Python with GCP - R01544224

As a Python Developer with GCP at Brillio, your key responsibilities include designing and developing robust backend systems, implementing RESTful APIs, and utilizing Google Cloud Platform services to enhance application functionality. You will be involved in troubleshooting complex issues, ensuring high performance of applications, and collaborating with multidisciplinary teams to achieve innovative solutions.

The position of Python with GCP at Brillio demands expertise in backend development utilizing Python as the primary language. You should have a solid understanding of microservices architecture, proficient SQL skills, and experience with cloud services like Google Cloud Functions. Familiarity with containerization, CI/CD pipelines, and databases such as PostgreSQL and MySQL is also essential.

At Brillio, the work culture for a Python Developer is vibrant and collaborative. The company prides itself on being a Great Place to Work, maintaining a strong focus on employee growth and satisfaction. Brillians are encouraged to think creatively and push the bounds of cutting-edge technology while engaging in exciting digital projects.

Python Developers with GCP at Brillio can expect a competitive salary range of $60 to $62 per hour. This reflects the value placed on candidates with the right mix of skills and experience, as well as the company's commitment to offering attractive compensation packages.

Brillio offers numerous advancement opportunities for Python Developers, fostering an environment where you can continually develop your skill set. With a strong focus on employee development and mentoring, you can expect to progress into more senior roles or even explore specialized areas of technology within the organization.

Yes, Brillio prides itself on being an equal opportunity employer, actively promoting diversity and inclusion in the workplace. As a Python Developer at Brillio, you will be part of a supportive environment where your unique backgrounds and perspectives are valued and celebrated.

In addition to Python, familiarity with other programming languages like C++ or C# is beneficial for the Python Developer role at Brillio. Having a solid grounding in Java and modern technologies like Docker and cloud services will significantly enhance your prospects for success in this position.

When answering this question, emphasize your hands-on experience in building applications using Python, showcasing specific projects where you have implemented backend logic, RESTful APIs, or microservices architecture. Highlight any challenging problems faced and how you successfully resolved them.

Define microservices architecture as a software design approach that structures an application as a collection of loosely coupled services. Discuss your experience building microservices, focusing on how this design enhances scalability, maintainability, and deployment efficiency.

When discussing troubleshooting, outline a systematic approach: starting with reproducing the issue, analyzing logs, isolating the problem, and implementing fixes. Share a specific example where your troubleshooting efforts led to a successful resolution.

Highlight your familiarity with GCP services such as Google Cloud Functions, App Engine, or Cloud Storage. Discuss how you've employed these services in previous projects and the benefits they brought to your applications, such as improving performance or reducing costs.

Emphasize best practices you follow to ensure application security, including regular code reviews, implementing authentication and authorization protocols, and keeping dependencies up-to-date. Discuss any security-focused frameworks or tools you use to fortify your applications.

Discuss your experience with Agile methodologies, such as Scrum or Kanban, and how they improve collaboration and deliverables. Provide examples where Agile has directly impacted project success and your ability to adapt to changes quickly.

CI/CD pipelines are crucial for automating application development and deployment processes. Explain how continuous integration (CI) tests and merges code changes regularly, while continuous deployment (CD) automates releases, enhancing code quality and reducing delivery time.

Discuss your understanding of message queues such as RabbitMQ or Kafka and how they aid in building decoupled systems that enhance scalability. Share a project where you utilized event-driven architecture to enable real-time processing or communication between services.

Discuss optimization strategies such as database indexing, load balancing, caching, and conducting performance testing. Provide an example from your experience where performance optimization had a significant impact on application efficiency.

Define containerization and explain how it encapsulates an application and its dependencies into a portable format. Discuss the advantages it brings, such as ensuring consistency across environments, ease of scaling, and improving deployment speed.