Software Engineer - Full Stack Developer

As a Software Engineer - Full Stack Developer at Auria, your primary responsibilities will involve developing, documenting, analyzing, testing, integrating, debugging, and maintaining system architectures and software. You'll work on scalable solutions that combine custom and open-source software, while also collaborating with Agile teams to plan and develop software enhancements. Engaging with commercial solutions and creating intuitive user interfaces to navigate technically complex services are also part of your role.

To qualify for the Software Engineer - Full Stack Developer position at Auria, candidates should have proficient software development skills and experience with Unix/Linux. Familiarity with microservice development, messaging systems like RabbitMQ, and REST APIs is critical. You should also possess Agile/DevOps experience and be knowledgeable in Python, Java, and JavaScript/React. A bachelor’s degree in computer science or a related field, along with the ability to obtain a TopSecret U.S. Security Clearance, is also necessary.

Yes, experience with CI/CD pipelines is highly preferred for the Software Engineer - Full Stack Developer role at Auria. This experience allows you to efficiently manage software delivery and automate testing, which is crucial in a fast-paced environment like ours. Familiarity with software management tools and source code repositories such as GitHub and Gitlab will also be advantageous.

Auria offers a competitive benefits package for Software Engineer - Full Stack Developer roles, including a generous PTO package with yearly increases, a flexible work policy, 11 paid holidays annually, and a 401(k) matching contribution of up to 4%. Additionally, employees have access to low-cost medical plans, company-sponsored HSA, life insurance, and an Employee Assistance Program (EAP), among other perks.

As a Software Engineer - Full Stack Developer at Auria, you will engage with a range of technologies, including industry-leading cloud-native solutions. Your work will involve programming languages such as Python, Java, and JavaScript/React, along with microservices development techniques. You'll also have the chance to work with tools for unit testing and behavioral testing, helping to ensure quality and efficiency in delivering software applications.

When responding to this question, highlight any past experiences where you contributed to the design, development, or deployment of microservices. Discuss specific frameworks or technologies you used and how they improved scalability and efficiency in your previous projects.

It's essential to showcase your understanding of debugging techniques, such as logging and error handling. Discuss your methodologies for testing, particularly if you have experience with unit testing or behavioral testing frameworks like Cucumber, and explain how they ensure code quality.

Talk about your familiarity with Agile methodologies and DevOps practices. Discuss how you have participated in sprints, stand-ups, and retrospectives, and how these agile practices help improve development processes and project outcomes.

When answering this question, choose a specific example where you identified a challenging problem, analyzed it, and implemented a solution effectively. Focus on the thought process you had and the impact your solution had on the project or team.

Describe your methods for managing tasks effectively, such as using tools like Jira to track progress and prioritize based on project deadlines, critical features, or team dependencies. Highlight the importance of communication and flexibility in a dynamic environment.

List the languages and technologies you're well-versed in, focusing on those relevant to the job. Mention Python, Java, JavaScript/React, tools for continuous integration, and any experience you've had with source control systems like Git.

Discuss your practices around writing clean, modular code and the importance of code reviews and pair programming. Highlight tools you utilize for static code analysis to maintain code quality over time.

Talk about how you proactively keep up with industry trends, whether through online courses, reading, participating in coding forums, or contributing to open-source projects. This demonstrates your commitment to continuous learning and adaptation.

Share specific instances where you worked with cloud environments, outlining any services (like AWS or Azure) and how you've utilized them for developing or deploying microservices. Highlight the advantages cloud-native brings to mission-critical applications.

Provide examples of how you've effectively integrated open-source solutions. Discuss the challenges you faced and how you overcame them, focusing on your evaluation process for choosing suitable tools.