.Net Fullstack Developer

The .Net Fullstack Developer is tasked with end-to-end design and development of modules in our Unified Endpoint Management product, ensuring robust performance through code refactoring and optimization while collaborating with cross-functional teams.

A .Net Fullstack Developer at our company should be proficient in C#, .Net, RESTful APIs, ASP.NET MVC, SQL Server, and have experience with UI technologies like Angular to effectively contribute to our projects.

Candidates for the .Net Fullstack Developer position should hold a Bachelor's or Master's degree in computer science or a related field, with 3 to 12 years of experience in enterprise application development, along with strong coding skills and knowledge of testing methodologies.

Our company emphasizes clean, maintainable code through best practices like code refactoring, unit testing, and integration testing for all deliverables, ensuring high-quality software output.

As a .Net Fullstack Developer, you can expect ample opportunities for professional growth, access to the latest technologies, and a collaborative environment that fosters learning beyond the projects you work on.

While not mandatory, experience with cloud platforms like AWS and Azure is a valuable asset for a .Net Fullstack Developer in our company, as it aligns with modern enterprise application development practices.

Teamwork is essential for .Net Fullstack Developers in our company, as you'll collaborate with cross-functional teams to understand project requirements and ensure effective communication for successful deliverables.

To ensure quality and reliability, I implement best practices like code reviews, write comprehensive unit and integration tests, and continuously refactor the codebase to maintain optimal performance.

I have extensive experience working with C# and .NET, developing applications that leverage object-oriented programming principles, and I consistently focus on writing robust and maintainable code.

My approach involves first reproducing the issue to understand its context, using debugging tools to trace the execution of code, and then analyzing logs and error messages to identify the root cause.

I communicate openly with stakeholders when requirements change, ensuring that I understand the implications and adjust project timelines and scope accordingly to maintain delivery quality.

I have utilized unit testing frameworks like Xunit and MSTest extensively to create thorough test cases that not only validate my code during development but also safeguard against future regressions.

I prioritize open communication and set up regular check-ins with cross-functional teams to ensure alignment on project goals, gather feedback, and work together to address challenges.

I adopt a proactive approach to learning, leveraging online resources, participating in workshops, and collaborating with colleagues to explore and implement new technologies effectively.

Code optimization is critical for maintaining application performance. I regularly review and refactor code to enhance efficiency, ensure scalability, and improve maintainability for future updates.

In a recent project, I tackled a complex data migration challenge, where I created a streamlined process that minimized downtime and ensured data integrity while transitioning to a new system.

I am familiar with several design patterns, including Singleton, Factory, and Repository patterns. I apply these patterns to create scalable and maintainable architectures that facilitate easier testing and code management.