Software Engineer, Microservices (Typescript) - Remote

As a Software Engineer, Microservices at Kong, your primary responsibilities include designing and developing microservices for Kong Konnect, maintaining services like identity and search, and solving technical problems of varying complexity. You’ll also participate in an on-call support rotation and write automated tests to ensure code reliability, while mentoring fellow team members to promote growth and knowledge sharing.

To be considered for the Software Engineer, Microservices role at Kong, you should have at least 5 years of experience in software development with a strong command of TypeScript and JavaScript. Additionally, experience in designing and debugging microservices architectures, as well as familiarity with SaaS platforms, API development, and containerization technologies like Kubernetes is essential.

At Kong, we value professional development and encourage our Software Engineers, Microservices to mentor one another, share knowledge, and take part in various training sessions. By collaborating with seasoned engineers and being involved in new projects, you will have ample opportunities to enhance your skills while helping others grow in their careers.

Kong fosters a collaborative environment where Software Engineers, Microservices are expected to engage in teamwork with Engineering and Product Management. You’ll collaborating closely in discussions about software component development, address challenges collectively, and contribute to product integration efforts, ensuring the best outcomes for Kong’s services.

Yes, experience in test-driven development is crucial for the Software Engineer, Microservices role at Kong. As we emphasize writing automated tests to avoid code regressions, understanding and implementing effective testing strategies will be integral to ensure the sustainability and reliability of our microservices.

Absolutely! In my previous role, I designed and developed microservices for a web application, which improved scalability and maintainability. Microservices allowed us to break down complex applications into smaller, independent services that could be developed, tested, and deployed individually, which streamlined our deployment process and reduced downtime.

When debugging microservices, I utilize logging and monitoring tools to get insights into the behaviors of the services. I also focus on isolating services to pinpoint issues, reviewing error logs, and employing different tools to trace requests across services. This structured approach enables me to identify problems quickly and implement fixes effectively.

I follow a comprehensive API lifecycle management strategy that includes designing well-defined specifications, implementing version control for smooth transitions, and employing tools for monitoring and analytics. This helps in maintaining the quality of the APIs and ensuring they meet the required standards as they evolve.

In my last job, I implemented a suite of automated unit and integration tests using a JavaScript testing framework. This significantly reduced regressions in our releases and allowed the team to focus on new features with greater confidence. Automation played a crucial role in enhancing our overall code quality.

I believe mentoring is about sharing knowledge and experiences. In my previous position, I organized coding workshops where I guided junior developers through best practices in software development. I also conducted code reviews to provide constructive feedback, fostering an atmosphere of growth and collaboration within the team.

I have actively used Docker for containerization in my projects, allowing me to create isolated environments for development and staging. Additionally, I have deployed these containers on Kubernetes for orchestration, which helped manage scaling and monitoring efficiently, ensuring high availability of applications.

First, I would investigate the logs of both microservices to understand where the communication breakdown occurred. Next, I'd analyze the API contracts to ensure they are adhered to by both services. Finally, I would utilize API testing tools to simulate requests and replicate the issue until I pinpoint the exact cause.

I primarily use Git along with GitHub for version control in my projects. This allows me to manage branches effectively, collaborate with others through pull requests, and maintain a clear history of changes. I believe using version control best practices is key to a smooth development process.

The most rewarding aspect of working with microservices is the flexibility and scalability it offers. It allows teams to develop and deploy services independently, facilitating continuous delivery and enabling quick iterations. I enjoy seeing how these improvements contribute to a seamless user experience and enhance the overall system performance.

I actively read industry blogs, participate in online courses, and attend conferences and webinars focused on software development and microservices. Engaging with the community through forums and discussion groups also helps me stay abreast of new technologies and methodologies that can enhance my skill set.