As a Software Engineer II at UiPath, you will be tasked with developing new features for the core hyperautomation platform, specifically focusing on UiPath Studio. Your responsibilities include designing, building, and maintaining high-quality code, as well as troubleshooting and resolving application performance issues. You will also be involved in writing automated end-to-end tests to ensure the reliability and efficiency of our software.

To qualify for the Software Engineer II position at UiPath, you are expected to have a minimum of 4 years of experience with C# and a solid understanding of object-oriented programming and architectural design patterns. Familiarity with multithreading and asynchronous programming is important, as well as knowledge of basic data structures and algorithms. Additionally, while it is nice to have experience with other programming languages like C++, Rust, or Java, the willingness to learn is equally valued.

UiPath is committed to fostering an inclusive and welcoming work environment. We respect diverse backgrounds and experiences, and offer equal opportunities to all applicants regardless of various classifications including age, gender, and disabilities. We also provide reasonable accommodations for candidates upon request, ensuring that everyone feels valued and empowered to contribute to our mission.

As a Software Engineer II at UiPath, you will work with a wide array of technologies, particularly focusing on enhancing the functionality of UiPath Studio. This includes technologies related to integrated development environments, and potentially Windows Presentation Foundation among others, depending on the projects you engage with.

Yes! UiPath offers flexible working arrangements, and the role of Software Engineer II can accommodate hybrid, office-based, or remote work depending on your team's needs. We believe in a work-life balance that helps our employees thrive both personally and professionally.

When answering this question, focus on highlighting specific projects where you've utilized C#. Discuss any frameworks or libraries you used, problems you encountered, and how you solved them. Share examples that illustrate how your C# skills contributed to the success of the project and enhanced the application's performance.

Explain your methodical approach to troubleshooting, including how you identify issues, use logging and monitoring tools, and conduct tests to isolate problems. Provide an example where you've effectively resolved a bug, detailing the steps taken from diagnosis to the final implementation.

In answering this question, define object-oriented programming and its main principles: encapsulation, inheritance, polymorphism, and abstraction. Give practical examples of how you've applied these principles in your coding practices to create efficient and modular code.

Describe the strategies you use to maintain code quality, such as code reviews, adhering to coding standards, and utilizing automated testing tools. You can also mention the importance of documentation and comments for improving organization, especially in team settings.

Address the concept of multithreading and how it allows concurrent execution of code. Discuss the advantages, such as improved performance and responsiveness, and mention potential issues, such as race conditions, explaining how you mitigate these in your projects.

Use this opportunity to showcase your adaptability. Discuss the language or technology, the resources you used, and how you applied your learning in a project. Highlight your enthusiasm for learning and how it contributes to being effective in a fast-paced development environment.

Outline your design process, starting with requirements gathering and analysis, then moving onto creating a blueprint or architecture plan. Mention how you prioritize user experience while ensuring the feature aligns with technical constraints and overall application performance.

Explain the automated testing methods you are familiar with, such as unit testing, integration testing, or end-to-end testing. Discuss the tools you've used (like NUnit or Selenium) and how automated tests have helped you maintain software stability and reduce regression issues.

Discuss your time management techniques, such as setting milestones, breaking projects into manageable tasks, and prioritizing effectively. Sharing a real-world example where you successfully met project deadlines could add credibility to your response.

Share your strategies for keeping up-to-date, such as following tech blogs, attending webinars, or participating in online courses. Mention any recent trends you’ve become aware of that could benefit your role, demonstrating your commitment to continuous learning.