Angular Mastery: Enterprise UI Development Accelerator — With AI-Powered Development

Total Duration: 80 Hours (10 Days, 8 hrs/day)
Modules: 2 (AI-Powered Development + Angular Mastery)
Delivery: Instructor-Led with Daily Labs and Hands-On Practice
Designed for: Enterprise development teams

Module 1: AI-Powered Development — Coding Smarter with GitHub Copilot

24 Hours | 3 Days | Instructor-Led with Hands-On Labs

Day 1: Foundations, Setup, Prompt Engineering & Architecture Support

Objectives: Build correct mental models of Copilot and set up an optimized environment · Master prompt engineering for developer contexts · Use Copilot to assist technical design, not replace it

Topics: What GitHub Copilot is and is not · How Copilot works (LLMs, context window, tokens) · Copilot vs chat-based AI tools · Licensing, enterprise policies, telemetry basics · Responsible AI usage · IP, confidentiality, secure coding · Copilot setup in Visual Studio and VS Code · Prompt fundamentals, inline vs chat prompts, refinement techniques · Role-based prompts · Translating requirements into technical design drafts, architecture options, sequence flows

Hands-On Labs: Compare Copilot suggestions under different file contexts · Configure Copilot per developer preference · Prompt refactoring exercises · Draft a technical design from a user story and generate a project skeleton

Key Outcomes: Understanding of Copilot’s limitations and risks · Optimized Copilot environment · Better prompt alignment with architecture · Faster design articulation

Day 2: Backend Coding, Frontend, Testing & Code Quality

Objectives: Accelerate backend and frontend development with AI assistance · Build a strong testing culture with Copilot-assisted test generation · Improve existing code quality with Copilot

Topics: Controllers, services, repositories in .NET Core/ASP.NET · LINQ generation and refactoring · Async/Await, exception handling, DI, DTOs, EF Core · Angular component scaffolding, form validation, API integration, NgRx state management · Unit and integration testing (xUnit/NUnit/MSTest), mocking, edge case identification · Debugging, code review, refactoring, SOLID principles

Hands-On Labs: Build a REST API with Copilot assistance and refactor legacy code · Generate Angular components from UX descriptions · Generate and improve tests · Analyze and refactor a legacy service

Key Outcomes: Cleaner, faster backend implementation · Consistency across the full stack · Faster, higher-quality test creation · Reduced onboarding time

Day 3: Secure Coding, Performance, DevOps & Capstone Project

Objectives: Prevent security risks from AI-assisted coding · Optimize performance and automate delivery pipelines · Consolidate learning in a capstone project

Topics: Secure coding principles, OWASP Top 10, identifying insecure AI-generated code · Auth patterns, input validation, dependency audits · Performance bottlenecks, LINQ/EF Core optimization, caching · YAML pipeline generation, CI/CD automation, infrastructure scripts · Engineering best practices and team guidelines

Hands-On Labs: Identify and fix vulnerabilities in Copilot-generated code · Optimize a slow API and compare metrics · Generate and improve CI pipeline templates

Capstone: End-to-end full-stack project (Requirement → Design → Code → Test → Secure → Optimize) with mandatory Copilot usage and peer review, evaluated on code quality, design clarity, test effectiveness, security awareness, and Copilot usage maturity.

Module Deliverables: Copilot Usage Playbook · Team Prompting Guidelines · AI Code Review Checklist

Module 2: Angular Mastery — Building Reactive Enterprise UIs

56 Hours | 7 Days | Instructor-Led with Hands-On Labs

Day 1: Angular Foundations, Architecture & First Application

Topics: Angular 19 overview, CLI tooling, project structure, release cadence · TypeScript recap (classes, interfaces, generics, decorators, strict mode) · Component model and change detection (default vs OnPush) · Interpolation and binding, directives, pipes, @Input/@Output · Reactive state with signals (computed, effects) · Container vs presentational patterns

Hands-On Labs: Create a new Angular 19 app and implement a feature module · Build a dynamic dashboard using signals · Create reusable UI components with the container/presentational pattern

Day 2: Routing, Navigation & Route Guards

Topics: Router setup, route params, child routes, named outlets · Guards (canActivate, canLoad, canDeactivate), functional guards, resolvers · Lazy loading, preloading strategies, scroll restoration, route reuse

Hands-On Labs: Implement a multi-page app with protected, lazy-loaded routes · Build a resolver · Implement a custom preloading strategy

Day 3: Forms — Template-Driven, Reactive & Advanced Validation

Topics: Template-driven forms, ngModel, built-in validators · Reactive forms (FormBuilder, FormGroup, FormArray, dynamic generation) · Custom and async validators, cross-field validation · Multi-step wizards, dynamic fields, auto-save with debounce

Hands-On Labs: Create a multi-step reactive form with async validation · Build a dynamic config-driven form · Implement auto-save with debounce

Day 4: HTTP, Services, RxJS & State Architecture

Topics: HttpClient, interceptors, provider scopes · Core RxJS operators (map, switchMap, debounceTime, forkJoin, etc.) · Signals + RxJS interoperability (toSignal, toObservable) · State management patterns, intro to NgRx (store, actions, reducers, selectors, effects)

Hands-On Labs: Build a CRUD feature against a mock API · Implement a type-ahead search with debounce and switchMap · Set up an NgRx store slice

Day 5: Advanced Components, Directives, Pipes & Content Projection

Topics: ng-content and content projection · ViewChild/ContentChild, dynamic component creation, portal-based overlays · Custom attribute and structural directives, HostListener/HostBinding · Pure vs impure pipes · Performance optimization (OnPush, trackBy, memoization, bundle optimization)

Hands-On Labs: Build a reusable modal system with dynamic components and portals · Create a custom highlight directive · Profile and optimize a slow component

Day 6: Testing — Unit, Integration & E2E

Topics: Jasmine and TestBed fundamentals · Component testing (shallow vs deep rendering, @Input/@Output testing) · Async testing (fakeAsync, tick) · Testing HTTP and NgRx state · E2E testing with Cypress · Code coverage and quality thresholds

Hands-On Labs: Write unit tests for a component with HTTP calls · Test a reactive form with async validators · Write E2E tests for a login and dashboard flow using Cypress

Day 7: Architecture Best Practices, Security, Deployment & Capstone

Topics: Feature module architecture, Nx monorepo, micro-frontend concepts · Security (XSS prevention, CSRF, JWT auth guards, CSP) · Internationalization (i18n, ngx-translate) · Build configurations, Angular build optimizations, deployment to Azure Static Web Apps/Firebase/Netlify, CI/CD with GitHub Actions

Capstone: Full Angular application with lazy-loaded feature modules, NgRx global state, reactive forms with complex validation, protected routes with JWT auth guards, unit + E2E test coverage, deployed to a cloud host via CI/CD pipeline.

Hands-On Labs: Configure an Nx monorepo with a shared component library · Set up a GitHub Actions CI/CD pipeline · Build and deploy a full Angular enterprise app end-to-end