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Dart
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Online Dart classes.
From beginner to expert.
Whether you're a beginner or an expert, we have the right teacher for you. Our teachers are experienced and will help you achieve your goals. They will help you in Dart and will
make sure you become a master in no time.
Learn Dart at your pace.
Whether you're a busy professional looking to enhance your skills, a student seeking additional academic support, or someone simply looking to pursue a personal interest, you have the
freedom to book classes when you solely want to.
Choose the modules you are interested in to become an expert in Dart. On Univext, focus
on what you want to learn and pay only for the classes you need. Check the curriculums below to see the skills you can learn.
What is Dart:
Dart is a programming language, which is developed mainly by Google and appeared in 2011. The Dart language resembles established object-oriented programming languages, of which
Swift, C# or Java are part, which are subject to certain programming paradigms. A major difference between Dart and other programming languages is that it comes with its own package manager called Pub. This language is used for the development of mobile, web, desktop and other applications incorporating Internet of Things (IoT) technology. A Dart program can be
executed by a virtual machine for a local or smartphone application (Dart Native), or compiled into JavaScript and thus produce code that can be used by all browsers (Dart Web).
What you will learn and cover during your lessons:
Introduction to Dart
This module provides an overview of Dart and its features, and introduces the basic syntax and structure of the language.
This module covers the different control structures in Dart, including conditional statements, loops, and switch statements, and how to use them in your programs.
In this module, you will learn about object-oriented programming in Dart, how to define and use classes and objects, and how to create constructors and methods.
In this module, you will learn about advanced language features such as generics, mixins, and extension methods, and how to use them to write more reusable and flexible code.
This module covers asynchronous programming in Dart, including Futures, Streams, and async/await, and how to use them to write more responsive and efficient code.
In this module, you will learn how to use Dart for web programming, including server-side and client-side programming, web APIs, and serverless computing with Firebase Functions.
This module covers testing in Dart, including unit testing, integration testing, and testing with mocks, and how to use them to ensure the quality and reliability of your code.
In this module, you will learn how to use Dart for mobile app development with Flutter, including building UIs, handling user input, and working with data and APIs.
This module covers advanced topics related to Dart's collections, including the spread and null-aware spread operators, collection if and for, and collection literals.
This module covers metaprogramming in Dart, including reflection, annotations, and code generation. You will learn how to use these tools to write highly dynamic and flexible code.
In this module, you will learn about concurrency in Dart, including isolates, event loops, and asynchronous programming. You will learn how to write highly concurrent and scalable applications in Dart.
This module covers advanced generics and type system in Dart, including covariance and contravariance, type inference, and mixins. You will learn how to use these features to write highly flexible and reusable code.
In this module, you will learn about performance optimization in Dart, including profiling, benchmarking, and memory management. You will learn how to write highly optimized and efficient Dart code.
This module covers Dart for web development, including the Dart web platform, client-side programming, and server-side programming. You will learn how to use Dart to build highly performant and scalable web applications.
In this module, you will learn about advanced Dart libraries, including the Dart SDK libraries, third-party libraries, and package management. You will learn how to use these libraries to write highly modular and reusable code.
This module covers advanced asynchronous programming techniques such as Futures, Streams, and Isolates, and how to use them to write efficient and scalable code.
In this module, you will learn how to use meta programming and reflection to manipulate Dart code at runtime, and how to write code that generates other code.
This module covers advanced design patterns such as Dependency Injection, Observer, and Command, and how to use them to write maintainable and testable code.
This module covers advanced error handling techniques such as exceptions, error codes, and error reporting, and how to use them to write robust and fault-tolerant code.
In this module, you will learn how to use advanced collections and data structures such as Queues, Stacks, and Trees, and how to use them to write efficient and optimized code.
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