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Aspiring SDET modelling Java objects collections exceptions and automated tests
SQA, Test Automation & SDET · Course #044

Java Programming for SDET

From the first exercise, Java Programming for SDET treats quality as an engineering and communication discipline. Learners practise how to write readable Java programs and test utilities using types, control flow, collections, exceptions, object-oriented design and build tooling, beginning with java environment, project structure and execution and progressing through types, variables, operators and tester-oriented logic to control flow, methods and decomposition. Participants solve tester-oriented problems, parse data, model domain objects, call services, handle failures, write JUnit checks and organise a small Maven or Gradle project under version control. The work is reviewed for clarity, repeatability and relevance to real delivery constraints. The course develops programming fluency for automation frameworks without reducing Java learning to copied Selenium syntax.

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Overview

From the first exercise, Java Programming for SDET treats quality as an engineering and communication discipline. Learners practise how to write readable Java programs and test utilities using types, control flow, collections, exceptions, object-oriented design and build tooling, beginning with java environment, project structure and execution and progressing through types, variables, operators and tester-oriented logic to control flow, methods and decomposition. Participants solve tester-oriented problems, parse data, model domain objects, call services, handle failures, write JUnit checks and organise a small Maven or Gradle project under version control. The work is reviewed for clarity, repeatability and relevance to real delivery constraints. The course develops programming fluency for automation frameworks without reducing Java learning to copied Selenium syntax.

Course Highlights

Tester-oriented core Java

Collections and data processing

Exceptions and diagnostic thinking

Object-oriented test utilities

JUnit and build-tool foundations

Modules & Curriculum

Java environment, project structure and execution

Types, variables, operators and tester-oriented logic

Control flow, methods and decomposition

Strings, arrays and test-data manipulation

Collections, generics and iteration

Classes, objects, encapsulation and composition

Exceptions, validation and diagnostic messages

Files, JSON concepts and API-client foundations; jUnit tests, Maven or Gradle and Git workflow

Mini-project: reusable test-data and validation utility

Learning Outcomes

  • Write Java programs using clear types, methods and control flow.
  • Use collections to transform and validate test data.
  • Model reusable test-domain objects with appropriate encapsulation.
  • Handle exceptions without hiding useful failure information.
  • Create JUnit checks and organise dependencies with a build tool.

Ready to Build Your Future-Ready Skills?

Build the Java fluency needed to design, debug and maintain test automation.

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