Senior Software Engineer / Architect (Metrics - Networking)

As a Senior Software Engineer / Architect at our company, your primary responsibilities will include leading the design and development of microservices, writing technical documentation, conducting code reviews, and implementing performance optimizations. Additionally, you'll manage cloud infrastructure on Azure, ensure system reliability with monitoring tools, and collaborate with cross-functional teams to drive project planning and execution.

To excel as a Senior Software Engineer / Architect with us, you should have at least five years of experience in software development, with strong knowledge of Golang and C++. Proficiency in designing microservices with Domain-Driven Design, experience with Docker and Kubernetes, and expertise in SQL Server database management are also essential. Familiarity with monitoring tools like Prometheus and OpenTelemetry would be advantageous as well.

Absolutely! Experience in cloud-native technologies is crucial for the Senior Software Engineer / Architect role. You'll be deploying and managing applications on Azure Cloud using tools such as Docker, Kubernetes, ArgoCD, and Helm Charts. A solid understanding of these technologies will empower you to design scalable and reliable systems.

As a Senior Software Engineer / Architect at our company, strong soft skills are just as important as technical expertise. Excellent written and verbal communication abilities, collaboration skills, and the ability to work independently in a remote environment are all essential. Additionally, showcasing a high degree of ownership, accountability, and a passion for continuous learning will help you thrive in this role.

The typical work schedule for a Senior Software Engineer / Architect at our company is Monday through Friday from 2:00 PM to 6:00 PM EST. This schedule emphasizes a healthy work-life balance while allowing you to contribute effectively to our projects and initiatives.

In approaching architecture design of microservices, I begin by understanding the business requirements and identifying the main functionalities that need to be addressed. I then define the boundaries of each microservice, ensuring that they are loosely coupled but highly cohesive. This involves selecting appropriate communication protocols, such as REST or messaging queues, and leveraging domain-driven design principles to structure my services effectively.

I have extensive experience with both Golang and C++. In my previous roles, I leveraged Golang's concurrency model to build high-performance applications that could handle multiple requests simultaneously. Additionally, with C++, I focused on system-level programming to optimize performance-critical parts of applications, utilizing my strong knowledge of memory management and object-oriented design principles.

To ensure code quality, I implement various practices including conducting thorough code reviews, writing comprehensive unit tests, and following established coding standards. I also encourage peer reviews and make use of automation tools to facilitate continuous integration, which helps in identifying issues early on and maintaining a high standard of code throughout the development process.

For performance optimization, I utilize profiling tools to identify bottlenecks in my applications, allowing me to make precise improvements. I also focus on optimizing database queries, using indexing strategies, and caching techniques. In addition, I assess the application's architecture and consider redesigning certain components to ensure they are efficient and scalable.

In a remote team, I prioritize clear and proactive communication through regular updates and meetings using tools like Slack and video conferencing. I ensure that all project documentation is up to date and accessible, which helps maintain transparency. I encourage open discussions and feedback, facilitating a collaborative environment despite the virtual setup.

My approach to deploying applications in the cloud involves utilizing DevOps practices to automate the deployment process. I typically set up CI/CD pipelines that include automated testing and staging environments to ensure that any changes are reliable before going live. I also focus on monitoring and logging post-deployment to ensure that the application performs as expected in a production environment.

I have a strong background in database management and optimization, particularly with SQL Server. I implement normalization and indexing strategies for effective data management while ensuring optimal performance for queries. Regularly analyzing query performance and employing caching techniques are also methods I use to enhance the application's overall efficiency.

In a previous project, we faced issues with latency as our user base grew. After analyzing the system, I identified that our monolithic architecture was a bottleneck. I led the initiative to refactor the application into microservices, which significantly improved scalability and reduced response times, ultimately enhancing user satisfaction.

I stay updated with ongoing trends by regularly reading industry-related blogs, attending webinars, and participating in online forums and communities. Networking with other professionals through conferences and meetups also helps me gain insights into best practices and emerging technologies that can enhance my skills and contribute to my role as a Senior Software Engineer / Architect.

For monitoring system reliability, I commonly use tools like Prometheus and OpenTelemetry. These tools allow me to gather metrics, visualize performance trends, and set alerts for abnormal behavior. By integrating these monitoring solutions early in the development process, I can proactively address performance issues before they affect users.