Associate Backend Engineer (Python) - EG

As an Associate Backend Engineer (Python) at Gorilla Logic, your key responsibilities include collaborating with an agile team to build, maintain, and optimize client applications. You'll participate in code reviews, assist in testing and the delivery of maintainable code, and work closely with DevOps and QA teams to support continuous integration and continuous delivery (CI/CD) pipelines.

To qualify for the Associate Backend Engineer (Python) position at Gorilla Logic, candidates should possess a Bachelor’s degree in Computer Science or a related field, along with 1-2 years of backend development experience in Python. Familiarity with frameworks like Django or Flask and understanding of enterprise patterns, such as microservices, is important.

Technical skills required for the Associate Backend Engineer (Python) role at Gorilla Logic include experience with modern Python frameworks such as Django or Flask, as well as understanding SQL and NoSQL databases. Familiarity with microservices, cloud platforms like AWS, and basic knowledge of Docker/Kubernetes will also be beneficial.

At Gorilla Logic, the work environment for an Associate Backend Engineer (Python) is collaborative and dynamic. You'll work within agile teams, and the culture promotes critical thinking, self-motivation, and a strong desire to grow as a developer while tackling innovative projects.

Gorilla Logic provides ample opportunities for growth for an Associate Backend Engineer (Python). You’ll gain exposure to diverse technologies, be part of engaging projects, receive mentorship from experienced engineers, and have access to resources that support continuous learning and professional development.

When answering this question, reflect on what aspects of backend development excite you the most, such as solving complex problems, working with databases, or optimizing applications for better performance. Showcase your passion for technology and how you see your role contributing to larger project goals.

In your response, emphasize that CI/CD streamlines the development process by allowing for frequent integration of code changes, automated testing, and continuous delivery of applications. Highlight its role in reducing deployment times and maintaining code quality, which is vital for backend development.

Your response should detail your systematic approach to debugging, such as replicating the issue, analyzing logs, using debugging tools, and isolating the problem. Demonstrating a logical and composed approach shows your problem-solving capabilities.

Discuss your experiences with Python frameworks, mentioning specific projects you've worked on, the features you utilized, and the benefits those frameworks provided in terms of efficiency and functionality in your backend work.

In your answer, provide details about your familiarity with SQL databases (like PostgreSQL or MySQL) and NoSQL databases (like MongoDB). Offer examples of how you've used them, including specific tasks like data modeling, querying, and optimization.

When answering this question, provide a concise overview of the project, the specific challenges you faced, and the steps you took to navigate those obstacles. Highlight teamwork, technical skills, and perseverance.

Mention your methods for keeping current, such as following tech blogs, participating in online courses, attending workshops or webinars, and engaging with developer communities. This reflects a strong commitment to professional development.

Explain microservices architecture as a style that structures an application as a collection of loosely coupled services, emphasizing its benefits such as scalability, fault isolation, and easier deployment. This shows your understanding of modern architectural paradigms.

Define RESTful APIs as versatile interfaces that allow different systems to communicate over the web. Discuss their importance in backend development for enabling seamless integration and interaction among varied services.

Discuss containerization as a method of packaging applications and their dependencies into containers, while highlighting Kubernetes as an orchestration tool for managing those containers in a scalable and automated manner. This demonstrates your foundational knowledge of modern deployment strategies.