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Every Selenium beginner reaches the same inflection point. You have completed a course, you understand what WebDriver does, you can write a basic script that opens a browser and clicks a button, and then you open a job description and see two to three years of project experience listed as a requirement. The gap between knowing Selenium and having Selenium project experience is the most common obstacle between freshers and their first QA automation job offer in India in 2026.
The solution is not more theory. It is building real Selenium projects on real applications, structured correctly using professional design patterns, and presented on GitHub in a way that gives interviewers the evidence they need to trust that you can contribute from day one. Selenium automation project ideas for students are abundant, but knowing which projects to build, how to structure them, and what level of quality makes them portfolio-worthy is where most beginners need guidance.
This blog covers the best Selenium projects for beginners with source code ideas that build progressively from foundational skill demonstration through advanced framework design. Each project is explained in terms of what it tests, what skills it builds, how to structure the code, and what makes it compelling to a QA automation interviewer in India. At the end, you will understand exactly how JustAcademy's live interactive sessions in Selenium Training and the Full Stack QA Automation Bootcamp guide you through building these projects correctly with expert feedback at every stage.
Hiring managers at Indian companies reviewing fresher applications are not primarily evaluating degrees or certifications. They are evaluating evidence of practical ability. A well-structured Selenium project on GitHub communicates more about your readiness than any certificate because it answers the questions they actually care about. Can you identify elements reliably? Do you understand the Page Object Model? Have you used TestNG for test organization? Do you handle dynamic elements and waits correctly? Is your code readable and maintainable? Does your framework reflect professional thinking or tutorial-copying?
These questions cannot be answered by a resume line that says Selenium WebDriver. They can only be answered by code that exists and can be reviewed. This is why selenium automation project ideas for students translate directly into interview performance. The act of building a project forces you to make real decisions about locator strategies, wait mechanisms, class structure, and test data management that reading about those topics never does. When an interviewer asks you to explain a design decision in your framework, the answer comes from experience, and interviewers can immediately tell the difference between an answer grounded in real experience and one recited from a tutorial.
Live interactive sessions in JustAcademy's Selenium training produce this kind of experience because you build real projects during the course under the guidance of instructors who have maintained professional automation frameworks, getting feedback on your actual code rather than just watching someone else's framework being assembled. This distinction between passive viewing and active building with expert feedback is what makes live interactive sessions the fastest route from beginner to portfolio-ready.
Before diving into specific project ideas, it is worth establishing the baseline quality standard that every beginner Selenium project should meet to be portfolio-worthy. Projects that fall below this standard may work technically but do not demonstrate the professional thinking that interviewers are looking for.
Every Selenium project must use the Page Object Model design pattern. This means separate Java or Python classes for each page of the application, with element locators defined as class-level variables and interaction methods that encapsulate WebDriver calls. Test classes should not contain findElement calls directly. They should call methods on page objects. A BaseTest class should handle WebDriver initialization in a BeforeMethod or setup method and driver quit in an AfterMethod or teardown method. Configuration values like base URL and browser type should be stored in a properties file rather than hardcoded in test or page classes.
Every project must use Explicit Wait rather than Thread.sleep(). Every element that requires a wait before interaction should use WebDriverWait with an appropriate ExpectedCondition such as elementToBeClickable or visibilityOfElementLocated. Wait logic should be placed inside page object methods rather than duplicated across test classes. Every project must include meaningful assertions using TestNG's Assert class or pytest's assert statements that verify specific expected outcomes rather than just checking that pages loaded without errors.
Every project must be on GitHub with a README that explains what the project tests, what the technology stack is, how to set up and run it, and what the package structure contains. This documentation standard is what makes your project reviewable by an interviewer who has three minutes before the technical interview to understand what you built. Projects that meet this baseline are the ones that generate the questions you want to be asked in technical interviews.
Login automation is the entry point for every Selenium beginner and the first scenario assessed in virtually every QA automation technical interview in India. A well-built login automation project demonstrates element identification, form interaction, wait strategy, assertions on navigation and error messages, and Page Object Model structure all in a contained, well-defined scope.
The recommended application is SauceDemo at saucedemo.com, which is a purpose-built QA practice e-commerce site with multiple user types including standard user, locked-out user, problem user, and performance-glitch user. This variety of user types allows you to write genuinely different test scenarios that test different application behaviors rather than repeating the same happy path with different data values.
Create a Maven Java project with the following package structure. A pages package contains LoginPage.java with the username input, password input, login button, and error message locators as By variables and methods for enterUsername, enterPassword, clickLogin, getErrorMessage, and isLoginSuccessful. A pages package also contains InventoryPage.java representing the products page after successful login with a method like getPageTitle or isLoaded that confirms successful navigation. A tests package contains LoginTests.java with TestNG test methods for successful login, failed login with wrong password, failed login with locked-out user, and empty credentials submission. A base package contains BaseTest.java that initializes ChromeDriver using WebDriverManager in a BeforeMethod and calls driver.quit in an AfterMethod. A utils package contains ConfigReader.java that reads baseUrl and browser from a config.properties file.
The test scenarios cover successful login with standard user credentials and assertion that the inventory page title is displayed, failed login with valid username and invalid password and assertion of the specific error message text, failed login with the locked-out user and assertion of the locked-out error message, login attempt with empty username and assertion of the required field error, login attempt with empty password and assertion of the required field error, and logout from the inventory page and assertion that the login page is displayed again.
Implementing all six scenarios correctly demonstrates that you test both positive and negative paths, that your assertions are specific rather than generic, and that your framework handles navigation back to the login page without creating new WebDriver instances. This is a complete, polished first project that demonstrates every foundational Selenium skill in a clearly scoped context.
Selenium Training at JustAcademy covers this exact project structure in its live interactive sessions, with instructors reviewing your LoginPage class design and giving specific feedback on locator choices, wait placement, and assertion specificity before you move to more complex projects.
Search and filter automation is the second essential project for a Selenium beginner portfolio because it introduces dynamic content handling, which is one of the most practically important and frequently assessed skills in automation interviews. Search results change based on input, filter selections update the displayed product list asynchronously, and sorting changes the DOM order of elements, all of which require more sophisticated Selenium techniques than static page automation.
The recommended application for this project is again SauceDemo or alternatively the OpenCart demo at demo.opencart.com, which provides a richer product catalog with category navigation, search functionality, and sort controls. The variety of UI elements including dropdown sort selectors, category sidebar filters, and dynamically loaded product grids covers a wider range of Selenium interaction patterns.
This project builds several skills that appear frequently in Selenium interview questions. Handling the sort dropdown using the Select class with selectByVisibleText demonstrates knowledge of Selenium's built-in dropdown API. Locating product cards within a dynamically updated grid using a list of WebElements from findElements and iterating through them to extract product names and prices demonstrates collection-based element handling. Asserting the sort order by extracting all product prices into a List, creating a sorted copy, and asserting the two lists are equal demonstrates test logic that goes beyond checking a single element state. Handling the search input, submitting a search query, waiting for results to load using Explicit Wait, and asserting both the results count and the relevance of the displayed items demonstrates asynchronous content handling with meaningful verification.
Extend this project with a TestNG DataProvider that supplies multiple search terms and their expected result counts from a data class or a simple CSV file. Running the search test with three to five different search terms and expected result validations demonstrates data-driven thinking without requiring the full Apache POI Excel integration of more advanced projects. This extension is a natural bridge to the data-driven project that follows and shows progression in your framework thinking.
Core Java Training provides the Java collections, string manipulation, and comparison logic needed for the price sorting assertion and product name extraction in this project. The live interactive sessions in this course cover exactly the Java patterns most directly applicable to Selenium test logic, ensuring your automation code is clean and idiomatic rather than verbose and procedural.
An end-to-end shopping flow that spans multiple pages is the project that demonstrates the skill interviewers most want to see in freshers, the ability to manage a multi-step test scenario that maintains state across page navigations and makes assertions at multiple checkpoints. This is the scenario that most closely resembles real regression testing work, where a complete user journey from product selection through order confirmation must be verified without manual intervention.
The recommended application for this project is SauceDemo, which provides a complete shopping cart and checkout flow including product selection, cart review, checkout information entry, order summary review, and order confirmation. The controlled environment of a demo application ensures the checkout flow always behaves consistently, allowing you to build a reliable end-to-end test without encountering real payment gateways or CAPTCHA challenges.
The framework for this project introduces the concept of method chaining between page objects to represent navigation. The LoginPage.clickLogin() method returns an InventoryPage object. The InventoryPage.addItemToCartAndCheckout() method returns a CartPage object. The CartPage.proceedToCheckout() method returns a CheckoutInfoPage object. This chaining pattern, common in professional POM implementations, produces test methods that read like a natural description of the user flow and eliminates the need for test classes to manually instantiate new page objects after each navigation.
Assertions at each checkpoint verify the cart badge count after adding a product, the product name and price in the cart page, the order total calculation on the checkout summary page, and the order confirmation message on the completion page. Multiple assertions at multiple stages is what makes this an end-to-end test rather than a series of single-page tests, and it is what demonstrates that you understand regression testing as a complete journey verification rather than isolated action verification.
Add a TestNG ITestListener implementation that captures a screenshot on every test failure and attaches it to the ExtentReports test log. This listener should be registered in the testng.xml file. The screenshot file name should include the test name and a timestamp to avoid overwriting previous failure screenshots. This reporting integration shows that your automation framework produces usable failure evidence, which is one of the primary practical requirements of automation in a real team environment.
Form validation automation is a project type that directly demonstrates test design thinking alongside automation skill. Forms with multiple input fields, validation rules, required field checks, and format constraints are present in virtually every application a QA engineer will ever test, and automating their validation correctly requires both Selenium proficiency and understanding of boundary value analysis as a test design technique.
The recommended application for this project is a publicly available registration or contact form application. The OrangeHRM demo at orangehrm.com provides an employee management application with several rich forms covering personal information, contact details, emergency contacts, and qualifications. Alternatively, a simple open-source PHP contact form application deployed locally provides complete control over the validation rules you are testing.
Boundary value analysis tests the values at the edges of valid input ranges, which is where validation bugs most commonly occur. For a date of birth field that requires the user to be over 18, test with a date exactly 18 years ago today, a date one day before the cutoff that should fail, and a date one day after the cutoff that should pass. For a password field with a minimum of eight characters and maximum of twenty, test with seven characters that should fail, eight characters that should pass, twenty characters that should pass, and twenty-one characters that should fail. Implementing these boundary conditions as parameterized TestNG tests with a DataProvider that supplies each boundary value and its expected validation outcome demonstrates test design sophistication that most fresher portfolios do not show.
The Selenium skills exercised in this project include interacting with date picker components using either the Select class for dropdown-style pickers or sendKeys for text input pickers, reading error message text and asserting exact content, verifying field highlight or border color changes on validation failure using getCssValue(), and verifying that form submission is blocked when validation fails by asserting that the current URL has not changed after clicking submit.
Python Training covers the parameterization and test data structuring patterns used in the Python pytest version of this project, where pytest's parametrize decorator replaces TestNG's DataProvider for boundary value test execution.
Data-driven automation using Apache POI and Excel is one of the most commonly assessed technical topics in QA automation interviews at Indian enterprises. A dedicated project that demonstrates clean Excel data reading, proper DataProvider integration with TestNG, and meaningful test scenarios driven by external data is a highly effective portfolio piece for candidates targeting roles at large organizations where test data management is a significant part of the QA engineering workflow.
Add the Apache POI dependencies to your pom.xml including poi for .xls support and poi-ooxml for .xlsx support. Create an ExcelUtils utility class in a utils package with a method that accepts a file path, sheet name, row index, and column index and returns the cell value as a String. A second method should return a two-dimensional Object array suitable for use with TestNG DataProvider by reading all rows from a specified sheet. This utility class is reusable across every data-driven test in the project and demonstrates the separation of utility concerns from test logic.
Create an Excel workbook with a LoginData sheet containing columns for username, password, expectedResult, and expectedMessage. Populate it with rows covering a valid login, an invalid password, a locked-out user, and an empty username. The TestNG DataProvider reads this sheet using ExcelUtils and returns the two-dimensional array. The data-driven login test method accepts the four parameters and executes the appropriate assertions based on the expectedResult value. This structure means adding a new test scenario requires only adding a row to the Excel file without touching any Java code, which is the data-driven testing benefit that interviewers expect you to articulate clearly.
Add a second sheet to the Excel workbook for registration scenarios with columns for all form fields and expected validation outcomes. Implement a registration test class that reads this sheet, navigates to the registration form, fills in all fields using the Excel data row, submits the form, and asserts the outcome. This extension shows that your data-driven framework applies consistently across different form types and test scenarios, not just to a single login scenario.
Advanced UI element handling is a dedicated project that many beginners overlook because it does not fit neatly into an application scenario the way login or checkout does. But dropdown handling, JavaScript alert handling, and iframe navigation are among the most frequently asked technical questions in Selenium interviews, and having a project that deliberately exercises all three demonstrates that you have sought out and mastered the challenging areas rather than staying in the comfort zone of simple element interaction.
The ToolsQA demo application at demoqa.com is the best recommended application for this project because it is specifically built to present every type of UI interaction challenge in isolated, testable components. It has dedicated sections for select dropdowns, multi-select boxes, JavaScript alerts of all three types, iframes containing forms, nested iframes, and complex UI components like date pickers, drag and drop, and resizable elements.
Implement page objects and tests for the select dropdown section that cover selectByVisibleText for standard option selection, selectByValue for attribute-based selection, selectByIndex for positional selection, getFirstSelectedOption for verifying current selection, getOptions for extracting all available options and asserting the count, and multi-select operations using selectByVisibleText followed by assertions on getAllSelectedOptions. These scenarios collectively exercise the full Select class API and demonstrate that you know the difference between selecting options and reading the current selection state.
Implement tests for all three JavaScript alert types. A simple alert test clicks the trigger, switches to the alert, reads the text, accepts it, and asserts the result message. A confirmation alert test clicks the trigger, switches to the alert, reads the text, dismisses it, and asserts the cancelled result message. A prompt alert test clicks the trigger, switches to the alert, sends a text value using sendKeys, accepts it, and asserts that the entered value appears in the result. Covering all three alert types in a single focused test class is more impressive than having only the common accept scenario.
Implement an iframe test that locates the iframe on the page by WebElement, switches context into it using driver.switchTo().frame(), interacts with an element inside the iframe, switches back to the parent document using defaultContent(), and verifies a state change in the parent page triggered by the iframe interaction. Adding a nested iframe scenario that requires switching into a child iframe from within a parent iframe demonstrates understanding of the full iframe navigation API that only engineers who have encountered nested iframes in real applications typically possess.
JavaScript Training is directly relevant here because understanding how JavaScript alerts, iframes, and dynamic DOM updates work at the browser level makes your Selenium handling of these scenarios more deliberate and more debuggable when they behave unexpectedly.
Cross-browser testing is a project that demonstrates enterprise automation thinking. Every real QA automation suite must verify that the application works correctly across the browsers its users actually use, and automating that verification through TestNG parameterization is a practical skill that students rarely build independently but that interviewers consistently value.
Create a DriverFactory class with a static createDriver method that accepts a browser name String parameter and returns the appropriate WebDriver instance. For Chrome it creates a ChromeDriver with WebDriverManager setup. For Firefox it creates a FirefoxDriver with WebDriverManager setup. For Edge it creates an EdgeDriver with WebDriverManager setup. The BaseTest class receives the browser name through a TestNG @Parameters annotation in its BeforeMethod, calls DriverFactory.createDriver with that parameter, and stores the result. The testng.xml configuration defines multiple test tags each with a different browser parameter value, so running the XML file executes the entire test suite three times, once per browser.
After implementing the basic cross-browser execution, add deliberate assertions that check for browser-specific rendering differences. Check that the same CSS selector locates the same element in all three browsers. Verify that a date picker input accepts sendKeys in all browsers since some browsers handle date input type formatting differently. Verify that JavaScript alert switching works identically across browsers. These cross-browser validation scenarios show that you understand why cross-browser testing matters, not just that you can configure multiple browser parameters in an XML file.
Combining this project with the earlier projects into a single Maven project that shares the DriverFactory and BaseTest infrastructure shows framework reuse and cohesion that goes beyond treating each project as an isolated exercise. This consolidation also reduces the total number of repositories on your GitHub profile while increasing the depth and complexity visible within each one.
A Selenium project integrated with a CI/CD pipeline is the project that most convincingly demonstrates job readiness because it shows that you understand automation as a team engineering practice rather than a local testing exercise. Most freshers have automation running on their laptop. Engineers who integrate automation into pipelines are the ones teams immediately want to hire because they can contribute to the delivery workflow from their first week.
Add a Jenkinsfile to the root of your Maven Selenium project repository. Define a declarative pipeline with stages for Checkout that pulls the code from GitHub using the Git SCM configuration, Build that runs mvn clean compile to verify the project builds without errors, Test that runs mvn test -Dgroups=smoke to execute the smoke test group in headless Chrome, and Report that uses the TestNG Results post-build action to publish results to the Jenkins build dashboard. Configure the Chrome options in your DriverFactory to add the headless, no-sandbox, and disable-dev-shm-usage flags when a system property or environment variable indicates CI execution, so the same code runs headed locally and headless in Jenkins without code changes.
For learners who do not have access to a Jenkins server, a GitHub Actions workflow YAML file in the .github/workflows directory achieves the same CI integration using GitHub's cloud infrastructure. The workflow triggers on push to the main branch and on pull requests, runs on an ubuntu-latest runner, sets up Java 11 using the actions/setup-java action, installs Chrome using a browser installation action, runs mvn test with the smoke group, and publishes the TestNG XML results using the dorny/test-reporter action. The resulting workflow status badge can be added to your README, providing immediate visual evidence of CI integration to any interviewer who views your GitHub profile.
Documenting the CI setup in your README with a screenshot of a successful Jenkins build or the GitHub Actions run summary is the finishing touch that makes this project section of your portfolio undeniably compelling. Advance Java Training covers the Maven and build tool knowledge that underpins the CI/CD integration in this project, ensuring your pom.xml configuration is correct and your Surefire plugin settings produce the TestNG XML output that reporting tools consume.
The way you organize and present your Selenium projects on GitHub is as important as the quality of the code itself, because GitHub is the portfolio platform that interviewers review before and during technical interviews. Poor organization signals poor professional habits regardless of code quality underneath.
Each project should be a separate GitHub repository with a descriptive name that signals the project type, for example selenium-ecommerce-pom-framework or selenium-data-driven-excel-testng. The repository name itself communicates the technical content to an interviewer scanning your profile. Each repository must have a detailed README as its first file. Pin your three to four strongest repositories to the top of your GitHub profile so they appear first when anyone visits your profile page.
Commit history tells a story. A repository with a single massive initial commit that dumps all code at once looks like code that was written by someone else and copied. A repository with thirty to fifty commits showing progressive development, from initial project setup through page object creation, test implementation, wait strategy refinement, and README documentation, looks like code that was written by an engineer who builds incrementally and commits meaningfully. Build the habit of committing after each logical unit of work throughout your projects, not just at the end.
Angular Training and React JS Training are worth pursuing alongside your Selenium project work because understanding the frontend frameworks whose applications you are testing makes your locator strategies more deliberate and your understanding of why elements behave dynamically more complete. Engineers who understand both the testing layer and the application layer they are testing are consistently more effective at designing automation that reflects real application behavior.
The fundamental challenge with building Selenium projects from self-study is that you do not know what you do not know until an interviewer points it out. You can build a working Selenium framework without using POM, without properly managing waits, without structuring your package hierarchy thoughtfully, and without meaningful test independence, and it will still run and pass. The problem surfaces in the interview room when an interviewer asks why you made the design decisions you made and the honest answer is that you did not consciously make them at all.
JustAcademy's live interactive sessions solve this by making framework design decisions explicit and discussable throughout the learning process. In live interactive sessions, instructors do not just show you a completed framework. They explain every structural decision as it is made, invite questions about alternative approaches, and review your implementation to point out where your choices diverge from professional standards and why those differences matter. This deliberate, expert-guided approach to project building produces engineers who can explain their framework in depth because they built it with understanding, not just by following steps.
The live interactive sessions in Selenium Training cover every project type described in this blog through hands-on lab exercises where you write the code in real time during class and receive feedback on your implementation before moving to the next concept. The live interactive format means doubts are resolved in the session where they arise, not days later in a forum thread, which keeps your learning momentum uninterrupted and your understanding current at every stage.
The Full Stack QA Automation Bootcamp extends this live interactive project-building approach across the full QA automation stack, adding API testing with REST Assured, Appium mobile automation, and CI/CD integration to the Selenium project portfolio in a structured sequence where each module builds directly on the frameworks established in previous modules. By the end of the bootcamp, your GitHub profile contains a coherent set of interconnected projects that demonstrate complete QA automation engineering capability rather than isolated tool exercises.
The bootcamp also includes dedicated placement preparation sessions where you practice presenting your projects in mock technical interviews, receiving feedback on how clearly and confidently you can explain your design decisions. This presentation practice is what ensures your project experience translates into interview performance when it counts.
Related courses at JustAcademy that complement your Selenium project development include:
Using the right tools in your Selenium projects signals awareness of current industry standards. Every beginner Selenium project in 2026 should use Selenium WebDriver 4 with its native W3C protocol and relative locator support. WebDriverManager from io.github.bonigarcia eliminates manual driver management and should replace any approach that requires downloading and referencing ChromeDriver JAR files manually. TestNG 7 provides the annotation-based test organization, DataProvider, and parallel execution capabilities expected in professional Selenium frameworks. Maven manages dependencies and build lifecycle, making your project reproducible on any machine by running mvn clean test. ExtentReports 5 or Allure generates visually rich test execution reports that demonstrate reporting awareness beyond the default TestNG output folder.
All dependencies should be declared in pom.xml with specific version numbers rather than using latest or snapshot versions, which signal awareness of dependency management best practices. The src/test/resources directory should contain the testng.xml suite file and the config.properties file. The src/main/java directory is for page objects and utilities. The src/test/java directory is for test classes and base test. This standard Maven project layout is immediately recognizable to any Java engineer reviewing your repository and signals structural literacy from the moment they clone the project.
SauceDemo at saucedemo.com is the most recommended starting point for beginners because it is built specifically for automation practice, provides multiple user types for diverse test scenarios, has stable element attributes that reward good locator practice, and has a complete e-commerce flow that covers the full range of foundational Selenium interactions. After SauceDemo, OrangeHRM at orangehrm.com and DemoQA at demoqa.com offer progressively more complex automation challenges.
No. A project with fifteen to twenty well-designed, well-structured test cases covering realistic positive and negative scenarios is significantly more impressive than a project with a hundred shallow tests that only check page titles and button visibility. Depth and quality of test design matters far more than volume. Each test should have a clear purpose, a meaningful assertion, and a descriptive test method name that communicates what is being verified without needing to read the test body.
Both are strong choices. Java is the safer choice for maximum job opportunity coverage across Indian enterprises, banking sector companies, and IT service firms. Python is increasingly preferred at product startups and data-focused companies. If you are starting from zero programming experience, either language is learnable for automation purposes. If you have existing Python knowledge from engineering coursework, building on that foundation is more efficient than starting Java from scratch. JustAcademy offers live interactive sessions in both languages so you can choose based on your background and target companies.
A single well-structured Selenium project covering login, search, and checkout automation with POM, TestNG, wait strategies, and basic reporting takes most dedicated beginners two to three weeks to build correctly from scratch. Building a full portfolio of three to five projects across different application types and framework patterns takes two to three months of consistent effort alongside learning. Live interactive sessions in structured training programs compress this timeline significantly because expert feedback prevents you from spending days stuck on problems that an instructor can resolve in minutes.
Copying source code from existing GitHub repositories is immediately detectable by experienced interviewers who ask you to explain specific implementation choices. If you cannot explain why a particular XPath was written the way it was or why the DriverFactory was structured the way it was, the interview quickly reveals that the code is not yours. Build your own projects from scratch, even if they are simpler than what you find on GitHub. A simpler project that you built yourself and can explain completely is far more valuable in an interview than a complex project you copied and cannot explain at all.
The best Selenium projects for beginners are not the most complex ones. They are the ones that demonstrate correct framework thinking, reliable locator strategies, proper wait handling, meaningful test design, clean code organization, and professional documentation across a progression of increasingly sophisticated application scenarios. The eight projects covered in this blog build from foundational login automation through advanced cross-browser testing and CI/CD integration, creating a portfolio that demonstrates complete Selenium automation engineering capability to any interviewer.
The fastest and most reliable path to a portfolio-ready Selenium project is live interactive sessions with experienced instructors who guide you through framework decisions, review your code, and give you the feedback that transforms working scripts into professionally structured automation frameworks. JustAcademy's live interactive sessions in Selenium Training deliver exactly this kind of guided project-building experience, and the Full Stack QA Automation Bootcamp extends it across the complete QA automation stack with placement support that connects your portfolio to real hiring opportunities.
For learners in Maharashtra, JustAcademy's Mumbai classroom programs combine live interactive sessions with local industry placement connections. For learners across India and globally, the same live interactive curriculum is available online with the same expert instruction and placement assistance from wherever you are studying.
Register for a Free Demo to experience JustAcademy's live interactive sessions firsthand and speak with an advisor about the right program for your goals, or Download the Brochure to review the full curriculum, batch schedules, and fees at your own pace.
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