Angular Course in Pune with Placement

Angular is TypeScript-first; we level the floor in week 1. Cover the modern JavaScript subset (destructuring, spread, optional chaining, async / await, modules, Promise) plus TypeScript at the level you actually need for Angular — types, interfaces, generics, utility types, decorators (because Angular still uses them), strict null checks, and the discipline of writing code that passes `strict: true`. By the end of week 1 every student has Node.js 22 LTS, Angular CLI, and a Hello-World Angular 19 app deployed.

Angular 19 from first principles — standalone components (the new default; we don't teach NgModules except as a 'reading legacy code' note), the component lifecycle, inputs / outputs / signal inputs, the new control-flow syntax (@if / @for / @switch), built-in pipes vs custom pipes, attribute / structural directives, and content projection with ng-content. Cover Signals as the reactivity primitive (signal, computed, effect) and how they replace the chunky change-detection workflow that defined Angular 1–14.

Angular's template language, which is where most of the framework's day-to-day expressiveness lives. Built-in structural and attribute directives, then the modern `@if`, `@for` and `@switch` control-flow syntax that replaced `*ngIf` and `*ngFor` — including why the change was made and what it does for build size and type checking.

Writing your own directives is the point at which Angular stops feeling like a set of rules and starts feeling like a toolkit. Pipes cover the built-in set including `async`, custom pipes, and the pure-versus-impure distinction that decides whether a pipe is a performance win or a performance bug.

Dependency Injection is the heart of Angular and the pattern most under-explained in tutorial courses. Cover providers (the new providedIn: 'root' default, providedIn: 'platform', providedIn: any), inject() function vs constructor injection (the 2026 default is inject()), hierarchical injectors, and the discipline of writing services that test cleanly. State management — Signal-based stores for the simple case, NgRx for the enterprise case, and the honest comparison of when each earns its complexity.

Angular's reactivity model, and the most consequential change to the framework in years. Signals as values that know who depends on them: `signal`, `computed` and `effect`, and how they let change detection do dramatically less work than it did under zone-based checking.

The module covers signal inputs and outputs, model signals for two-way binding, and — importantly — interoperability with RxJS through `toSignal` and `toObservable`, because real applications contain both and will for years. It closes with signal-based state as a genuine alternative to a store, which for a large share of applications is now the right answer.

Forms are where Angular shines and where most enterprise dashboards live. Cover reactive forms (the dominant choice in Pune enterprise — strongly typed, testable, composable), template-driven forms (when they fit, which is rarely in production), strongly-typed forms (Angular 14+ feature now standard), validators (built-in and custom), async validators, FormArray for dynamic forms, and the discipline of wiring forms to APIs without prop-drilling state. We finish with a multi-step wizard.

Angular Router done properly — standalone-route configuration (functional Routes array, no NgModules), nested / child routes, route parameters, query params, route guards (CanActivate, CanMatch — the 2026 default), route data, lazy loading via dynamic import, and Angular 17+'s @defer block for granular template-level code splitting. Plus the discipline of designing a route tree that scales to 100+ routes without a refactor.

The APIs that make genuinely reusable Angular components possible, and the ones most courses never reach. Content projection with `ng-content`, including multi-slot projection and conditional projection — the mechanism behind every card, dialog and layout component you will ever be asked to build.

View and content queries give a component controlled access to its own children. Dynamic components cover creating components at runtime, which is how modals, toasts, dashboards with configurable widgets and anything driven by server-supplied configuration actually work. Template references and `ngTemplateOutlet` close the module.

HTTP and RxJS together — the integration layer where Angular meets the backend. Cover HttpClient (the 2026 default with the standalone provideHttpClient() bootstrap), functional HTTP interceptors (the new pattern, replacing class-based interceptors), and RxJS at the level you actually use — map, switchMap, mergeMap, concatMap, debounceTime, distinctUntilChanged, catchError, retry. Plus the discipline of when to use a Signal vs an Observable and how to interop (toSignal, toObservable). We finish with a small dashboard consuming a real API with proper error handling and loading states.

The interface layer as enterprise Angular actually builds it. Angular Material components and theming, the CDK underneath them — overlays, portals, drag and drop, accessibility utilities — and how to customise Material without fighting it, which is the skill that separates a usable design from a default one.

Data-heavy UI gets its own treatment because it is what enterprise Angular is mostly used for: tables with sorting, filtering, server-side pagination and virtual scrolling over large sets. Animations close the module — Angular's animation API, transitions between routes, and motion used to explain state change rather than to decorate.

JWT authentication flows (login, refresh, logout), HTTP interceptors for auth headers, route guards for role-based access, secure storage (httpOnly cookies vs localStorage — and why the answer matters in production), CSRF protection, XSS defences, and the Angular built-in sanitisation that covers most innerHTML risks. Plus the integration patterns for Pune enterprise SSO (Azure AD / Entra ID, OAuth2 with PKCE, OIDC) that come up on every BFSI / large-captive interview.

Testing as Pune enterprise teams actually do it. Unit tests with Jasmine + the Angular TestBed (the historical default in BFSI / IT services), Vitest for newer projects (faster, ESM-native, gaining adoption), component / integration tests, marble testing for RxJS, and Playwright for end-to-end flows. We cover the discipline of testing what users see (not implementation details), MSW for HTTP mocking, and the testing pyramid that produces the coverage senior engineers actually trust.

Three requirements that appear in enterprise specifications and almost never in training courses. Accessibility covers semantic templates, focus management across route changes in a single-page application, ARIA used correctly, accessible forms with announced errors, and testing with the CDK's a11y utilities and a screen reader.

Internationalisation covers Angular's i18n system, message extraction, pluralisation and locale-aware formatting — genuinely relevant for Pune teams building for global users. Progressive web app concepts cover the service worker, caching strategies, offline behaviour and installability, along with an honest note on when a PWA is worth the added complexity.

Performance — Core Web Vitals (LCP, INP, CLS) and how Angular's change detection / OnPush / Signals affect each, bundle analysis with source-map-explorer, the discipline of measuring before optimising, lazy loading and @defer for code splitting. Server-Side Rendering with Angular Universal / Hydration (now built-in), the Pune enterprise deployment patterns (Nginx + Node.js for SSR, Azure Static Web Apps, AWS S3 + CloudFront for SPA), GitHub Actions / Azure Pipelines for CI/CD, plus error tracking and analytics integration.

How an Angular application is organised once it is large enough that organisation decides whether it survives. Standalone-first architecture as the current default, and what NgModules were for — knowledge you need, because you will meet legacy applications that still use them and be asked to migrate one.

Feature boundaries, shared and core layers, barrel files and the dependency rules that keep them from becoming circular. Then monorepos with Nx — project graphs, affected builds, enforced module boundaries — and micro frontends, covered honestly: a real solution to an organisational problem, and an expensive mistake when adopted for a technical one.

The professional habits, and the pipeline that enforces them. ESLint for Angular with the framework-specific rules, Prettier, strict TypeScript settings, and pre-commit hooks so unformatted or failing code cannot land. Conventional commits and a readable history.

Debugging is taught as a method: Angular DevTools for the component tree and change-detection profiling, source maps, breakpoint debugging in the browser, and reading Angular's error messages — which are more informative than their reputation suggests once you know their shape. CI/CD then covers a real pipeline: install, lint, test, build, and deploy on merge.

Two weeks of full-time capstone work plus structured interview preparation. Pick one of three capstone projects (see Capstone Projects). Mock interviews calibrated for Pune Angular hiring panels — Bajaj Finserv, Cognizant, Capgemini, Mercedes-Benz R&D, Cummins, BMW TechWorks. Includes a live-coding round (build a small component / form / pipe in 30 minutes), an Angular conceptual round (DI, change detection, Signals vs Observables, route guards), and a behavioural round. Resume / LinkedIn / GitHub polish included.