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HP-UFT 12.0 Automation

Coding Gears | Train Your Brain

4.4

Based on 3,155 ratings

Coding Gears | Train Your Brain

HP-UFT allows you to automate web-based, and also the windows based application with minimum effort.

HP-UFT's GUI interface is user-friendly and allows you to switch between simple-view and expert-view.

Since HP-UFT uses VB scripting as a programming language, the sky is the limit.

The concepts in this course aids in learning other automation tools that are key-word driven (Eg. Test Complete).

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What's inside

Learning objective

Develop automated test cases using hp-uft

Syllabus

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Career center

Learners who complete HP-UFT 12.0 Automation will develop knowledge and skills that may be useful to these careers:

Automation Test Engineer

An Automation Test Engineer is instrumental in ensuring software quality by developing and executing automated test scripts. This role directly leverages skills taught in the HP-UFT 12.0 Automation course. Learners master key techniques such as developing automated test cases for web and Windows applications, utilizing VB scripting for descriptive programming, and managing test objects through local and shared object repositories. The course covers essential concepts like parameterization, output values, and synchronization, all vital for creating robust and reusable tests. Understanding checkpoints, including file content and database checkpoints, allows for comprehensive validation. For anyone aspiring to become an Automation Test Engineer, mastering a tool like HP-UFT and its associated methodologies is a foundational step. The course's practical approach, from basic recording to advanced debugging techniques and function libraries, directly prepares you for the challenges of this dynamic field.

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Software Development Engineer in Test

As a Software Development Engineer in Test, you bridge the gap between development and quality assurance, often building and maintaining automation frameworks. The HP-UFT 12.0 Automation course provides a significant advantage by grounding you in functional test automation principles. While the role often involves more extensive programming, the course’s deep dive into VB scripting for descriptive programming, along with concepts like function libraries and object identification, hones essential development skills within a testing context. Understanding object repositories, parameterization, and output values is critical for designing scalable and efficient automated solutions. This comprehensive training in developing automated test cases directly supports the engineering mindset required to create robust and sustainable test infrastructure, making you a more effective contributor to development teams.

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Quality Assurance Engineer

A Quality Assurance Engineer plays a pivotal role in delivering reliable software by identifying defects and ensuring products meet specifications. The HP-UFT 12.0 Automation course significantly enhances one's capabilities in this field by providing hands-on expertise in automated testing. Automating test cases for web and Windows applications saves time and improves test coverage, a crucial aspect of modern QA. The course introduces fundamental concepts such as transactions, checkpoints, and data-driven testing using DataTables, which are directly applicable to designing effective test strategies. Mastering object identification, synchronization, and reporting with the Reporter Class ensures thorough and well-documented test cycles. For a Quality Assurance Engineer, this specialized training helps you transition from manual to automated processes, boosting efficiency and the overall quality of software releases.

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DevOps Engineer

A DevOps Engineer focuses on integrating development and operations, streamlining the software delivery pipeline, where automated testing is paramount. The HP-UFT 12.0 Automation course directly addresses a crucial component of functional test automation. Understanding how to develop automated test cases for web and Windows applications using tools like HP-UFT, coupled with VBScripting for dynamic tests, is beneficial for implementing continuous testing within a CI/CD framework. Concepts such as object repositories for consistent test execution, parameterization for varied test data, and synchronization for robust automation contribute to building reliable and repeatable testing stages. While DevOps involves a broader range of tools, the principles of automation and efficient test execution learned here are directly transferable and support a faster, more reliable release cycle.

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Quality Assurance Analyst

A Quality Assurance Analyst focuses on analyzing requirements, creating test plans, and overseeing the quality process. While often more analytical, having practical knowledge of automation is a significant advantage. The HP-UFT 12.0 Automation course provides a deep understanding of developing automated test cases for web and Windows applications, which is invaluable for a Quality Assurance Analyst. You gain insight into the intricacies of test design, including transactions, various checkpoints, and data-driven testing using DataTables. This knowledge helps you define more comprehensive and automation-friendly test strategies. Understanding the capabilities and limitations of tools like HP-UFT, along with concepts such as object repositories and synchronization, empowers you to collaborate more effectively with automation engineers and ensure efficient test execution and reporting.

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Test Automation Architect

A Test Automation Architect designs and implements comprehensive automation strategies and frameworks for an organization. This is typically an advanced role, often requiring a master's degree or significant professional experience, but the HP-UFT 12.0 Automation course helps build a fundamental understanding of essential automation methodologies. The course’s focus on structured test development, using function libraries, object repositories, descriptive programming with VB scripting, and various synchronization techniques, provides practical insight into building scalable automation solutions. Understanding how to develop automated test cases and the nuances of different recording types is invaluable for selecting appropriate tools and designing robust frameworks. This foundational knowledge in a widely-used automation tool assists in formulating effective strategies and overseeing implementation, setting the stage for future architectural roles.

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Software Tester

A Software Tester is responsible for identifying bugs and ensuring applications meet quality standards before release. The HP-UFT 12.0 Automation course helps equip you with essential skills to perform automated testing, making you a more efficient and in-demand professional in this evolving field. As a Software Tester, you will learn to develop automated test cases for both web and Windows applications, significantly expanding your testing capabilities beyond manual methods. The curriculum covers key practical aspects like basic recording, object identification using Object Spy, and implementing various checkpoints, including file content and database checkpoints, to validate application behavior thoroughly. Furthermore, understanding parameterization and working with DataTables prepares you for data-driven testing, a critical skill for comprehensive test coverage.

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Software Developer

While primarily focused on building applications, a Software Developer greatly benefits from understanding how software is tested, ensuring they write more robust and testable code. The HP-UFT 12.0 Automation course may be helpful by providing valuable insight into the functional testing process from an automation perspective. Learning to develop automated test cases, understanding object identification, and how applications are interacted with programmatically through VB scripting for descriptive programming, can inform better design choices. Through concepts like parameterization, output values, and reporter classes, a Software Developer gains a practical appreciation for testability. This understanding allows for anticipating potential testing challenges and building quality into the code from the outset, leading to more stable and maintainable software.

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Performance Test Engineer

A Performance Test Engineer evaluates software responsiveness, stability, and scalability under various loads. While HP-UFT 12.0 Automation course focuses on functional testing, it may be helpful by building a foundation in automation logic and scripting that can transfer to other testing domains. Concepts such as developing automated test cases, parameterization for varied input data, and understanding different recording types are fundamental to setting up performance test scenarios. The course’s focus on VBScripting for descriptive programming introduces a skillset in automation scripting, which, though often different in specific performance tools, shares underlying principles of control flow and data manipulation. This exposure to structured automation and test execution provides a useful perspective for approaching the challenges of performance testing.

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Database Administrator

A Database Administrator is responsible for the performance, integrity, and security of databases. The HP-UFT 12.0 Automation course may be helpful by providing context on how applications interact with and validate data within databases during testing, which is relevant for a Database Administrator. Specifically, the curriculum covers "Database Checkpoints," demonstrating how automated tests verify data integrity and consistency directly within the database. Concepts such as parameterization and output values also show how test data is managed and utilized in a testing environment, giving insight into potential database usage patterns during automated test execution. This understanding enhances collaboration with development and QA teams, ensuring that database configurations support efficient and reliable automated testing and overall application functionality.

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Business Systems Analyst

A Business Systems Analyst serves as a crucial link between business stakeholders and technical teams, translating operational needs into system requirements. The HP-UFT 12.0 Automation course may be helpful by offering valuable insight into the practicalities of application functionality validation. Understanding how automated test cases are developed for web and Windows applications with tools like HP-UFT, and the use of checkpoints and parameterization, allows a Business Systems Analyst to define more precise and testable requirements. This perspective ensures that business processes, once implemented, can be rigorously and efficiently verified. The course's focus on object identification and application interaction equips you with an appreciation for the technical details involved in system behavior, fostering clearer communication and better system design documentation.

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Systems Administrator

A Systems Administrator manages and maintains an organization's IT infrastructure, including servers, networks, and operating systems. While the HP-UFT 12.0 Automation course focuses on application testing, it may be helpful by providing exposure to fundamental scripting and automation principles that can be adapted to system-level tasks. The course's use of VB scripting for descriptive programming introduces a valuable skill for automating routine administrative processes, even if the specific application differs. Concepts like using environment variables, setting up configurations, and systematic execution of tasks through automated scripts provide foundational knowledge transferable to managing system environments. This understanding of structured automation helps a Systems Administrator approach repetitive tasks with an efficiency-driven mindset, applying similar logic to automate system checks and deployments.

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Configuration Management Specialist

A Configuration Management Specialist is responsible for managing and tracking software versions, builds, and environments throughout the development lifecycle. The HP-UFT 12.0 Automation course may be helpful by introducing concepts relevant to managing test environments and configurations. Specifically, the course covers "Environment Variables" and the structured use of scripting with VB for descriptive programming, which are directly applicable to automating configuration tasks. Understanding how automated test cases are developed, including managing object repositories and utilizing DataTables for varied inputs, provides insight into the dynamic aspects of test data and environment setup. This knowledge helps a Configuration Management Specialist appreciate the intricacies of preparing and maintaining consistent environments for automated testing, thereby supporting continuous integration and delivery processes more effectively.

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Technical Support Engineer

A Technical Support Engineer provides essential assistance to users by diagnosing, troubleshooting, and resolving software or system issues. The HP-UFT 12.0 Automation course may be helpful by offering a deeper understanding of application behavior, error identification, and debugging techniques, which are valuable for a Technical Support Engineer. Through developing automated test cases, you gain practical experience in systematically identifying and reproducing issues in web and Windows applications. The course's focus on debugging techniques, using bookmarks, and understanding how applications respond to various inputs and checks facilitates more efficient problem diagnosis. This granular insight into software functionality and potential failure points, coupled with knowledge of reporting through the Reporter Class, directly aids in effective issue resolution and communication with development teams.

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User Experience Designer

A User Experience Designer focuses on making software intuitive, efficient, and enjoyable for users. The HP-UFT 12.0 Automation course may be helpful by offering a practical understanding of how user interface elements are validated, which can inform design decisions. By learning to develop automated test cases for web and Windows applications, a User Experience Designer gains insight into the interaction process from a validation perspective. Understanding concepts like object identification, different recording types, and synchronization helps recognize how designs impact testability and robustness. This awareness encourages designing interfaces that are not only user-friendly but also easier to implement and test reliably, leading to more stable and higher-quality user experiences.

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Software Test Automation