Software Engineer (Automation/Performance ) Intern - I

As a Software Engineer (Automation/Performance) Intern at Fortanix, your key responsibilities include contributing to the deployment and automation process, participating in the monitoring and maintenance of current infrastructure, and improving our Continuous Integration/Continuous Delivery tools. You will also design, implement, test, and maintain various software components while adhering to security best practices and collaborating with a friendly, team-oriented culture.

To apply for the Software Engineer (Automation/Performance) Intern position at Fortanix, you should be enrolled in a Bachelor's degree program in Computer Science or a similar field. A solid understanding of software security principles and secure software development practices is fundamental. Proficiency in programming languages such as Rust, C/C++, Java, JavaScript, or Python, as well as experience with deployment tools like Kubernetes or Docker, is also required.

Candidates for the Software Engineer (Automation/Performance) Intern role at Fortanix should ideally have experience in Rust, C/C++, Java, JavaScript, Python, or Go. These programming languages are critical for contributing to the development of our cloud security platform and Runtime Encryption® software, enhancing your experience and growth during the internship.

While previous industry experience can be beneficial, it is not necessarily required for the Software Engineer (Automation/Performance) Intern position at Fortanix. We welcome enthusiastic candidates who have a strong foundation in software development, are eager to learn, and possess the necessary technical and communication skills to thrive in our collaborative environment.

The culture at Fortanix is friendly, inclusive, and collaborative. As a Software Engineer (Automation/Performance) Intern, you'll be encouraged to share ideas and ask questions in a supportive atmosphere. We believe that teamwork leads to better solutions, and everyone is recognized for their contributions, making it a fulfilling and engaging place to work.

When answering this question, emphasize any projects or coursework where you used Rust or C. Discuss specific challenges you faced, how you overcame them, and the outcomes. Be sure to highlight your understanding of software security principles as they relate to these languages.

To answer this question effectively, share your familiarity with secure coding practices, code reviews, and using security tools to assess vulnerabilities. Mention any relevant coursework or projects where you applied these principles and how they impacted the final product.

Discuss your experience with specific CI/CD tools you have used, such as Jenkins, GitLab CI, or CircleCI. Explain how you utilized these tools to streamline the development process and ensure high-quality software delivery.

In your response, focus on a specific project or situation where collaboration was key. Detail the challenge, your role in facilitating communication, and how the team ultimately succeeded. This shows your teamwork abilities and problem-solving skills.

Provide a structured answer outlining your typical debugging process, including isolating the issue, using tools to trace errors, and following logical reasoning. Mention any tools or methodologies you've found particularly effective in identifying and resolving bugs.

Share your enthusiasm for Fortanix's innovative approach to data protection and your desire to work with hybrid cloud solutions. Connect your interests to the opportunities provided by the internship, emphasizing your eagerness to learn in this dynamic environment.

Respond by explaining your openness to feedback and how you view it as an opportunity for growth. Provide an example of a time when you received constructive criticism and how you applied it to improve your work.

Before the interview, research Fortanix's products, mission, and key partnerships. In your answer, highlight your understanding of their Runtime Encryption® technology and its relevance to modern cloud security challenges, showing that you are proactive and well-informed.

In your answer, define Continuous Integration, touching on its importance in detecting errors quickly by integrating code frequently. Mention how it contributes to a more efficient development lifecycle and higher software quality, and relate this to your previous experiences.

Discuss your time management strategies, such as breaking tasks into smaller milestones, using planning tools or techniques, and maintaining communication with your team. Provide an example of how these strategies helped you successfully complete a project on time.