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OutSystems Developer with JavaScript Salary in 2024

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Total:
4
Median Salary Expectations:
$7,980
Proposals:
1

How statistics are calculated

We count how many offers each candidate received and for what salary. For example, if a OutSystems developer with JavaScript with a salary of $4,500 received 10 offers, then we would count him 10 times. If there were no offers, then he would not get into the statistics either.

The graph column is the total number of offers. This is not the number of vacancies, but an indicator of the level of demand. The more offers there are, the more companies try to hire such a specialist. 5k+ includes candidates with salaries >= $5,000 and < $5,500.

Median Salary Expectation – the weighted average of the market offer in the selected specialization, that is, the most frequent job offers for the selected specialization received by candidates. We do not count accepted or rejected offers.

OutSystems

Understanding the Concept of OutSystems

OutSystems, a low-code development platform, helps organisations build, deploy and maintain custom applications that bypass hand-coding whenever possible. As Mattnem notes, often you can get very far just manipulating interconnected already-built components – in OutSystems’ case, with a few clicks of the mouse. With low-code platforms like OutSystems, citizen developers can build simple applications with almost zero hand-coding. And for citizen developers, that’s exactly what they need.

The Benefits of OutSystems

Rapid Application Development

It takes programmers hours or even days to set up a similar environment for a traditional development project. One of the prominent benefits of OutSystems is that it significantly speeds up application development. By creating the infrastructure of our application development platform prior to the delivery, developers are able to quickly churn out prototypes without all the heavy lifting; they can make dozens of iterations of designs and still end up with a working application in days, weeks, or months, depending on the complexity. It is encouraging to see large organisations moving away from the traditional mindset and embracing more modern approaches to software development.

Increased Efficiency

By automating repetitive development work and binding it to industry best practices, OutSystems helps development teams get more done – rapidly, reliably, and cost-effectively. Once applications are deployed, OutSystem’s built-in capability for one-click deployment and easy scaling can help teams make modifications, update user interfaces and add new features without any issues.

Seamless Integration

OutSystems allows for smooth integration with current systems and databases by building on your legacy infrastructure. Thus, it offers easy-to-configure integrations with data sources, APIs and third-party systems, so that any application built on OutSystems can connect with other parts of the stack.

Scalability and Flexibility

It can scale up from a small prototype to an enterprise solution, with advanced scalability options for every type of application. You can scale a solution up as your business needs change, or scale it down as needed, and because OutSystems is fully customisable, it’s also very extensible. You can add components you develop or off-the-shelf libraries as business requirements change, without sacrificing speed and without sacrificing quality.

How OutSystems Works

Visual Development Environment

It comes with a visual development environment that allows the programmer to build applications without writing an immense amount of code. Programmers typically retrieve these components from a standard library of pre-built UI and behaviour components, such as data connectors and logic modules, and hook them together in various configurations to create a complex program.

Drag-and-Drop Functionality

Rather than requiring developers to write code, OutSystems’ users ‘assemble’ application building blocks by dragging pieces, such as forms or simple business rules, to the canvas. Not only is this easier, but it also reduces the time needed to train users on the software’s capabilities. By dragging and dropping things on a canvas, developers can visually define the application’s user interface, workflows and data model.

Backend Integration

OutSystems integrates with backend systems and databases using connectors and APIs. Access to backend enterprise data is vital, and developers can retrieve and process this data through connectors provided by OutSystems and by APIs (application programming interfaces) offered by the enterprise systems. OutSystems allows all backend systems to connect to the same integration environment, configured on a standard template, and ensures that the data is validated and updated in a single place.

Use Cases of OutSystems

Enterprise Applications

Developed by OutSystems, this platform is used to create enterprise-grade applications for complex business processes and requirements, enabling enterprises to work on applications across various functions such as customer relationship management (CRM), human resource management, supply chain management and so on.

Mobile App Development

Mobile app development is another area where OutSystems is a good fit: it comes with robust support for cross-platform mobile development, so your organisation can market its apps to users on both iOS and Android devices. OutSystems creates native mobile experiences, with features such as offline data synchronisation, push notifications, device-specific features and any other goodies you’d expect from mobile apps.

Legacy Systems Modernization

Modernising legacy systems is a common challenge that applies to many firms. OutSystems revolutionises the way legacy applications are maintained and upgraded. For example, combining legacy application data with new services, visual style and functionality examples are illustrated below:

OutSystems vs. Traditional Development

Time and Cost Efficiency

When compared with traditional development approaches, OutSystems makes development projects much more agile and cost effective – as outlined in this graphic below. In conclusion, OutSystem’s uber-development approach relies on a visual development environment accompanied by reusable components that expedite the development process by avoiding multiple initial starts. On the other hand, traditional development approaches do not provide these advantages.

Adaptability and Agility

With OutSystems’ low-code approach, applications become more adaptable and flexible: developers can make immediate modifications to and extensions of existing applications, and adjust their logic or scope as business requirements change. Each set of changes made can be implemented within the same familiar visual-modeling environment, which makes modelling easy and intuitive, even for a non-coder. This enables the iterative testing processes that have become integral to software engineering, leading to the highly scalable applications that organisations can depend on as their requirements shift over time.

Collaboration and Team Productivity

OutSystems increases collaborative working between development teams since it displays the visual work in progress that each colleague is working on. Without version control, or specialised skills (for example, defining a With ‘friend list’), development slows down as conflicts can rise significantly.

Limitations and Challenges of OutSystems

While OutSystems has its advantages, it’s not a silver bullet; there are some limitations to the tool that require advanced skills with code. For example, configuring complex business processes or integrating with niche and highly specialised systems might not work well with OutSystems: the software might require extensive manual coding, or the very low-level optimisations just might not be the right fit for the app.

Security and Compliance Considerations

These considerations are of utmost importance for any development platform that you decide to adopt, and OutSystems provides an elegant framework for security and compliance. Data security OutSystems security approach is founded on the principle that security must be part of the framework, not only of the application. This builds both resilience and creates confidence that helps companies to comply with security governance regulations. OutSystems supports industry standard best practices for authentication, access control, data encryption, etc. To help organisations be compliant, OutSystems is certified against quality standards defined by the ISO, such as ISO 9001 and ISO 27003. Applications must also meet currently evolving requirements for data security. Validating application security is fundamental in reducing significantly the risk of data breaches. Compliance laws may be required in your territory. For example, the new European Regulation on data protection (GDPR) came into effect in May of last year. Some of the requirements, such as specific deadlines, are already available, but more are expected to be added.

Where is JavaScript used?






Browser Boss Level: Enhancing Web Interactivity



  • Gives life to web pages by making them twerk, wiggle, and dance to user actions — because static is so '90s.



Backend Bonanza: Node.js Revolution



  • Blurs the frontend-backend line by enabling devs to speak one language and code in their sleep – pajama coders unite!



Mobile Mayhem: React Native Madness



  • Whips up mobile apps like a street magician pulling rabbits out of hats – same JavaScript, different party tricks.



Game Glory: Three.js Fantasy



  • Transforms dull lines of code into epic 3D web games that make you forget you have a job—you're welcome, procrastinators!


JavaScript Alternatives

 

TypeScript

 

TypeScript is a strongly typed superset of JavaScript that compiles to plain JavaScript. It provides optional static typing, enhanced IDE support, and better scalability for large codebases.

 


// TypeScript Code Example:
function greet(name: string) {
console.log('Hello, ' + name.toUpperCase() + '!!');
}
greet('Developer');



  • Enhances code quality and understandability.

 

  • Ideal for large-scale applications.

 

  • Requires compilation step.

 

  • Some learning curve for JS developers.

 

  • Rich IDE support with autocompletion.




Dart

 

Dart is a scalable language optimized for building UI, with a reactive framework like Flutter for crafting natively compiled apps for mobile, web, and desktop.

 


// Dart Code Example:
void main() {
print('Hello, Dart!');
}



  • Highly performant on multiple platforms.

 

  • Steeper learning curve for non-Java/C# devs.

 

  • Favors expressive and robust applications.

 

  • Less popular than JavaScript in the web domain.

 

  • Strong ecosystem with Flutter for UI development.




CoffeeScript

 

CoffeeScript is a little language that compiles into JavaScript. It provides syntactic sugar inspired by Ruby, Python and Haskell to enhance JavaScript's brevity and readability.

 


# CoffeeScript Code Example:
greet = (name) -> console.log "Hello, #{name}!"
greet 'World'



  • Clearer and more concise syntax than JavaScript.

 

  • Limited community and resources.

 

  • Improves code readability and writability.

 

  • Additional compile step can slow down development.

 

  • Less verbose and reduced boilerplate code.

 

Quick Facts about JavaScript

 

Conceived in a Hurry: The Birth of JavaScript

 

Imagine cooking up a programming language in just 10 days! That's what Brendan Eich did back in 1995. As if he was on a TV cooking contest, he whipped up JavaScript for Netscape, giving birth to a language that would soon be everywhere like glitter at a craft fair. At first, it was called Mocha, which sounds more like a Starbucks order, but soon morphed into JavaScript, a marketing move to mooch off Java's fame. And just like that, an internet rockstar was born!



From Vanilla to Full-Flavored ECMAScript

 

JavaScript is like a cheese that keeps maturing. What started out as a simple scripting language is now governed by ECMAScript standards, which sounds like a council of wizards deciding the fate of code. From ES1 in 1997 to the recent ES2020, JavaScript has been pulling rabbits out of hats with promises, async/await, and spread operators, making coders’ lives more magical.

 


// From callbacks to the magic of async/await
async function getTheGoodStuff(url) {
let treasureChest = await fetch(url);
let gold = await treasureChest.json();
console.log(gold);
}



Not Just for Browsers Anymore

 

Some techies thought JavaScript was just a browser’s one-trick pony, but boy, were they wrong! Node.js galloped in and changed the game in 2009. This environment enabled JavaScript to sprint outside the browser and onto servers, which was like teaching a fish to ride a bicycle. Now it's not just web pages that JavaScript can animate, but whole servers that dance to its tune!

 


// JavaScript taking over the server side
const http = require('http');

http.createServer((req, res) => {
res.writeHead(200, {'Content-Type': 'text/plain'});
res.end('Look ma, I can server!');
}).listen(1337, '127.0.0.1');

What is the difference between Junior, Middle, Senior and Expert JavaScript developer?


































Seniority NameYears of ExperienceResponsibilities & ActivitiesAverage Salary (USD/year)
Junior Developer0-2 years

  • Fixing simple bugs

  • Writing basic code under supervision

  • Performing routine tasks with clear instructions

  • Learning the codebase and development tools


$50,000 - $70,000
Middle Developer2-5 years

  • Developing new features

  • Refactoring code

  • Beginning to review code of peers

  • Collaborating with cross-functional teams


$70,000 - $100,000
Senior Developer5+ years

  • Designing software architectures

  • Mentoring junior developers

  • Leading feature development

  • Optimizing performance


$100,000 - $140,000
Expert/Team Lead8+ years

  • Setting technical direction

  • Managing development timelines

  • Overseeing multiple projects

  • Coordinating stakeholder communications


$140,000 - $180,000+

 

Top 10 JavaScript Related Tech




  1. JavaScript (The Mother Tongue)



    In the realm of coding, JavaScript sits on the throne, lording over the web like a digital king. It’s the scripting language that makes web pages tickle your eyeballs with interactivity. It’s everywhere - like a ninja, but less stealthy and more in-your-face with pop-ups.



    // Classic 'Hello, World!' in JavaScript
    console.log('Hello, World!');


     

 


  1. Node.js (The Backend Magician)



    Ah, Node.js, the Swiss Army knife of JavaScript runtimes. It’s how JS flipped the script from a front-end only diva to a full stack rockstar. With Node.js, you can schmooze with databases and servers, whisper sweet nothings to APIs, and do all sorts of backend wizardry.



    // A simple Node.js server that says 'Hello World'
    const http = require('http');
    http.createServer((req, res) => {
    res.write('Hello World!');
    res.end();
    }).listen(3000);


     

 


  1. React (The UI Artiste)



    Imagine a painter, but instead of brushes, they wield components. React takes building user interfaces to a fine art. It’s like Lego for adults – you can snap together bits of UI and make an app that looks good without your users wanting to gouge their eyes out.



    // An appetizer of React: A simple component
    class HelloMessage extends React.Component {
    render() {
    return <div>Hello {this.props.name}!</div>;
    }
    }
    ReactDOM.render(<HelloMessage name="Taylor" />, document.getElementById('root'));


     

 


  1. Vue.js (The Progressive Framework)



    It’s the new kid on the block compared to Angular and React, but Vue.js is like that charming friend who gets along with everyone. Its progressive nature means you can be as committed as you want; start small with a sprinkle of reactivity on a page or go full SPA (Single Page Application) – Vue’s got your back.



    // A Vue.js instance controlling a simple #app element
    new Vue({
    el: '#app',
    data: {
    message: 'Hello Vue.js!'
    }
    });


     

 


  1. Angular (The Full-Blown SPA Architect)



    For those who like their apps like they like their coffee – robust and full-bodied – Angular is the go-to. It’s an all-in-one solution for building complex web apps that can probably do your taxes and fold your laundry. Take that, React!



    // A taste of Angular: a basic component
    import { Component } from '@angular/core';
    @Component({
    selector: 'app-root',
    template: `<h1>Hello {{title}}!</h1>`,
    })
    export class AppComponent {
    title = 'world';
    }


     

 


  1. Webpack (The Bundling Bandit)



    Because nobody likes to wait for a million files to load, Webpack takes all your precious code and assets and smushes them into tidy little packages. It might feel like overkill for your cat blog, but when you need to scale, Webpack’s your bundling bouncer, keeping load times on a tight leash.



    // Webpack config snippet to give you a taste
    module.exports = {
    entry: './src/index.js',
    output: {
    filename: 'bundle.js'
    }
    };


     

 


  1. Redux (The State Sultan)



    When your app’s state management resembles a spaghetti monster, Redux enters the stage. It’s the source of truth that stores your state in one place and allows you to manage it like a zen master, untangling that vicious noodle monster into a neatly organized bento box.



    // Redux in a nutshell: Reducer function
    function counter(state = 0, action) {
    switch (action.type) {
    case 'INCREMENT':
    return state + 1;
    case 'DECREMENT':
    return state - 1;
    default:
    return state;
    }
    }


     

 


  1. TypeScript (The JavaScript Whisperer)



    TypeScript is JavaScript's bigger, smarter sibling. It's like having a grammar-obsessed friend proofread your code. It adds types to JS to keep your code from acting like a clumsy oaf, tripping over undefined variables and unexpected types.



    // TypeScript: JavaScript with superpowers
    function greet(person: string, date: Date): string {
    return `Hello ${person}, today is ${date.toDateString()}!`;
    }
    greet("Brendan Eich", new Date());


     

 


  1. ES6+ (The Evolving Specification)



    ES6 brought JavaScript out of the stone age with new syntax and features like arrow functions, classes, and template strings. It’s like going from flip phone text messaging to sending iMessages with tap-backs and confetti. It’s still the same language but with more spice.



    // ES6+ arrow functions are the bee's knees
    const add = (a, b) => a + b;
    console.log(add(2, 3)); // Outputs: 5


     

 


  1. Jest (The Testing Jester)



    Writing tests isn’t just for the paranoid. Jest makes it a party! It’s a delightful JavaScript testing framework that runs your tests with the speed of a gazelle chased by a cheetah. Jest ensures that your code doesn't break like a cookie in a toddler’s hand.



    // A simple Jest test to check if truth is truthy
    test('the truth', () => {
    expect(true).toBeTruthy();
    });


     

 

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