Senior+ Software Engineer - Admin and Infrastructure

A Senior Software Engineer at Crusoe is responsible for designing and developing internal admin tooling and infrastructure management systems for Crusoe Cloud. This role involves creating automation software for server hardware deployment, mentoring junior engineers, and collaborating with various teams to enhance operational capabilities and streamline infrastructure management.

To qualify for the Senior Software Engineer role at Crusoe, candidates need a bachelor's degree in Computer Science or related field, or equivalent professional experience. Additionally, they should have 5+ years in software development, proficiency in modern programming languages, and a strong background in building scalable distributed systems.

For the Senior Software Engineer position at Crusoe, candidates should have at least 5 years of programming experience in at least one modern compiled language such as Go, Rust, Java, or C++. Familiarity with CI/CD tools and infrastructure automation technologies is also beneficial.

Crusoe promotes a collaborative and innovative work environment. Senior Software Engineers enjoy a hybrid work schedule, engage in continuous learning through mentoring and technical assessments, and work on projects that contribute to sustainable technology and responsible cloud infrastructure development.

As a Senior Software Engineer at Crusoe, you'll have ample opportunities for professional growth by leading projects, mentoring junior engineers, and being at the forefront of innovative tooling development. The role allows for close collaboration with engineering managers to initiate impactful projects that drive career advancement.

Crusoe offers a comprehensive benefits package for the Senior Software Engineer role, including competitive pay, stock options, health insurance, paid parental leave, a 401(k) match plan, generous paid time off, and various wellness programs, such as a Calm app subscription.

Crusoe's cloud infrastructure stands out due to its AI-first approach and commitment to sustainability. The platform is optimized for AI workloads, powered by renewable energy, and emphasizes reliability and performance, making it the gold standard for Fortune 500 companies.

When designing scalable infrastructure solutions, I assess the requirements, focusing on modular design principles. I consider the use of microservices for flexibility, leverage load balancers for distribution, and implement caching mechanisms to enhance performance. It's crucial to conduct load testing and be prepared to scale horizontally or vertically based on usage patterns.

In a previous role, I encountered a significant bottleneck in a distributed system that slowed down process execution. I analyzed the architecture and identified inefficient data access patterns. By implementing asynchronous processing and optimizing database queries, I improved system performance by 40%, demonstrating my capability to lead through challenges.

I have extensive experience with CI/CD practices, having set up pipelines using GitLab CI/CD and GitHub Actions for multiple projects. I prioritize automating builds and tests to ensure high code quality and rapid deployment, collaborating closely with QA teams to integrate testing stages into the CI/CD flow.

To ensure code quality, I implement peer code reviews and foster a culture of knowledge sharing among engineers. Establishing guidelines for design patterns and best practices plays a significant role as well. I also advocate for regular refactoring sessions to maintain code health and align with evolving project requirements.

I have successfully utilized tools like Terraform for infrastructure as code, Ansible for configuration management, and Docker for containerization. Combining these tools optimizes deployment processes and promotes consistency across environments, significantly enhancing operational efficiency.

My approach to mentoring junior engineers revolves around fostering a supportive environment. I encourage them to ask questions, involve them in design discussions, and provide constructive feedback on their projects. I also share resources for skill development and involve them in challenging tasks that promote learning.

I have hands-on experience with TCP/IP and have developed applications requiring low-level network programming. I focus on understanding socket communication and ensuring data integrity and reliability during transmission, which is essential for building robust distributed systems.

To manage tight deadlines, I prioritize tasks based on their impact, ensuring critical features are developed first. I advocate for Agile methodologies, breaking down projects into manageable sprints and employing regular check-ins to track progress and address challenges promptly, all while emphasizing code quality.

I have substantial experience working in Unix/Linux environments, having configured and managed servers for various applications. My familiarity with shell scripting and command-line tools has streamlined many processes, enabling efficient system monitoring, maintenance, and troubleshooting.

In a past project, I needed to learn Kubernetes on short notice. I dedicated time to online courses and hands-on labs, quickly grasping its concepts. Implementing it into our infrastructure led to improved orchestration and management of our containerized applications, showcasing my adaptability and commitment to continuous learning.