Professional Training in TypeScript
for Professional Web Developer
Professional Training in TypeScript for Professional Web Developers equips experienced web developers with advanced skills in TypeScript, a statically typed superset of JavaScript. This comprehensive program covers advanced TypeScript fundamentals, tooling, integration with popular web frameworks, design patterns, debugging, code optimization, and practical projects, ensuring participants can create efficient and maintainable web applications.
Program Features
- Max Students: 10
- Duration: 1 Month
- Practical Training
- Certificate after Completion
- Vocational Training Program
- Investment: 10,000.00
Course Description
In this Course you will learn how to use TypeScript, starting from scratch. TypeScript is a typed superset of JavaScript that compiles to plain JavaScript. As TypeScript is developed by Microsoft and strongly advertised and used by Angular 2+ (Google) and other popular libraries. TypeScript is one of the most popular web development languages you can learn. Learn what TypeScript is, why it really is a powerful addition to JavaScript, what its features are and how to use it! Learn why TypeScript is amazing, how it improves your JavaScript code and how it helps you avoid nasty bugs and errors!
Course Intention and Outcome
- Compile, Test and Run TypeScript on your workstation
- Understand TypeScript and Tools for development with TypeScript
- Implement Types and variables
- Use Conditional Statements, Loops and Arrays
- Using Operators
- Implement Functions in TypeScript
- Define classes, Arrow functions and Decorators
- Use TypeScript and its Features like Types, ES6 Support, Classes, Interfaces and much more in any of their Projects
- Using Decorators, Modules and Namespaces
- Understand what TypeScript really is about and how it works
Who Can Join This Program
- Experienced Web Developers: Developers with prior experience in web development who want to enhance their skill set and stay up-to-date with modern web development technologies.
- Front-End Developers: Front-end developers who want to master TypeScript and its integration with popular web frameworks, such as Angular, React, and Vue.js.
- Full-Stack Developers: Full-stack developers looking to strengthen their proficiency in TypeScript for both front-end and back-end web development.
- Web Development Professionals: Those in web development roles, including UI/UX designers, who want to deepen their expertise and career prospects in the field.
- Software Engineers: Software engineers interested in web development and TypeScript to create high-performance and maintainable web applications.
- Individuals Seeking Career Advancement: Professionals aiming to advance their careers in web development and secure opportunities with competitive advantages in the industry.
- Coding Enthusiasts: Enthusiasts with a passion for coding who want to transition into web development or further their existing web development skills.
Why Professional Training in TypeScript for Web Developer is important skill?
- Type Safety: TypeScript is statically typed, which means it enforces data types and catches errors at compile-time, preventing common runtime errors. This enhances code reliability and reduces debugging time.
- Enhanced Code Quality: TypeScript encourages writing cleaner, more readable, and maintainable code through strong typing and advanced features like interfaces and classes.
- Scalability: As projects grow, TypeScript’s type system helps developers manage larger codebases, making it easier to add new features, refactor code, and collaborate with team members.
- Tooling and IDE Support: TypeScript offers excellent tooling, including code completion, refactoring, and intelligent autocompletion, which significantly boosts developer productivity.
- Framework Integration: TypeScript seamlessly integrates with popular web frameworks like Angular, React, and Vue.js, providing type-safe components and improving overall framework performance.
- Cross-Platform Compatibility: TypeScript’s transpilation to JavaScript ensures that applications can run in various web browsers and on different platforms.Growing Popularity: TypeScript’s popularity is on the rise, with many organizations adopting it for web and application development. Proficiency in TypeScript is a valuable skill in today’s job market.
- Community and Support: TypeScript has a vibrant and active community, providing resources, libraries, and solutions to common development challenges.
- Future-Proofing: As web development evolves, TypeScript is likely to play an even more significant role, making it a skill that future-proofs your career.
The Ubiquity of training in TypeScript for Web Developer in Industry and Beyond
- Web Development: TypeScript’s strong typing and integration with popular web frameworks like Angular, React, and Vue.js make it a staple in front-end development. Its type-checking system enhances code quality and helps build robust, scalable web applications.
- Full-Stack Development: TypeScript isn’t limited to the front end. It’s increasingly used in the back end (Node.js) as well. Full-stack developers can leverage TypeScript to maintain type consistency throughout the entire application.
- Cross-Platform Development: TypeScript’s transpilation to JavaScript ensures that applications run seamlessly on various web browsers and operating systems, making it suitable for cross-platform development.
- Enterprise Solutions: Large organizations and enterprises favor TypeScript for its ability to manage complex codebases, enhance maintainability, and improve team collaboration. Its strong typing and advanced tooling are particularly advantageous for big projects.
- Data Science and Visualization: TypeScript has applications in data science, data visualization, and dashboard development. Libraries like D3.js have TypeScript bindings, making it easier to create interactive data visualizations.
- Game Development: TypeScript is increasingly used in the game development industry. It offers developers a structured and type-safe environment to build and maintain complex game logic.
- IoT (Internet of Things): TypeScript’s cross-platform compatibility and its integration with IoT platforms make it a preferred choice for developing applications for IoT devices.
- Cloud and Serverless Computing: TypeScript’s performance and scalability are valuable in cloud-based and serverless computing environments. It’s widely used for creating serverless functions and cloud-native applications.
- Mobile App Development: While primarily known for web development, TypeScript is making inroads into mobile app development. With tools like React Native and NativeScript, TypeScript can be used for building mobile apps.
- Education and Learning: TypeScript’s strict typing system and developer-friendly features make it an excellent choice for educational purposes. It helps students learn programming concepts with a strong foundation in JavaScript.Community and Open Source: TypeScript’s growing community contributes to its ubiquity. Developers share libraries, tools, and solutions, fostering innovation and widespread adoption.
Curriculum
1. TypeScript Introduction
- What is TypeScript
- Benefits of TypeScript
- Setup the Environment
- First TypeScript Example
2. Data Types and Variables
- Basic Data Types
- Arrays, Tuples and Enum
- Any and void
- null and undefined
- Type Inference and Type Casting
- Difference between let and var
- Const declarations
3. Operators
- Arithmetic and Assignment Operators
- Logical and Relational Operators
- Conditional Ternary operator
4. Conditional Statement
- if Statement and i-else Statement
- Nested if Statement and Switch Statement
5. Loops
- for Loop and do-while Loop
- for-in Loop, for-of Loop and Nested Loop
6. Functions
- Declaring, Creating and Calling Functions
- Functions with Parameters
- The arguments Object
- Returning Values From Functions
- Function Scope
7. String Properties and Methods
- Length
- charAt() and charCodeAt()
- concat() and split()
- indexOf() and lastIndexOf()
- match(), replace() and search()
- toUpperCase() and toLowerCase()
8. Arrays and Arrays Methods
- Declaring and Creating Arrays
- Using Arrays and Iterating Arrays
- Inserting and Removing Elements from Arrays
- Array Methods
9. Destructuring and Spread
- Array, Object and Mixed Destructuring
- Property renaming
- Default Values
- Spreads
10. Working with Classes
- Writing and Using Classes
- Constructor method
- Inheritance of classes
- Type casting and Type Assertion
- Static Properties and Abstract class
11. Working with Interfaces
- Interface Declaration and Initialization with an object
- Duck Typing
- Interface Implementation by class
- Interface having Optional Property
- Class extending another class and also implementing an Interface
- Excess Property Checks
- Indexable Types
- Extending Interfaces
12. Generics
- When to Use Generic Functions
- Generic Types and Generic Interface
- Generic Classes and Generic Constraints
- Using Type Parameters in Generic Constrain
13. Decorator
- A First Class Decorator and Working with Decorator Factories
- Building More Useful Decorators
- Adding Multiple Decorators
- Diving into Property Decorators
- Accessor & Parameter Decorators
- When Do Decorators Execute?
- Returning (and changing) a Class in a Class Decorator
- Other Decorator Return Types
- Validation with Decorators
14. Modules and Namespaces
- Writing Module Code
- Declaring and Using Namespaces
- Organizing Files & Folders
- Understanding various Import & Export Syntaxes
- How Does Code In Modules Execute?
- Using require()
15. Ambients
- Definition
- Syntax
- Examples
Tuition & Investment
Enrollment Amount | Registration Amount | No. of Installments |
---|---|---|
Rs. 500.00 | Rs. 9500.0 | -- |
Total Amount | Rs. 10,000.00 |
Schedule and Enrollment
Not sure? Talk to our advisors
Comprehensive TypeScript Vocabulary
- TypeScript: A statically typed superset of JavaScript that compiles to plain JavaScript, adding static typing and other advanced features.
- Static Typing: The practice of specifying variable types at compile-time, enabling type checking to catch errors early.
- Type: A construct in TypeScript defining the shape or structure of a data entity. Common types include number, string, boolean, object, and custom types.
- Interface: A TypeScript construct for defining the structure of an object, class, or function. Interfaces enforce a specific shape for objects.
- Class: A blueprint for creating objects, defining their structure, and encapsulating data and behavior.
- Module: A self-contained unit of code that can be used for organizing and encapsulating code in TypeScript, similar to namespaces in JavaScript.
- Enum: A user-defined data type in TypeScript, which is a set of named values.
- Generics: A feature that allows creating reusable code components that work with various data types.
- Type Inference: TypeScript’s ability to automatically determine the type of a variable based on its value and usage.
- Type Assertion: A way to tell the TypeScript compiler that a variable is of a particular type, even if the compiler can’t determine it.
- Decorators: A TypeScript feature that allows modifying or enhancing classes, methods, or properties during runtime.
- Tuple: An array-like structure that allows storing a fixed number of elements with known types.
- Union Types: A way to declare that a variable can have more than one data type.
- Intersection Types: A way to create new types by combining existing types.
- Type Guards: Conditional checks to narrow down the possible type of a variable.
- Namespace: A way to organize code in TypeScript, providing a separate scope for variable and function names.
- Destructuring: A feature that allows unpacking values from arrays or objects into separate variables.
- Arrow Functions: Concise syntax for defining functions, commonly used in TypeScript.
- Optional Parameters: Function parameters that may or may not be provided during a function call.
- Rest Parameters: A way to represent an indefinite number of arguments as an array.
- Mapped Types: A feature that allows creating new types by transforming the properties of an existing type.
- TypeScript Compiler (tsc): The TypeScript compiler that transforms TypeScript code into JavaScript.
- Type Definition Files (.d.ts): Files that provide type information for existing JavaScript libraries and allow TypeScript to integrate with them.
- TypeScript Declaration: A way to declare the type of a variable or object, typically using a colon after the variable name.
- Ambient Declarations: Declarations that describe the shape of external objects or libraries for type checking.
- Type Aliases: A way to create custom types with descriptive names, improving code readability.
- Strict Mode: A TypeScript compiler option that enforces stricter type checking rules.
- Triple-Slash Directives: Special comments used to reference declaration files or set compiler options.
- Type Inference: TypeScript’s ability to automatically determine the type of a variable based on its value and usage.
- Declaration Merging: The process of combining multiple declarations with the same name into a single definition.
Essential List of Editors for TypeScript
Text Editors | Integrated Development Environment (IDE):
Visual Studio Code (VS Code): A highly popular and free source code editor developed by Microsoft, which offers excellent TypeScript support and a vast library of extensions.
WebStorm: A powerful, commercial IDE developed by JetBrains that is known for its strong TypeScript support and web development capabilities.
Sublime Text: A lightweight and highly customizable text editor that has an active TypeScript community creating plugins and extensions.
Atom: An open-source text editor developed by GitHub, known for its flexibility and a wide range of packages for TypeScript development.
IntelliJ IDEA: A commercial IDE developed by JetBrains, which offers robust TypeScript support, especially if you’re working on larger-scale projects.
TypeScript Playground: An online code editor provided by the TypeScript team, suitable for experimenting with TypeScript code and quickly seeing the results.
Eclipse with TypeScript Plugin: If you’re more familiar with Eclipse, there’s a TypeScript plugin available that adds TypeScript support to the IDE.
NetBeans with TypeScript Support: For those using NetBeans, there are plugins available to support TypeScript development.
Vim/Neovim with TypeScript Plugins: If you’re a fan of Vim or Neovim, there are plugins like coc.nvim that provide TypeScript support.
Emacs with TypeScript Plugins: Emacs users can take advantage of various TypeScript plugins and extensions to enhance their TypeScript development experience.
Web-based IDEs: Online integrated development environments like Repl.it, odeSandbox, and StackBlitz also support TypeScript development, making it easy to code from anywhere with an internet connection.
FAQ's
How this Course will benefit in my Career?
What skills or education do I require to enroll in the Course?
Who Join this Training Program?
Do you provide a job guarantee after completion of Course?
Employment Opportunity after this Training Program?
How do I register for this Course?
Do I need a laptop/other things for in-person Training?
Does your training institute provide internships during the Training?
Training Certificate is valid or not?
How do I cover the topics discussed in the sessions I missed?
Can I get a refund if I can’t make it to the training due to some reasons?
What is the Registration Policy?
Related Courses
Programming using C
Programming using C++
Programming using Java
Advance Java
.Net
Programming using C#
Programming using Python
Pandas
Tkinter
TypeScript
JavaScript
PHP