and automating containerized workloads with Kubernetes Module 6: Monitoring and Logging in DevOps Implementing effective monitoring strategies for applications and infrastructure Utilizing logging and log analysis tools for troubleshooting and analysis Proactive alerting and incident response in a DevOps environment Module 7: Collaboration and Communication Tools Enhancing communication and collaboration among development and operations teams Leveraging communication tools such as Slack or Microsoft Teams Integrating collaboration tools into the DevOps workflow Module 8: Security in DevOps Integrating security practices into the DevOps pipeline Implementing security scanning and vulnerability assessments Ensuring compliance and security throughout the software development lifecycle Module 9: DevOps Best Practices Exploring industry best practices for successful DevOps implementation Case studies and real-world examples of successful DevOps adoption Continuous improvement and adapting DevOps practices to evolving needs Module 10: DevOps Culture and Adoption Nurturing a DevOps culture of collaboration, communication, and continuous learning Strategies for introducing and scaling DevOps practices in organizations Overcoming challenges and fostering a DevOps mindset across teams

What you will learn By the end of this course, participants will be able to: Master the fundamentals of Node.js and server-side development Build RESTful APIs and implement authentication in Node.js applications Work with databases, perform asynchronous programming, and debug Node.js applications Implement real-time communication with Socket.io in Node.js Write unit tests and perform testing for Node.js applications Build and consume a GraphQL API with Node.js Deploy and scale Node.js applications for production environments Beneficial for This course is suitable for: Web Developers Backend Developers Software Engineers transitioning to server-side developmentent and management Course Pre-requisite Participants should have a basic understanding of: Proficiency in JavaScript programming language Basic understanding of web development concepts (HTML, CSS) Course Outline Module 1: Introduction to Node.js Overview of Node.js and its role in server-side development Setting up a Node.js development environment Understanding the event-driven architecture of Node.js Module 2: Node.js Modules and NPM Creating and organizing modules in Node.js Utilizing NPM (Node Package Manager) for package management Installing and managing dependencies in Node.js applications Module 3: Building a RESTful API with Express Introduction to Express.js, a web application framework for Node.js Creating routes, handling HTTP methods, and middleware in Express Building a RESTful API with Express for data communication Module 4: Working with Databases in Node.js Connecting Node.js applications to databases (MongoDB, MySQL, etc.) Performing CRUD operations using an Object-Relational Mapping (ORM) Implementing database migrations and seed data in Node.js Module 5: Authentication and Authorization in Node.js Implementing user authentication with Passport.js Securing routes and resources with middleware in Node.js Role-based access control and permissions in Node.js applications Module 6: Asynchronous Programming in Node.js Understanding asynchronous programming with callbacks and promises Utilizing the async/await pattern for asynchronous code Best practices for handling asynchronous operations in Node.js Module 7: Real-Time Communication with Socket.io Introduction to Socket.io for real-time bidirectional communication Building real-time chat applications with Socket.io Broadcasting events and handling multiple connections in Node.js Module 8: Testing and Debugging in Node.js Writing unit tests for Node.js applications using Mocha and Chai Debugging techniques in Node.js applications Performance profiling and optimization strategies for Node.js Module 9: Building a GraphQL API with Node.js Understanding GraphQL and its advantages over REST Building a GraphQL API using Apollo Server in Node.js Consuming and testing a GraphQL API in Node.js applications Module 10: Deployment and Scaling Node.js Applications Deploying Node.js applications to production servers (e.g., Nginx, PM2) Containerization with Docker for Node.js applications Scaling Node.js applications with load balancing and clustering strategies

What you will learn By the end of this course, participants will be able to: Understand the fundamentals of Django and web application development Understand Django models, views, templates, forms, and databases Implement user authentication, authorization, and RESTful APIs in Django Work with Django admin for content management and customization Write unit tests and perform testing for Django applications Deploy Django applications to production servers for live environments Beneficial for This course is suitable for: Web Developers Python Developers Software Engineers transitioning to web development with Django Course Pre-requisite Participants should have a basic understanding of: Proficiency in Python programming language Familiarity with databases and SQL is beneficial but not mandatory. Basic understanding of web development concepts (HTML, CSS, HTTP) Course Outline Module 1: Introduction to Django Overview of Django and its high-level web framework Setting up a Django development environment Understanding the Django project and application structure Module 2: Django Models and Databases Defining data models with Django ORM Working with database migrations in Django Querying databases with Django QuerySets Module 3: Django Views and URL Patterns Implementing views for handling HTTP requests Mapping URL patterns to views in Django Dynamic routing and passing parameters in Django views Module 4: Django Templates and Template Language Using Django templates for rendering dynamic content Template inheritance and structure in Django applications Utilizing the Django template language for logic and display Module 5: Django Forms Building HTML forms in Django templates Handling form submissions and validations in Django Integrating Django forms with models for seamless data input Module 6: Django User Authentication and Authorization Implementing user authentication in Django Managing user sessions and cookies Role-based access control and permissions in Django Module 7: Django Admin Interface Customizing and extending the Django admin interface Leveraging the Django admin for content management Securing and restricting access to the Django admin Module 8: Django REST Framework for APIs Designing RESTful APIs with Django REST Framework Serializers, views, and authentication in Django APIs Testing and documenting Django APIs with Django REST Framework Module 9: Django Middleware and Signals Implementing middleware for request and response handling Utilizing signals for decoupled components in Django Common Django middleware and signal use cases Module 10: Testing and Deployment in Django Writing unit tests for Django applications Integration testing and best practices for Django testing Deploying Django applications to production servers (e.g., Gunicorn, uWSGI)

What you will learn By the end of this course, participants will be able to: Understand the fundamentals of Flask and web application development Develop scalable and efficient web applications with Flask Understand Flask routing, templates, forms, and database integration Implement user authentication, authorization, and RESTful APIs in Flask Work with Flask middleware and extensions for enhanced functionality Write unit tests and perform testing for Flask applications Deploy and scale Flask applications for production environments Beneficial for This course is suitable for: Web Developers interested in Flask development Python Developers looking to build web applications with Flask Software Engineers transitioning to web development with Flask Course Pre-requisite Participants should have a basic understanding of: Proficiency in Python programming language Basic understanding of web development concepts (HTML, CSS, HTTP) Course Outline Module 1: Introduction to Flask Overview of Flask and its minimalist web framework Setting up a Flask development environment Understanding the Flask application structure Module 2: Flask Routing and Views Creating routes for handling different URLs Implementing view functions in Flask Dynamic routing and URL parameters in Flask Module 3: Flask Templates Introduction to Jinja2 templating engine in Flask Rendering dynamic content in Flask templates Template inheritance and structure in Flask applications Module 4: Flask Forms Building HTML forms in Flask templates Handling form submissions and validations Integrating WTForms for form management in Flask Module 5: Flask Database Integration Connecting Flask applications to databases Working with SQLAlchemy for database models and queries Database migrations with Flask-Migrate Module 6: User Authentication and Authorization Implementing user authentication in Flask Managing user sessions and cookies Role-based access control and permissions in Flask Module 7: RESTful APIs with Flask Designing RESTful APIs in Flask applications Handling HTTP methods (GET, POST, PUT, DELETE) in Flask views Authentication and security considerations for Flask APIs Module 8: Flask Middleware and Extensions Implementing middleware for request and response handling Integrating Flask extensions for enhanced functionality Common Flask extensions (Flask-Login, Flask-WTF, Flask-SocketIO) Module 9: Flask Testing Writing unit tests for Flask applications using unit test Integration testing with Flask-Testing Best practices for testing Flask applications Module 10: Deployment and Scaling Flask Applications Deploying Flask applications to production servers (e.g., Gunicorn, uWSGI) Containerization with Docker for Flask applications Scaling Flask applications with load balancing and caching strategies

What you will learn By the end of this course, participants will be able to: Master the fundamentals of Vue.js development and component architecture Develop dynamic and reactive web applications with Vue.js Understand state management, routing, and animation in Vue.js applications Implement client-side routing and navigation using Vue Router Effectively handle forms, user input, and asynchronous data in Vue.js Be well-equipped to work on Vue.js-based projects and collaborate in Vue.js development teams Beneficial for This course is suitable for: Web Developers interested in Vue.js development Front-end Developers seeking to enhance their skills with Vue.js UI/UX Designers looking to integrate dynamic interfaces with Vue.js Course Pre-requisite Participants should have a basic understanding of: Proficiency in HTML, CSS, and JavaScript Basic understanding of web development concepts Course Outline Module 1: Introduction to Vue.js Overview of Vue.js and its philosophy Setting up a Vue.js development environment Understanding the Vue instance and Vue components Module 2: Vue.js Template Syntax Introduction to Vue.js template syntax Data binding and expression handling in Vue.js Conditional rendering and list rendering in Vue.js Module 3: Vue.js Components Creating and registering Vue.js components Communication between parent and child components Props and custom events in Vue.js components Module 4: Vue.js Directives Exploring built-in directives (v-bind, v-if, v-for, v-on, etc.) Creating custom directives in Vue.js Directive modifiers for enhanced functionality Module 5: Vue.js State Management Local component state management in Vue.js State management with Vuex for larger applications Understanding the Flux architecture in Vue.js applications Module 6: Vue.js Routing and Navigation Setting up client-side routing in Vue.js applications Navigating between different views using Vue Router Dynamic route parameters and route guards in Vue.js Module 7: Vue.js Forms and User Input Handling user input with v-model in forms Form validation and submission in Vue.js Working with different input types and form elements Module 8: Vue.js Lifecycle Hooks Understanding the lifecycle phases of a Vue.js component Utilizing lifecycle hooks for component behavior Managing side effects with lifecycle hooks Module 9: Vue.js Animation and Transition Implementing animations and transitions in Vue.js Transition hooks and classes for smooth animations Vue.js transition-group for list transitions Module 10: Testing and Debugging Vue.js Applications Writing unit tests for Vue.js components using Jest and Vue Test Utils Debugging techniques in Vue.js applications Performance profiling and optimization strategies for Vue.js

What you will learn By the end of this course, participants will be able to: Understand the fundamentals of React development and component architecture Develop dynamic and interactive web applications with React Implement client-side routing and navigation using React Router Effectively handle forms, user input, and asynchronous data fetching in React Apply styling solutions and best practices for React applications Write unit tests and debug React applications for robustness Be well-equipped to work on React-based projects and collaborate in React development teams Beneficial for This course is suitable for: Web Developers interested in React development Front-end Developers seeking to enhance their skills with React UI/UX Designers looking to integrate dynamic interfaces with React Course Pre-requisite Participants should have a basic understanding of: Proficiency in HTML, CSS, and JavaScript Basic understanding of web development concepts Course Outline Module 1: Introduction to React Overview of React and its role in modern web development Setting up a React development environment Understanding the virtual DOM and React components Module 2: JSX and React Components Introduction to JSX (JavaScript XML) Creating and rendering React components Component state and props in React Module 3: React Component Lifecycle Understanding the lifecycle phases of a React component Utilizing lifecycle methods for component behavior Managing side effects with useEffect hook Module 4: React Routing and Navigation Implementing client-side routing in React applications Navigating between different views using React Router Handling dynamic route parameters Module 5: State Management in React Local component state and its management Lifting state up and sharing state between components Introduction to state management with React context Module 6: Handling Forms and User Input Building controlled components for form handling Validating and processing user input in React forms Working with different input types and form elements Module 7: React Hooks Understanding React hooks and their role in functional components Exploring commonly used hooks (useState, useEffect, useContext, etc.) Custom hooks for code reuse and composition Module 8: Styling in React Styling React components with CSS-in-JS libraries Integration of popular styling solutions like Styled Components Optimizing styles for performance in React applications Module 9: Working with APIs and AJAX in React Making asynchronous requests with React using fetch or Axios Handling API responses and updating component state Best practices for data fetching in React applications Module 10: Testing and Debugging React Applications Writing unit tests for React components using Jest and React Testing Library Debugging techniques in React applications Performance profiling and optimization strategies

What you will learn By the end of this course, participants will be able to: Master HTML tags, elements, and document structure Apply CSS for styling and layout of web pages Create responsive and visually appealing web designs Utilize Flexbox and Grid for efficient layout management Understand the principles of responsive web design and optimization Work with HTML forms and enhance their styling with CSS Explore CSS preprocessors like Sass for advanced styling Implement transitions and animations for interactive elements Beneficial for This course is suitable for: Beginners in web development Front-end Developers UI/UX Designers Anyone looking to build a strong foundation in HTML and CSS Course Pre-requisite Participants should have a basic understanding of: No specific prerequisites are required. Basic familiarity with using computers and browsers is beneficial. Enthusiasm for web development and design is key. Course Outline Module 1: Introduction to Web Development Overview of web development and its key components Understanding the role of HTML and CSS in web design Setting up the development environment Module 2: HTML Fundamentals Structure of an HTML document HTML tags, elements, and attributes Creating hyperlinks, lists, and tables in HTML Module 3: CSS Fundamentals Introduction to Cascading Style Sheets (CSS) Selectors, properties, and values in CSS Styling text, colors, and backgrounds with CSS Module 4: Layout and Box Model in CSS Box model concepts (margin, border, padding) Positioning elements with CSS Creating responsive layouts with media queries Module 5: Flexbox and Grid Layout in CSS Flexible box layout (Flexbox) for efficient page design Grid layout for creating complex and responsive structures Combining Flexbox and Grid for advanced layouts Module 6: CSS Transitions and Animations` Adding smooth transitions to elements Implementing keyframe animations in CSS Creating engaging and interactive web page elements Module 7: Responsive Web Design Principles of responsive web design Using CSS frameworks for responsive layouts Testing and optimizing websites for various devices Module 8: HTML Forms and CSS Styling Building HTML forms for user input Styling forms with CSS for a polished look Implementing form validation with HTML and CSS Module 9: CSS Preprocessors (e.g., Sass) Overview of CSS preprocessors Using Sass for more maintainable and efficient stylesheets Variables, mixins, and functions in Sas Module 10: Best Practices and Optimization HTML and CSS best practices for clean and maintainable code Performance optimization techniques Tools and resources for debugging and optimizing web pages