Senior Software Engineer

As a Senior Software Engineer at Quest Analytics, your primary responsibilities include contributing to the design and architecture of our platforms, scaling those platforms, and developing new features. You'll also research and implement novel algorithms to solve complex problems, create tooling for process automation, and work closely in a collaborative setting to ensure high-quality software delivery that aligns with our mission of enhancing healthcare access.

To qualify for the Senior Software Engineer position at Quest Analytics, candidates should possess a bachelor’s degree in Computer Science or a related field, along with at least 7 years of relevant software development experience, particularly with Microsoft’s .NET Framework. Proficiency in C#, SQL, cloud development (preferably Azure), and experience with frontend technologies are essential. Familiarity with Agile processes and a strong ability to communicate effectively in collaborative environments are also desired.

A Senior Software Engineer at Quest Analytics should have a strong command of C# and asynchronous programming techniques. Experience with SQL Server, Dapper or Entity Framework, and NoSQL databases like MongoDB is crucial. Familiarity with Azure cloud services, REST API development, and frontend technologies such as HTML, CSS/Sass, and JavaScript frameworks (preferably React) is also important for success in this role.

At Quest Analytics, we foster an entrepreneurial culture that prioritizes personal and professional growth. As a Senior Software Engineer, you will have the flexibility to tailor your work environment—whether that’s remote, hybrid, or in-office. We encourage ongoing learning, collaboration, and innovation, ensuring every team member is valued and their contributions recognized. Additionally, with competitive salaries and success-sharing bonuses, we invest in your future.

The team environment at Quest Analytics is dynamic, collaborative, and supportive. Engineers work across various stacks and disciplines, actively exchanging ideas and collaborating on projects. You’ll find that all team members are encouraged to take ownership of their work and contribute meaningfully to the broader mission of our company. This culture of open communication and respect makes it a great place for engineers to thrive.

In responding to this question, you should highlight your proficiency with the .NET Framework, mentioning specific projects where you've utilized C# and asynchronous programming. Discuss your approach to performance optimization and how you've used tools such as Dapper and Entity Framework to enhance application performance.

When discussing REST API design, emphasize your understanding of the principles of RESTful architecture, including statelessness and resource-based interactions. Mention any relevant experience you have with designing and building secure, scalable APIs, and highlight how you've handled versioning, error handling, and documentation.

To answer this question, outline the techniques you've employed for optimizing SQL performance, such as indexing strategies and query plan analysis. Discuss specific instances where you successfully improved application performance by fine-tuning the database layer and how you ensure database efficiency while working with large datasets.

Here, share a specific example where your collaboration and input significantly impacted a project. Describe your role in planning sprints, how you prioritized tasks, and how you supported your team members. Highlight the importance of adaptability and open communication in achieving project goals within Agile frameworks.

In your response, discuss methodologies such as code reviews, unit testing (mention XUnit if applicable), and adherence to SOLID principles. Explain how implementing these practices has allowed you to deliver high-quality code consistently and what tools you use to enforce quality standards.

When addressing this question, explain your familiarity with Azure services such as Functions, Event Grid, and Blob Storage. Provide examples of projects where you’ve architected or integrated these technologies into solutions, focusing on the advantages they offered and the challenges you overcame.

Detail your methodology for initiating a software project, including requirements gathering, creating an architecture draft, and establishing a timeline. Explain how you involve stakeholders early in the process and illustrate your adaptability to changing requirements as the project progresses.

Discuss your proactive approach to continuous learning, such as following industry-leading blogs, participating in forums, attending webinars or conferences, and perhaps even completing online courses. Emphasize why lifelong learning is important in the technology space.

Provide a specific example of a challenge, detailing the context, your approach to solving it, and the final outcome. Highlight teamwork and communication as key factors in overcoming obstacles, and any lessons learned from the experience.

In your response, share your passion for building impactful software that solves real-world problems, like enhancing healthcare access. Talk about the satisfaction that comes from collaborating with talented colleagues and driving innovations that make everyday tasks easier for users.