Senior Software Engineer – Platform Engineering – Hybrid-Cloud (REMOTE)

As a Senior Software Engineer at GEICO, your primary responsibilities include writing and testing product development code, leading design reviews, and collaborating with product managers and other engineering teams to solve complex problems. You will also review code from colleagues to ensure best practices in areas such as efficiency and accuracy, contribute to documentation, and help troubleshoot and resolve system issues.

To qualify for the Senior Software Engineer position at GEICO, candidates should have a minimum of 5 years of experience in software development with knowledge of programming languages and algorithms. Additionally, you should have at least 3 years of experience in software testing and maintenance, as well as experience in developing large-scale infrastructures and distributed systems. A bachelor’s degree or equivalent practical experience is also required.

Yes! The Senior Software Engineer role at GEICO is a hybrid-cloud position, which means you will have the opportunity to work remotely while also collaborating with your team. Our flexible work environment is designed to help you balance your personal and professional life effectively.

As a Senior Software Engineer at GEICO, you will have the opportunity to work with a variety of technologies. This includes backend systems, open-source tools, and large-scale infrastructure. You’ll be involved in developing applications within our hybrid-cloud environment that enhance customer experiences and drive business transformation.

GEICO offers a robust Total Rewards Program for its Senior Software Engineers, which includes premier medical, dental, and vision insurance, paid vacation and parental leave, a 401(k) plan, tuition reimbursement, and paid training. We prioritize the health and well-being of our associates and ensure that you feel valued and rewarded for your contributions.

When tackling a system issue, you should start by gathering all relevant information to accurately assess the problem. Analyze logs, track the issue’s impact on services, and collaborate with team members to identify potential causes. Use a systematic approach, testing various hypotheses until you discover the root cause, and document your findings for future reference.

In discussing your experience, emphasize specific projects where you've developed or maintained large-scale systems. Include examples of the technologies used and the challenges faced. Discuss how your contributions improved performance, reliability, or scalability, and illustrate your understanding of distributed systems.

When asked about leading a design review, highlight a situation where you successfully facilitated discussion among peers. Describe the context of the project, the approach you took in presenting ideas, and how you encouraged feedback. Focus on the importance of ensuring that all design principles and best practices were adhered to during the review process.

Be prepared to discuss several programming languages you’re proficient in, along with your rationale for using them. Focus on your experience and comfort level, as well as any relevant projects that utilize these languages. This is a great opportunity to attach your technical skills to real-world applications.

To give a comprehensive answer, mention various resources you use such as technology blogs, community forums, and webinars. Discuss your participation in professional networks or conferences, and state the importance of continuously learning in the technology field. Share any skills or technologies you’ve recently adopted as a result.

You should explain your approach to prioritization by discussing techniques like the Eisenhower Matrix or Agile methodologies. Provide an example of a situation where you successfully managed multiple projects and how you ensured that deadlines were met without compromising quality.

When answering this question, emphasize the importance of teamwork and communication. Describe instances where collaboration led to successful project outcomes, highlighting how diverse perspectives contribute to innovative solutions and effective problem-solving processes.

In your response, provide a detailed account of a specific technical challenge you encountered and outline your problem-solving process. Discuss the steps taken to resolve the issue and the lessons learned from the experience, making it clear how it improved your skills or thought processes.

Discuss coding best practices such as adhering to coding standards, ensuring readability, and writing reusable code. You might also mention practices like version control, peer code reviews, and thorough testing. Providing tangible examples will help illustrate your commitment to quality coding.

Explain how you view constructive criticism as an opportunity for growth. Discuss a situation where you received feedback, how you processed it, and how you implemented changes in your code. Emphasizing a growth mindset will show your willingness to learn and refine your skills.