Android Apps Development
with Kotlin
Professionals and students can take this training in which both can have a crack at Android Development. Our step by step training will be based on 100% practical training.
Training Plan
Credit hours
48 hours
Lectures + Labs
24 classes
Duration
3 months
Classes
Weekends Only / Weekdays
Description
- Groom your career in Android Application Development with Kotlin.
- Currently, billions of users use Android supported mobile devices; in fact, they prefer it, which is more than any other mobile operating system. Android is an open-source platform available on a multitude of different smartphones and tablets as well as wearables through the Android Wear operating system. That’s why Android’s market size being much more significant. It is an evergrowing market, and the demand for an Android app developer is high.
- Professionals and students can take this course in which both can have a crack at Android Development. Our step by step training will be based on 100% practical training.
Why Kotlin?
- Google announced official support for Kotlin. At Google I/O in May 2017. Just a year later, and Google told the audience at I/O 2018: “35% of pro developers use Kotlin … more and more Android development is going to Kotlin, and we’re committed for the long term.”
- Kotlin requires fewer lines of code to do the same things as other programming languages. It is an inherently concise language so it can solve many common development problems with just a few lines of code.
- Kotlin is 100% interoperable with Java so apps you’ve already built can be migrated to Kotlin incrementally. You don’t need to stop using Java—you can use both! Extension functions give you a way to add functionality to existing classes (even Java classes) without a full rewrite to Kotlin.
Why Room Database?
- The room provides an abstraction layer over SQLite to allow fluent database access while harnessing the full power of SQLite.
- Apps that handle non-trivial amounts of structured data can benefit greatly from persisting that data locally. The most common use case is to cache relevant pieces of data. That way, when the device cannot access the network, the user can still browse that content while they are offline. Any user-initiated content changes are then synced to the server after the device is back online.
Training Requirements
- Basic knowledge of Computer Programming (irrespective of the language)
- A PC or a Laptop with tool supported OS, recommended Windows.
- Android Studio 3+
- No paid software or tools required.
- Your interest and cooperation.