Automated Verification Systems Engineer

As an Automated Verification Systems Engineer at CACI, you will design and implement automated verification strategies, work closely with developers to create tests that ensure functional requirements are met, and analyze third-party software applications to enhance testing processes. Your role involves collaborating with mission engineers and other team members to develop realistic mission test data and continuously improve automated tests as software updates are deployed.

To qualify for the Automated Verification Systems Engineer role at CACI, candidates should possess a BA/BS in a STEM field or equivalent experience, along with at least 5 years of relevant experience. An active TS/SCI clearance with a polygraph is required, or the willingness to obtain one. Familiarity with automated integration test suites such as Cypress and tools like JIRA and Confluence is also crucial to succeed in this position.

At CACI, the work environment for an Automated Verification Systems Engineer is collaborative and supportive, promoting a culture of integrity and trust. You’ll join a passionate team dedicated to innovative solutions and mission success. With a flexible time-off benefit and numerous learning resources, CACI fosters personal growth and maintains a balance between professional and personal life.

CACI is committed to the continuous growth of its Automated Verification Systems Engineers by providing access to extensive learning and development opportunities. The culture encourages innovation and aims to advance critical missions, ensuring that employees can work on groundbreaking projects while developing their professional skills.

Automated Verification Systems Engineers at CACI can expect a comprehensive benefits package that includes healthcare, wellness programs, retirement plans, and family support. Additionally, CACI promotes a healthy work-life balance through flexible time-off policies and invests in the professional development of its employees.

In designing automated tests, I focus on understanding the functional requirements of the software. I collaborate with developers to identify key features to test, using dynamic data to simulate real-world scenarios. Utilizing tools like Cypress, I create comprehensive test scripts that not only validate functionality but also ensure the application's resilience against defects.

I have extensive experience using automated integration test suites, particularly Cypress. I've utilized its features to create efficient test scripts that effectively verify different aspects of applications, ensuring they function seamlessly across various environments. My goal has always been to minimize manual testing efforts while maximizing test coverage.

I believe strong collaboration is key to improving testing processes. To achieve this, I maintain open lines of communication with developers, involving them in the test design process early on. By sharing insights about potential software bugs during integration tests, we can address issues promptly and iteratively refine our applications.

I've gained substantial experience analyzing third-party software to design effective automated verification strategies. This process involves assessing dependencies and software functionality to create specific tests that gauge how new features may impact existing applications. Continuous monitoring and updating of test cases are essential to ensure overall application performance.

To maintain automated tests effectively, I prioritize actively tracking new features and changes through agile development communication. After each deployment, I review the test scripts to ensure they cover the new functionality, run regression tests, and update or enhance existing tests as needed to adapt to the evolving software landscape.

Determining the priority of tests involves assessing the risk and impact of each feature. I make decisions based on factors like critical business functionalities, areas with known issues, and the likelihood of changes. By prioritizing high-risk areas, I ensure that our automated suite remains effective and relevant through subsequent software iterations.

For effective root cause analysis, I adopt a systematic approach to identify the underlying issues causing failures. This includes examining logs, reproducing the issue, and collaborating with developers to trace back through the code and determine the source. This process helps prevent similar issues in the future while improving the overall quality of the application.

I stay updated on industry trends by engaging in continuous learning through online courses, webinars, and industry conferences. Networking with professionals in the field and following relevant publications and blogs also helps me stay informed about the latest advancements in automated testing, best practices, and emerging tools.

In a recent project, I led the transition to automated verification strategies for a software suite. This involved collaborating with cross-functional teams to identify critical areas for automation. By developing a robust test suite using Cypress, we significantly reduced testing times and improved build quality, resulting in faster deployment cycles and enhanced customer satisfaction.

One of the most challenging aspects of this role is balancing the need for thorough testing with agile development timelines. As features are rapidly deployed, it's essential to remain adaptable while ensuring the integrity of the software. Effective communication and prioritization are crucial in overcoming these challenges and delivering quality in a fast-paced environment.