Software Development Engineer II - Backend

As a Software Development Engineer II - Backend at AiDash, you will be responsible for designing, developing, and deploying scalable distributed systems. Your duties will include building backend infrastructures that support internal workflows, implementing fault-tolerant systems, and providing insights through analytical tools. You'll also engage in code reviews, deploy code to production, and collaborate with various teams to assist with data-related technical issues.

To apply for the Software Development Engineer II - Backend position at AiDash, you need a minimum of 4 years of experience in designing and building scalable products. You should be well-versed in microservices and systems design, possess strong knowledge of data structures, algorithms, and be proficient in Java, Spring Boot, or Python. Familiarity with relational and NoSQL databases, as well as hands-on experience with Docker, Kubernetes, and AWS, are also essential.

In the role of Software Development Engineer II - Backend at AiDash, you'll work extensively with Java, Spring Boot, and Python, alongside relational databases like PostgreSQL/MySQL and NoSQL databases such as MongoDB. Additionally, you will utilize technologies like Docker, Kubernetes, and AWS while focusing on developing scalable Restful APIs and ensuring system performance optimization.

AiDash is committed to the growth and development of its employees, particularly for the Software Development Engineer II - Backend role. You'll have opportunities to become an in-house expert, providing consultations to product engineers. The company fosters a culture of continuous learning, encouraging team members to stay updated on the latest advancements in distributed systems technologies and methodologies.

At AiDash, the company culture is collaborative and innovative, allowing Software Development Engineers II - Backend to thrive. We value creativity and different perspectives, encouraging individuals to speak up without fear of hierarchy. Our Work Code promotes empathy and ownership, ensuring that every team member feels heard and respected while contributing to projects that impact climate resilience and sustainability.

When discussing your experience with scalable distributed systems, focus on specific projects where you designed and implemented such systems. Highlight your technical skills, the challenges faced, and how you optimized performance. Mention the impact of your work on team efficiency and user experience.

Be prepared to discuss your proficiency in languages such as Java, Spring Boot, or Python. Provide examples of past projects where you effectively utilized these languages, detailing how you overcame challenges and improved system functionality. Emphasize your passion for coding and continuous learning.

A solid debugging approach involves understanding the system at a granular level. Outline your steps for diagnosing issues, such as using logging and monitoring tools, analyzing performance metrics, and conducting tests for pinpointing bottlenecks. Communication with team members can also be crucial, so emphasize collaboration during debugging.

When discussing RESTful APIs, explain their role in enabling communication between services. Share your experience designing and implementing RESTful services, illustrating key principles such as statelessness and resource-oriented architecture. Bonus points for any performance optimization techniques you've applied.

Talk about specific performance optimization techniques you've implemented, such as load testing, profiling, and query optimization. You can reference tools and methodologies you used to identify bottlenecks and the results achieved from your optimizations.

Demonstrate your commitment to staying updated by sharing resources you follow, such as blogs, webinars, or community forums. Discuss any recent trends you've explored in distributed systems technologies and how you've applied those insights to your projects.

Choose a specific incident where you faced a technical challenge. Walk through the steps you took, the tools you used, and the final outcome. Revealing how you approached the problem and what you learned will showcase your problem-solving skills.

Describe your method for prioritizing tasks, whether it's through deadlines, importance, or project goals. Share specific tools you use to manage your workload, emphasizing any strategies that align with Agile methodologies, as they are commonly used in backend development.

Explain the importance of collaboration in your role and how it enhances the development process. Share examples of how working with cross-functional teams, such as product design and data analysis, led to successful project outcomes.

Offer insights into your vision for the future of backend development, particularly how advancements in technology, like AI and cloud computing, can play a role in enhancing climate technology solutions. Discuss the potential impact these innovations have on industry sustainability and how you aim to contribute.