Senior Associate Automation Quality Engineer- JavaScript/TypeScript

As a Senior Associate Automation Quality Engineer at Publicis Sapient, your key responsibilities will include developing and executing automation scripts using JavaScript and TypeScript, collaborating with business and development teams to define acceptance criteria, and participating in requirements gathering sessions. You will also be responsible for maintaining test documentation, executing test cases, debugging issues, and mentoring junior team members. Your work will contribute significantly to our clients' digital transformation projects, ensuring robust and quality delivery.

To excel as a Senior Associate Automation Quality Engineer at Publicis Sapient, candidates should have strong expertise in JavaScript and TypeScript, alongside a solid understanding of Object-Oriented Programming (OOP) concepts. Experience with testing frameworks like Selenium WebDriver and knowledge of Continuous Integration (CI) practices are crucial. Familiarity with tools for API testing, BDD frameworks like Cucumber, as well as hands-on experience in test management platforms like JIRA, will greatly benefit prospective candidates.

At Publicis Sapient, Senior Associate Automation Quality Engineers enjoy a dynamic and collaborative work environment. The position combines onsite and remote work, especially during the first quarter, where you will alternate between full onsite and a hybrid model. The team thrives on collaboration and innovation, making it an exciting space for engineers to contribute to impactful digital transformation projects while enhancing their skills along the way.

Publicis Sapient is dedicated to the continuous growth and development of its employees, especially for Senior Associate Automation Quality Engineers. You will have opportunities to attend training sessions, workshops, and conferences related to automation and quality engineering. Furthermore, mentoring junior team members allows you to not only share your expertise but also refine your leadership skills, positioning you for future advancements within the organization.

As a Senior Associate Automation Quality Engineer at Publicis Sapient, you will engage in a variety of projects across different industries, focusing on digital transformation initiatives. Projects may include automating testing processes for CRM platforms like Dynamics 365, enhancing the user experience through rigorous UI and API testing, and implementing CI/CD pipelines tailored to client specifications. Each project provides a unique opportunity to contribute to innovative solutions that drive forward our clients' business goals.

Yes, the Senior Associate Automation Quality Engineer role involves some travel commitments. This position requires availability to travel twice per quarter for client workshops in Dallas, along with a need for onsite meetings in Mexico City during the first quarter. Afterward, the expectation is to maintain a travel schedule of one week per quarter, allowing you to collaborate directly with clients and team members.

In the role of Senior Associate Automation Quality Engineer at Publicis Sapient, you will work with a robust set of tools and technologies, including JavaScript and TypeScript for scripting, Selenium WebDriver for automation, and Cucumber for BDD. You will also engage with testing platforms such as Postman for API testing, JIRA for issue tracking, and utilize CI/CD tools to streamline testing processes. Knowledge of visual regression testing and performance assessment tools will further enhance your capabilities.

When answering this question, highlight specific projects where you have utilized JavaScript and TypeScript for automation testing. Discuss the frameworks you've worked with, the structure of your code, and how you've integrated these skills into CI/CD pipelines. Provide examples of challenges you faced and how you solved them using these programming languages.

Explain how Behavior Driven Development (BDD) shapes your testing strategy. Discuss your experience with frameworks like Cucumber and how it helps bridge the gap between technical teams and business stakeholders. Provide examples of how you've written scenarios, utilized Gherkin syntax, and how BDD has improved the quality and clarity of your testing processes.

In your response, outline the strategies you employ to maintain the quality of automated test scripts. Discuss aspects such as regular code reviews, version control practices, running tests in diverse environments, and continuously refactoring your scripts based on feedback. Explain how these practices enhance not only the reliability of the scripts but also the overall testing approach.

Discuss your understanding of the Test Pyramid, emphasizing the importance of having a solid base of unit tests, a reduced number of integration tests, and a minimal set of end-to-end tests. Explain how you apply this concept in optimizing your testing strategy, thereby ensuring efficient test execution and quicker feedback on the code quality.

When answering this, provide a step-by-step outline of your debugging process. Talk about initial investigation measures such as reviewing logs, understanding the test case context, and identifying changes in code or dependencies that may have affected the results. Share an example where you successfully resolved a critical test failure and how you improved the process afterward.

Convey your experience with setting up and managing CI/CD pipelines. Discuss the tools you've used, the workflows you implemented, and how automation fits into the deployment process. Share any challenges you encountered while implementing CI/CD and how you overcame them, emphasizing the importance of automation in enhancing software quality.

Describe your personal time management strategies, referencing specific tools and techniques you rely on. Talk about how you prioritize tasks, manage deadlines, and your approach to task delegation when mentoring junior team members. Incorporating examples will illustrate your proactive approach to managing multiple responsibilities in a fast-paced environment.

Explain the Shift-Left testing concept, focusing on its intention to involve quality assurance early in the development process. Discuss the benefits such as reducing defect rates, saving time, and resources, and improving collaboration among team members. Provide specific examples from your experience where implementing Shift-Left testing has led to significant improvements in project outcomes.

In your response, discuss your approach to balancing quality and deadlines. Share techniques like risk-based testing, where you prioritize high-risk areas first, and your emphasis on creating clear, actionable test cases. Talk about how effective communication with developers can aid in understanding priorities and ensuring critical tests are completed under pressure.

Here, discuss your vision for the future of automation in quality assurance. Talk about the trends you observe, the increasing complexity of software applications, and the role of AI and machine learning in enhancing test automation. Emphasize the need for quality engineers to adapt continuously and upskill in new tools and technologies to remain effective in their roles.