Angular Developer

Embarking on a transformative journey in the realm of web development requires a sturdy foundation. The Angular Developer Integrated Bootcamp kickstarts with a comprehensive orientation phase, designed to set the stage for what’s to come.

1. Student Onboarding: An inviting start for every budding developer, this segment ensures that students get acquainted with the program’s expectations and objectives.
2. Keystone Project Overview: Gain insights into the main software product to be developed during the course, offering a sneak peek into the holistic application of the learning objectives.
3. Technology and Tools Walk-through: A panoramic view of the extensive technology stack and tools that will be utilized, familiarizing students with the playground they’re about to step into.
4. Intro to Training and Development Methodologies: Understanding the ‘how’ is as crucial as the ‘what’. This segment unravels the methodologies that will be employed throughout the program.
5. Illustration of the Outcome: Visualization aids motivation. A preview of what participants will accomplish by the end of the program brings clarity and stokes the excitement.

The next phase helps to equip students with the foundational pillars of project management, ensuring not only technical prowess but also a strategic mindset.

1. Tools Sign-up:
   1. Trello Introduction: Dive into the world of agile project management with Trello, learning the ropes of task tracking and team collaboration.
   2. Github Intro: A cornerstone for modern developers, GitHub offers version control and collaborative features that streamline the software development process.
2. Project Scope of Work & Brainstorming: This collaborative phase encourages students to thrash out ideas, refining them into actionable items that set the trajectory for the development process.
3. Product Backlog Creation and Estimation: An essential agile practice, the creation of a product backlog, ensures all features are accounted for, prioritized, and estimated appropriately.
4. Project Milestones and Delivery Plan: By breaking down the development journey into tangible milestones, this step ensures clarity of vision and timely execution.

Dipping toes into the vast ocean of software engineering begins here. Students gain a conceptual framework to appreciate the science and art behind building robust software.

1. Software Systems Overview: Grasp the broad picture of how different software systems communicate, function, and serve various purposes.
2. Operating Systems & Networking Concepts: Delve into the backbone of computing, understanding the intricacies of OS and how data flows in the interconnected digital ecosystem.
3. Software Engineering Roles & Responsibilities: Gain insights into the diverse roles within a software team, from developers to quality analysts, each playing a pivotal role in the software lifecycle.
4. SDLC – Software Development Life Cycle: Understand the stages involved in bringing a software project from conception to completion, laying the foundation for upcoming detailed modules.
5. Agile Methodologies: Transcend traditional development approaches and embrace the iterative and collaborative approach of Agile, setting the stage for an adaptive and responsive development process.
6. Git Fundamentals: Learn the essentials of Git, the de-facto version control system, ensuring every line of code is tracked, collaborated upon, and integrated seamlessly.

This first part of our comprehensive program structure aims to lay a solid foundation for our participants. It sets the scene for the more specific, technology-driven modules that follow, ensuring a smooth and informed transition into the intricate world of web development. Stay tuned for Part 2, where we’ll delve deeper into the realms of Requirements Engineering, UI/UX Designing, and more!

The bedrock of any successful software product is its ability to meet the user’s needs. Requirements engineering emphasizes understanding, defining, and documenting these needs in a structured manner.

1. Agile Requirements: Understand the fluid and dynamic nature of requirements in an Agile setting, ensuring adaptability and consistent alignment with user needs.
2. Creating Use Case Diagrams for the System: Visual representations often convey a lot more than text. Learn to distill system requirements into intuitive use case diagrams that provide a clear overview of functionalities and interactions.
3. Creating User Stories for the System: Dive into the art of crafting user stories – succinct, user-centric declarations that guide feature development in alignment with user needs.
4. Creating SRS – Software Requirements Specification: Detail every nuance of the system’s requirements in a structured document, ensuring clarity and completeness.
5. Product Backlog Grooming: Refinement is key. Periodically revisit the product backlog to reprioritize, re-estimate, and ensure it remains aligned with the project’s objectives.
6. Creating a Release & Sprint Plan for the System: Break down the development timeline into manageable sprints, planning releases to deliver value incrementally and consistently.

In the digital era, user experience is paramount. A software application should not only be functional but also intuitive and visually appealing.

1. Intro to UI/UX Process & Figma: Embark on the fascinating journey of user-centric design, utilizing Figma as the tool of choice for crafting digital experiences.
2. Building Low-Fidelity Wireframes using Figma: Before diving deep, sketch out your ideas. Create rough blueprints of your web pages, laying the groundwork for detailed designs.Building High-Fidelity Mockups using Figma: Convert your wireframes into detailed, pixel-perfect mockups that serve as the reference point for development.

A successful software product is backed by meticulous planning and structuring. System analysis and design provide a blueprint, ensuring every piece falls into place perfectly.

1. System Analysis & Design Overview: Dive deep into the methodologies and processes involved in analyzing and designing robust systems.
2. Domain Modeling: Domain Modeling Part-1: Understand the specific area of interest or sector the software caters to and model it to ensure accurate representation and functionality.System Architecture: System Architecture Part – 1: Delve into the structural design of systems, understanding components, their relationships, and how they integrate seamlessly.

Front-end development is where the magic happens – where code transforms into interactive, visual interfaces that users interact with.

1. Web Development and Web Applications: Get introduced to the world of web development, understanding the difference between static sites and dynamic web applications.
2. Basic Concepts of Web Servers and Web Clients: Grasp the foundational knowledge of how servers and clients communicate in the digital realm.
3. Web Protocols – HTTP, HTTPS, and more: Understand the rules that govern data transfer on the web, ensuring secure and efficient communication.
4. Basic Structure of Web Pages, Including HTML & CSS: Delve into the building blocks of the web, understanding the role and structure of HTML and CSS in web design.
5. Front-end Programming Using JavaScript and JQuery: Embrace the power of JavaScript, complemented by the convenience of JQuery, to breathe life into static web pages.
6. Popular Web Development Frameworks and Libraries: Get a taste of the various tools and frameworks available to modern developers, setting the stage for in-depth exploration.
7. Building the Product Web Front-End using HTML, CSS & JavaScript: Transition from theory to practice, crafting an actual web front-end using the foundational trinity of web development.
8. Building Responsive Web Applications Using Bootstrap: In a mobile-first world, responsiveness is key. Learn to craft fluid designs that adapt seamlessly to varying screen sizes using Bootstrap.

As we conclude Part 2 of our program structure, we’ve ensured that our participants are well-versed in the foundational elements of software development, from requirements to design and front-end development. In Part 3, we’ll deep-dive into the realm of Angular, exploring its intricacies, advanced topics, and how to leverage its power for robust web application development. 

Angular stands tall as one of the premier frameworks for front-end development, offering robust solutions for single-page web applications.

1. Single Page Applications (SPA): Discover the paradigm shift from traditional web applications to SPAs, enhancing user experience through fluid, dynamic content changes without page reloads.
2. Angular Fundamentals: Begin your Angular journey with a solid grasp on its core concepts, setting the foundation for more complex topics.
3. Angular Application Architecture: Delve into how Angular applications are structured, from modules to components, and how they all come together.
4. TypeScript Fundamentals: TypeScript, a super-set of JavaScript, offers static typing. Understand its significance and integration within Angular.
5. New Angular Project Using Angular CLI: Get hands-on, setting up your first Angular project using the Command Line Interface.
6. Understanding the tsconfig.json File: Dive into the configuration specifics of your Angular project, ensuring optimal settings for your development needs.
7. Components, Modules & Decorators: Grasp these essential building blocks of Angular, from breaking down your application into components to organizing them within modules.
8. Directives, Lifecycle Hooks & View Encapsulation: Delve deeper into advanced Angular concepts, mastering the tools that give you greater control over your application’s behavior and presentation.
9. Templates, Data Binding, and Directives: Seamlessly connect your application’s logic with its presentation, ensuring dynamic and interactive user experiences.
10. Angular Forms & Templates: Master the tools and techniques to capture user input, from basic form controls to complex form groups and validation.
11. Reactive Forms & Validation: Go a step further with reactive forms, offering more flexibility and control, especially for complex forms and validations.
12. Angular Routing & Navigation: Learn to manage navigation within your application, creating intuitive and user-friendly flows.

A quality-first approach can significantly improve the longevity and reliability of applications.

1. TDD & Unit Testing Fundamentals: Embrace the philosophy of drafting tests before actual code. Understand its significance in ensuring every code change or addition remains robust and efficient.
2. Automate UI Testing Using Karma & Jasmine: Simplify the testing landscape of your Angular applications by leveraging Karma as your test runner and Jasmine as the heart of your testing framework.
3. Unit Tests for Components, Services, and Pipes: Dive deep into crafting unit tests that cover every nook and cranny of your application, from simple components to intricate services.
4. Mocking Dependencies and Handling Asynchronous Operations: Master advanced testing techniques, from mocking external dependencies to efficiently testing asynchronous operations.
5. Automatic UI Testing Using Selenium: Further automate the testing process, employing Selenium for user interface tests, simulating real-world user interactions.

Hands-on is the best way to learn. Here, we’ll develop a flagship project encompassing everything learned so far.

TODO: Expand here

1. Project Setup to Final Deployment: From initializing the project, crafting individual features, to deploying the final product, experience a full development cycle.

Well-designed APIs can dramatically enhance the performance and usability of applications.

1. Restful API Design Fundamentals: Deep dive into the principles of REST and the best practices that ensure your APIs are not only functional but also scalable and intuitive.
2. Swagger & Open API: Empower your API design process with tools like Swagger and OpenAPI, ensuring they adhere to industry standards and are designed with both the developer and end-user in mind.

This segment further solidifies the core concepts surrounding Angular and front-end development, ensuring participants possess both theoretical knowledge and the practical skills needed in the real world. 

Angular’s vastness brings with it advanced features and techniques that can amplify an application’s performance, maintainability, and user experience.

1. Services and Dependency Injection: Delve into the heart of Angular’s service layer. Learn how services offer a consolidated platform for logic and data, and how Dependency Injection facilitates modularity and reusability.
2. HttpClient and API Integration: Connect your Angular application to the world. Explore the HttpClient module, diving deep into making API calls, handling responses, and managing errors efficiently.
3. RxJS Basics, Observables, and Operators: Embrace the reactive paradigm. Master the core concepts of RxJS, learn about observables, and explore operators that can transform and shape data streams in real time.
4. Error Handling: Equip yourself to gracefully handle unexpected situations. Understand the best practices for error handling in Angular, ensuring a seamless user experience even when things go awry.

Go beyond the basics to master the advanced features that Angular offers.

1. Angular Material, NGX Bootstrap, etc.: Introduce yourself to a suite of UI component libraries that can drastically improve your application’s look and feel.
2. Applying Bootstrap Theme Inside Angular Application: Seamlessly integrate Bootstrap themes within Angular, ensuring a consistent and responsive design.
3. Animations in Angular: Breathe life into your applications. Learn the art of crafting fluid animations, enhancing user interactivity and engagement.
4. Web Sockets and Real-time Updates: In an ever-connected world, real-time data is paramount. Dive into WebSockets and learn how to maintain persistent two-way communication between the server and client.
5. Progressive Web Apps (PWAs) with Angular: Step into the future with PWAs. Understand how to transform your Angular application into a PWA, reaping the benefits of offline capabilities, push notifications, and more.
6. Angular Best Practices & Design Patterns: Write Angular code that stands the test of time. Learn about design patterns, coding standards, and best practices that ensure maintainability and scalability.
7. Angular Style Guide: Consistency is key. Familiarize yourself with the Angular style guide, ensuring that your code is both readable and adheres to best practices.

Translating your Angular codebase into a live application is an art in itself. Dive deep into the processes that take your application from development to deployment.

1. Understanding the Build Process with Angular CLI: The Angular CLI is more than just a tool for initializing projects. Learn how it plays a pivotal role in building and optimizing your Angular applications.
2. AOT (Ahead-of-Time) Compilation: Supercharge your application’s startup speed with AOT. Dive deep into the benefits of pre-compiling Angular components and understand its edge over Just-In-Time (JIT) Compilation.
3. Deploying the Angular App to Cloud – AWS/Azure: Once your app is ready, the world should see it. Learn the process of deploying your application onto leading cloud platforms like AWS and Azure, ensuring scalability and availability.

In this segment, participants explore the advanced nuances of Angular, touching on areas that often distinguish a seasoned developer from a novice.