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AI-Powered Test Automation Engineering

RIA – School of Technology & AI · Under AI Essentials

Write the expected result, then automate the check

This track is for QA and automation testers, developers, and full-stack engineers who will test software with artificial intelligence across the lifecycle, not only generate code. You design the test from the requirement. You write the expected business result first. An assistant may suggest a case. You decide whether it matches.

You leave with a reusable Playwright framework for the user interface and the application programming interface (API), with an execution and a report. Continuous integration and continuous delivery (CI/CD) runs that framework. Self-healing automation must not change the expected business result just to make a test pass.

The track is one gate on the software development life cycle (SDLC) pathway, Complete AI-Native SDLC Engineering. Suggested time is 35 hours inside a 16-week professional programme of about 160 to 200 hours. That shape is subject to batch and faculty planning. Classes run at Purasawalkam and Saligramam. The cohort and any certificate are confirmed when you enquire. On the form, the Technology stream lists this course as AI in Software Testing. Call +91 98843 63200.

What you practise

  • Read a requirement and list the behaviours you mean to check.
  • Write the expected business result before you look at a suggestion.
  • Separate a happy path, a missing input, and a value outside the allowed range.
  • Review every case an assistant suggests. Drop a duplicate. Rewrite a case whose expected result came from the model.
  • Build the framework so a classmate can run it and open the report.
  • Keep a repaired locator only when the business result is unchanged.

Playwright laboratory, in words

The laboratory names the work. It does not stand in for the requirement.

  • Chromium, Firefox, and WebKit.
  • Locators.
  • Login, registration, create-read-update-delete (CRUD), and transaction journeys.
  • Screenshot, video, and trace viewer.
  • Cross-browser and responsive checks.
  • API request context and token handling.
  • UI plus API flows.
  • Parallel runs and retries.
  • Reports and CI/CD.

You also meet pytest, Jest, JUnit, NUnit, xUnit, Selenium, Postman, Newman, REST Assured, Jira, TestRail, JaCoCo, Coverage.py, and Allure.

How the work is organised

The oracle stays yours

The expected result comes from the requirement. If a suggestion disagrees with it, you go back to the requirement. You do not quietly edit the expected result so a draft looks right.

The framework

UI and API live in one framework you can run again. A long list of cases is not a framework if nobody else can execute it.

Agents

A testing agent may propose a step. You accept it when you can explain it and the business result is the one you wrote. An AI-generated fix is tested and reviewed before it is kept.

The neighbouring tracks

Code you write and own is AI-Native Software Engineering and Development. A performance run and a controlled failure are AI-Driven Performance and Chaos Engineering. Authorised defensive testing is AI-Powered Application, API and LLM Security Testing.

Course curriculum

Twelve modules, plus the Playwright laboratory. The hour split and the assessment weight for the UI and API framework are on Complete AI-Native SDLC Engineering.

  • AI-Powered Test Automation Engineering

    Programme objective: You design tests from a requirement, write the expected business result first, and build a reusable Playwright framework for the user interface and the application programming interface, with an execution and a report.

    Learner path: Fundamentals, test design, AI test design, unit, integration, API, UI automation, end-to-end, the framework, contract testing, testing agents, then CI test integration. The surrounding gates are on Complete AI-Native SDLC Engineering.

    Suggested time inside the pathway is 35 hours, within a 16-week professional programme of about 160 to 200 hours. That shape is subject to batch and faculty planning. The cohort and any certificate are confirmed when you enquire. This page does not state fees, batch dates, faculty names, or placement rates.

    Module 1 — Testing fundamentals

    You separate a requirement, a condition, an expected result, and an observation, and you say which of those an assistant is not allowed to decide.

    Module 2 — Test design

    You design a small set of cases from the requirement, each with a reason, covering the ordinary path, a missing input, and a value outside the allowed range.

    Module 3 — AI test design

    You may ask an assistant for candidate cases, then you keep, drop, or rewrite each one against the expected result you wrote first.

    Module 4 — Unit testing

    You write unit tests in pytest, Jest, JUnit, NUnit, or xUnit for the behaviour you own, and you can point each assertion at the requirement.

    Module 5 — Integration testing

    You check two parts that meet, record what you sent between them, and refuse a pass that only shows one part in isolation.

    Module 6 — API testing

    You exercise the application programming interface with Postman, Newman, or REST Assured, including status, body, and a token the exercise already allows.

    Module 7 — UI automation

    You automate a screen journey and keep the expected business result stable. Self-healing automation must not change the expected business result just to make a test pass.

    Module 8 — End-to-end testing

    You run a journey a person would recognise, from the first step to the outcome the requirement names, and you record what a person must still judge.

    Module 9 — Automation framework

    You build a reusable Playwright framework for UI and API, with execution and a report a classmate can open without your machine.

    Module 10 — Contract testing

    You check that the consumer and the provider still agree on the contract, and you fail the check when the response drifts from that agreement.

    Module 11 — AI testing agents

    You let an agent propose a case or a locator, then you accept it only when the expected business result is unchanged and you can explain the step.

    Module 12 — CI test integration

    You run the framework in continuous integration, publish the report, and treat a failed mandatory test as a stop until a person has seen it.

    Playwright laboratory

    In words, the laboratory covers Chromium, Firefox, and WebKit; locators; login, registration, CRUD, and transaction journeys; screenshot, video, and trace viewer; cross-browser and responsive checks; API request context; token handling; UI plus API flows; parallel runs and retries; reports and CI/CD. You also meet Selenium, Jira, TestRail, JaCoCo, Coverage.py, and Allure as named tools in the same programme.

    The code you own is AI-Native Software Engineering and Development. Load, stress, and a controlled failure are AI-Driven Performance and Chaos Engineering. Authorised defensive testing is AI-Powered Application, API and LLM Security Testing.

Limits

  • An assistant does not decide the expected business result.
  • Self-healing automation must not change the expected business result just to make a test pass.
  • This page does not publish a tool licence, a pass mark, or a placement rate.
  • Laboratory work is a repository and a pipeline used in the programme.
  • The cohort and any certificate are confirmed on enquiry, as AI in Software Testing.

This programme is listed on AI Essentials, not on NVIDIA AI Essentials. Call +91 98843 63200.

Enquire about AI in Software Testing

Questions

May self-healing automation change the expected result so a test passes?

No. Self-healing automation must not change the expected business result just to make a test pass. You write the expected result from the requirement. A repaired locator is kept only when that result stays the same.

What do I hand in?

A reusable Playwright framework for the user interface and the application programming interface, with an execution and a report. Each case still has an expected result you can point to in the requirement.

How is this different from performance testing and security testing?

This course is functional and automation testing. Performance and chaos engineering are the load-testing course. Authorised defensive testing is AI Security Testing. All three sit on Complete AI-Native SDLC Engineering.

How long is the programme, and what do I select on the enquiry form?

The planned shape is a 16-week professional programme, about 160 to 200 hours, with about 35 hours on this track. That shape is subject to batch and faculty planning. The cohort and any certificate are confirmed when you enquire. On the form, choose the Technology stream and the course AI in Software Testing. Classes run at RIA Purasawalkam and RIA Saligramam. Call +91 98843 63200.

Ready to start AI-Powered Test Automation Engineering?

Enquire on the Technology stream as AI in Software Testing. The cohort and any certificate are confirmed on enquiry. Call +91 98843 63200.

Across every course

Seminars, workshops and faculty development

The same formats sit on any RIA subject. Name the course and the room — a faculty programme, a seminar, a workshop, an internship, or help with a project.

See how a session is arranged
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