Are you ready to take your career to the next level with automation? Look no further than our automation engineer training service!
At ExterNetworks, we specialize in providing comprehensive training for professionals looking to become automation engineers. Our program is designed to give you the skills and knowledge you need to design, implement, and maintain automated systems in a variety of industries.
After the successful completion of training, we will provide Job Placement.
You have a strong understanding and experience in QA methodologies. You consistently produce high-quality work. You use the right technologies and best practices to solve difficult problems. Automated solutions that test major components of software (such as significant components, set of features, mid-size application, service, etc.) are your primary focus. You write code that can be comprehended by an SDE/SDE-T unfamiliar with the system. You know when to make trade-offs and are proficient in a wide range of design approaches. Your strategies are practical. You catch problems early and prevent them. Software testing methods like boundary value testing and equivalence class partitioning are used. You construct complete solutions for testing and/or measuring (such as performance, load, scalability, usability, etc.). To measure product quality and make improvements that can be implemented, you make use of data from production, testing, and deployment. You do things correctly the first time (or at least with minimal incidental complexity). You limit the use of temporary workarounds by taking into consideration the code's legacy. Without over-engineering, you can make software that is adaptable. You use reuse whenever you can, and you use dependencies sparingly. You use resources effectively, such as when designing to avoid affecting the test system. You use your system knowledge to anticipate integration issues with new features. You can find important test cases and trace them back to use cases. You evaluate the testability of features and components developed by development teams (such as instrumentation, modularity, and APIs that permit verification). In order to avoid failure cases, you review development changes. You make sure that your code is tested at the right level (unit test, integration test, functional test, non functional test,, user interface, etc.), reducing the number of higher-level test cases that are unnecessary and cause intermittent issues and an increase in execution time. For the product you are in charge of, you drive testing at the appropriate level. Metrics are defined, used, and analysed to determine software quality and test effectiveness. By actively participating in the code review process, design discussions, planning, and post-mortem reviews, you help your team grow. You constructively pinpoint issues and suggest potential solutions. You take on projects and improve software to make team software easier to test and streamline processes. You work to fix complex issues at their source, making software better and easier to maintain than when you first found it.
QAE is a significant and independent provider who offers top-notch test solutions while implementing the right technology and industry-best practices for quality assurance. As a QAE, you should be able to create and execute test plans for difficult test scenarios. You may be responsible for testing major features, a small device, mid-size application, service, or other product type. You should have the ability to design and carry out test plans for challenging test scenarios as a QAE. You can be in charge of testing key components, a medium-sized application, a tiny gadget, a service, or another product category. You evaluate if a product's features or components can be tested. You build traceability to use cases and identify key test cases. You should be able to create test plans that cover non-functional areas. For instance, performance, stability, load, scalability, usability, etc. Early defect detection can stop problems before they ever show up in the production by testing the product with a thorough test coverage. You collaborate with your team and the project team(s) to set a high standard. You take an active part in designing, reviewing, and discussing designs. You drive bug triage and prioritizations. You lead analysis of post-release quality and defect escapes, provide constructive advice, and put those changes into practice. You uncover the underlying reasons for issues with product quality and identity, the smallest set of reproduction steps for any crucial issues. You invest the time necessary to thoroughly comprehend your product, how it is intended to work, and how engineering enhancements are delivered. To ensure that changes or enhancements, components, and features are tested at the appropriate level (unit test, integration, system, functional, non-functional, UI, etc.), you collaborate with team owners. You create automated test cases and test scripts that effectively cover end to end functionality. Your automated test solutions are robust and reusable.
SDEs independently contribute to the software of their team. They supply functional capabilities that cover the whole software lifecycle, including designing software from the perspective of the client, putting it into practice, testing it, deploying it, operating it, and documenting it. They use procedures like code review as a teaching tool to guide others in writing high-quality code. They make sure that when their software malfunctions, the underlying reason is found and removed with a long-lasting remedy. They accept projects where the technological strategy and business challenge are well recognized, but the implementations are not fully developed. They balance restrictions, restricting the use of quick fixes. They use processes such as code review as an educational mechanism to guide others to produce quality code. In the event of a software failure, we ensure that the root cause is identified and eliminated with a permanent solution. By creating clear documentation and making good design decisions, they ensure that the software they create can be maintained and extended by people who are new to code. Document what your team's software is doing. How it is built, tested and operated. how safe it is; and how it fits into the big picture. Actively train new teammates on these points when they join. Your work will focus on delivering software features and improvements to the majority of your team's software. This isn't just new software, it's often refactoring and deprecating work. Work with your customers, stakeholders, and colleagues to understand the business and customer value of your team's software and ensure the right solutions are delivered. Resolve disagreements with colleagues through constructive dialogue. Contribute significantly throughout the software development lifecycle including scoping, design, code, testing, deployment and maintenance of your team's software. You demonstrate excellent operational ability in all tasks. Actively participate in operational support of the team to help identify and resolve the cause of operational issues. Actively participate in the team's code review process and provide meaningful feedback to others, including seniors. Effectively prioritize new feature development over operational work.
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