Test Engineer - job 1 of 2

As a Test Engineer at SRC, Inc., you'll be primarily focused on developing and executing advanced testing techniques for software and systems applications. This includes performing both manual and automated tests, collaborating with cross-discipline teams, and conducting data analysis to support leading-edge technologies in critical defense and intelligence areas.

To qualify for the Test Engineer position at SRC, Inc., candidates should have a Bachelor’s degree in a relevant field like computer science or electrical engineering, as well as at least a year of experience with systems integration and test procedures. Familiarity with scripting languages such as Python is also beneficial.

SRC, Inc. is deeply committed to the professional development of its employees. Test Engineers are provided with numerous opportunities for training, access to tuition support, and the chance to work alongside experienced professionals, helping you to grow your skills and advance your career in a meaningful way.

Test Engineers at SRC, Inc. thrive in a collaborative and innovative work environment. You’ll work alongside a diverse group of engineers and scientists while contributing to projects that have a real-world impact, all within a culture that values inclusivity and teamwork.

Working at SRC, Inc. offers a competitive salary with a comprehensive benefits package that includes at least four weeks of paid leave, a generous employer contribution toward retirement, and full tuition support, making it a rewarding place to build your career.

As a Test Engineer at SRC, Inc., you will work with advanced technologies in communications, radar systems, electronic warfare, and unmanned aircraft systems. Your work will support critical projects for the defense and intelligence communities, allowing for an impactful and challenging career.

While prior experience in defense technology is a plus, it is not strictly necessary for the Test Engineer role at SRC, Inc. What matters most is your ability to learn quickly and adapt to new technologies while effectively applying your testing and analytical skills.

In your response, discuss common testing methodologies such as black box, white box, and automated testing. Highlight any specific experiences you've had with each method and how you’ve applied them to achieve successful outcomes in your past roles.

Outline the steps you would take to create a comprehensive test plan, including defining the scope, setting objectives, identifying resources, and determining the test environment. Be sure to emphasize the importance of collaborating with stakeholders during this process.

Discuss your approach to prioritization, possibly mentioning techniques like using a risk-based testing strategy or maintaining clear communication with project managers. Provide examples from your experience where prioritization led to successful project delivery.

Share a specific instance where you found a particularly difficult bug, detailing how you diagnosed the issue, the steps taken to resolve it, and the testing strategies used to ensure it didn’t reoccur. This demonstrates both your technical skills and problem-solving abilities.

Explain your philosophy on automation in testing, including its benefits and how you determine when to automate tests versus when to conduct manual testing. Discuss any tools you have used and your experience with implementing automated solutions.

Share how you stay informed about industry trends and technological advancements, such as attending conferences, participating in online communities, and following relevant publications. Highlight your eagerness to continuously learn and improve your skills as a Test Engineer.

Detail your experience in using Python or other scripting languages in your testing processes. Provide examples of how you’ve utilized these languages to automate tasks, analyze data, or create testing frameworks.

Discuss how teamwork plays a critical role in the success of testing projects. Share examples of how collaboration with developers, product managers, and other engineers improved project outcomes during your past experiences.

Talk about the data analysis techniques you employ, such as statistical analysis or data visualization, and how these methods influence your testing decisions. This shows your analytical skills and your ability to derive actionable insights from test results.

Explain your process for documenting test results, including what information you prioritize and how you ensure clarity for stakeholders. Mention the importance of effective communication and how it impacts decision-making in the development cycle.