[GAC] Back-end Software Engineer (Go)

As a Back-end Software Engineer at Software Mind, you will primarily focus on developing the global-scale, cloud-native microservices data warehouse. Your responsibilities will include designing, implementing, and deploying microservices architecture and handling vast amounts of real-time data from various sources while ensuring optimization and efficiency in software asset management solutions for clients.

To qualify for the Back-end Software Engineer position at Software Mind, applicants should have strong professional experience with GoLang, as well as knowledge of microservices architecture, MongoDB, and unit testing. Familiarity with CI/CD pipelines, experience in building large-scale SaaS solutions, and an understanding of cloud platforms like Azure, AWS, or GCP are also essential.

In the role of Back-end Software Engineer at Software Mind, you will engage with a variety of cutting-edge technologies, including Docker, Kubernetes, Prometheus, and SumoLogic. You will also be part of a multi-cloud strategy involving cloud platforms like Azure, AWS, and GCP, aligning with modern best practices in software development.

At Software Mind, Back-end Software Engineers can look forward to numerous opportunities for personal and professional growth, including flexible employment options, international projects, training programs, language classes, and well-being initiatives. We provide a supportive environment that prioritizes employee development, ensuring you thrive in your career.

Yes! Software Mind offers flexible employment arrangements for the Back-end Software Engineer role, allowing for remote work. This flexibility enables you to work in an environment that best suits your style while still collaborating effectively with your team on innovative projects.

When answering this question, reference specific projects where you effectively utilized GoLang, highlighting shared experiences related to microservices and API development. Discuss your comfort level with Go's features such as concurrency, and demonstrate how you've leveraged them to solve complex problems.

Your response should detail your thought process when designing microservices, emphasizing principles like modularity, scalability, and loose coupling. Share an example of a microservices architecture you've implemented and how it improved system performance or provided better maintainability.

Explain the importance of unit testing in your development process. Discuss the tools and frameworks you prefer, such as Go's testing package, and give specific examples of how you have created unit tests for your code to verify functionality before deployment.

Discuss your hands-on experience with CI/CD pipelines and the tools you've used, such as CircleCI, GitHub Actions, or Jenkins. Explain how these pipelines have helped streamline your development, testing, and deployment processes while minimizing errors and maximizing efficiency.

Describe specific challenges you've encountered when developing cloud-native applications, focusing on resource management, scalability, or deployment. Emphasize the strategies you used to overcome these challenges, showcasing your problem-solving skills.

Talk about your approach to security in back-end development, such as implementing proper authentication, validating inputs, and following best practices for data encryption. Share examples that illustrate your commitment to maintaining secure applications.

Discuss critical aspects such as performance optimization, data handling, and user experience when designing large-scale SaaS solutions. Use specific examples to illustrate how you tackled these important factors in your previous projects.

Detail your experience using MongoDB, focusing on how you've utilized its capabilities to manage unstructured data effectively. Mention any specific projects or challenges where your proficiency with MongoDB played a key role in the solution.

Reflect on your motivation for applying to Software Mind, emphasizing your alignment with the company's values, culture, and projects. Show genuine enthusiasm for innovating and collaborating within a supportive team environment.

Discuss your positive approach to receiving feedback, emphasizing your willingness to learn and improve. Give examples of instances where you successfully implemented feedback to enhance your coding or team collaboration practices.