Backend Software Engineer

As a Backend Software Engineer at Tryton TC, you will primarily develop and maintain backend microservices utilizing Java and Spring Boot. Your responsibilities will include building scalable APIs for effective service communication, deploying and managing services on Google Cloud Platform (GCP), and automating CI/CD pipelines, enhancing our modern DevOps approach.

To qualify for the Backend Software Engineer role at Tryton TC, candidates should possess over 5 years of backend development experience with Java and Spring Boot and at least 2 years of working with microservices architectures. Proficiency in cloud platforms such as GCP, as well as experience with APIs, relational databases, and CI/CD tools, is essential.

Experience with Google Cloud Platform (GCP) is highly valuable for the Backend Software Engineer role at Tryton TC. Familiarity with GCP will equip you with the necessary skills to effectively deploy and manage services on GKE, and working knowledge of tools like Google Cloud Spanner and pub/sub systems will be a significant advantage.

A Backend Software Engineer at Tryton TC should be familiar with Java, Spring Boot, and microservices architecture. Additionally, experience with APIs (GraphQL and REST), cloud platforms like GCP or AWS, relational databases like Postgres, and CI/CD tools such as GitHub Actions and Jenkins will be crucial for success in this position.

At Tryton TC, the work environment for the Backend Software Engineer is collaborative and forward-thinking, with a focus on innovation and teamwork. You'll be part of a remote team that values flexibility, allowing you to engage in meaningful projects while collaborating with experienced professionals in the IT sector.

When answering this question, it's best to describe your experience with deploying microservices, how you ensure service communication through APIs, and discuss the tools and technologies you've used, such as Spring Boot and cloud services. Make sure to highlight any challenges you faced and how you overcame them.

In your response, outline your process for developing scalable APIs, emphasizing the importance of designing for performance and reliability. Discuss specific methodologies or frameworks you've used, including RESTful or GraphQL standards, and measurement of API performance post-deployment.

Share your understanding of cloud best practices, including optimizing resource allocation, leveraging cloud-native services, and ensuring security compliance. Mention any cloud platforms you've extensively worked with, highlighting how you implemented these best practices effectively.

Select a relevant challenge that illustrates your problem-solving skills and technical acumen. Clearly explain the situation, the steps you took to address it, the outcome, and what you learned from the experience.

Be prepared to discuss the CI/CD tools you've used, such as GitHub Actions or Jenkins, and how they've aided in automating your workflow. Explain the impact of CI/CD on deployment frequency and reliability, giving specific examples of projects where these tools made a significant difference.

Outline practices you implement to secure applications, such as coding standards, vulnerability assessments, and adherence to security guidelines. Emphasize any relevant tools or methods you use to keep applications safe from threats.

Discuss your proficiency with Java frameworks like Spring Boot, highlighting projects where you've utilized these tools. Mention any particular features of the frameworks you find beneficial for backend development.

When answering, describe a project where you've implemented a relational database, detailing the database schema, how you managed data, and how you optimized performance. If applicable, mention using Postgres or another relational database effectively.

Talk about techniques you've implemented for efficient cloud deployments, such as containerization with Docker, leveraging Kubernetes for orchestration, and your experience with rolling updates. Explain how these strategies minimize downtime and ensure a smooth deployment process.

Express your commitment to professional development by mentioning how you read blogs, participate in forums, take relevant courses, or attend workshops/conferences. Highlight the importance of continuous learning in the ever-evolving field of backend development.