Full Stack Developer - .Netcore + React JS

As a Full Stack Developer at ProArch, your key responsibilities include designing full-stack solutions based on business requirements, collaborating with teams in an agile environment, and leading feature delivery through hands-on development. You will mentor junior developers, engage in code reviews, and stay updated on emerging technologies to promote software excellence.

To qualify for the Full Stack Developer role at ProArch, candidates should have over seven years of experience in full-stack development, with expertise in React.js, C#, and .NET Core. Knowledge of SQL Server, Azure cloud services, and microservices architecture is essential, along with strong UX/UI design skills.

The Full Stack Developer at ProArch contributes to team projects by leading development efforts, participating in all stages of product development, and mentoring junior developers. They play a crucial role in fostering a culture of continuous learning and collaboration within the team, ultimately driving high-quality outputs.

Full Stack Developers at ProArch work with a variety of technologies including React.js for frontend development, ASP.NET Core and C# for backend services, and Azure cloud services for deploying scalable applications. Familiarity with SQL Server and automated testing frameworks is also advantageous.

Absolutely! At ProArch, we encourage ongoing professional growth for our Full Stack Developers. You’ll have opportunities to work on innovative projects, mentor others, and stay updated on emerging technologies, all while fostering a culture of learning within our collaborative team environment.

When answering this question, highlight specific projects where you utilized React.js. Discuss your role, the challenges faced, and how you overcame them. Emphasize your understanding of componentization, state management, and performance optimization.

Share your systematic approach to problem-solving, which might include analyzing the issue, researching possible solutions, and iterating on your approach until resolution. Give examples from past experiences to illustrate your methodology.

Discuss your experience with SQL Server, focusing on database design, writing efficient queries, and your understanding of stored procedures. Mention how you've previously optimized database performance and any tools you used in the process.

When responding, explain that .NET Core is the cross-platform, open-source version of .NET that's optimized for cloud-based environments, while .NET Framework is Windows-only and intended for existing applications. Highlight the performance and deployment benefits of .NET Core.

Discuss the Azure services you have worked with, such as Azure App Services, Azure Functions, or SQL Database. Provide examples of how you've integrated these services into projects and the benefits they brought to the application.

Talk about your familiarity with modern security practices, such as OAuth and OpenID Connect. Explain how you incorporate security throughout the development lifecycle and any experience you have with security audits and assessments.

Share your experiences of working within Agile teams, emphasizing your role in sprints, stand-ups, and retrospectives. Highlight how Agile methodologies improved your team's productivity and how you adapted to changing requirements.

Discuss your strategies for staying updated, such as following industry blogs, participating in developer communities, attending webinars or conferences, and contributing to open-source projects. The goal is to demonstrate your commitment to continuous learning.

Narrate a specific project where you encountered significant obstacles. Discuss your approach, collaboration with others, and the end results. Emphasize what you learned from the experience and how it shaped your development skills.

Detail your experience with building or integrating microservices, including the advantages and challenges. Discuss how you've utilized technologies like Azure Functions and message queues, and emphasize your understanding of service communication and scalability.