Senior Software Engineer (Frontend), Internal Tools

As a Senior Software Engineer (Frontend) at Justworks, your primary responsibilities will include building, testing, and maintaining API-driven user interfaces that support our PayTax operations teams. You will also work on creating user-friendly experiences by breaking down complex workflows, engage in project planning, and troubleshoot issues as they arise. Additionally, you will have the opportunity to mentor fellow engineers and promote best practices across the team.

To qualify for the Senior Software Engineer (Frontend) role at Justworks, candidates should have a minimum of 5 years of experience in full-stack web development, particularly with JavaScript and frameworks like React and NodeJS. A strong attention to detail, an entrepreneurial mindset, and the ability to work collaboratively within an Agile/Scrum environment are also essential for success in this role.

The Senior Software Engineer (Frontend) at Justworks will be using a variety of technologies, including JavaScript and React for frontend development, as well as NodeJS and Fastify for API integration. Other tools in our tech stack include Tailwind, Vite, Storybook, and Docker, allowing you to create and maintain efficient and scalable applications.

At Justworks, the work environment is collaborative, casual, and supportive, fostering growth and learning. As a Senior Software Engineer (Frontend), you will find yourself among like-minded professionals committed to solving real-world problems while enjoying a culture that values diversity and inclusion. Regular team activities and retreats further enhance the sense of community within the company.

Justworks supports the professional growth of its employees, including Senior Software Engineers (Frontend), through mentorship programs, opportunities for technical leadership, and a commitment to sharing knowledge. You'll be encouraged to participate in ongoing education, engage in project planning, and take on challenges that enhance your skills in building impactful software solutions.

Absolutely! When discussing your experience with JavaScript, focus on specific projects where you implemented JavaScript-driven functionalities. Highlight your familiarity with frameworks like React and NodeJS, detailing how you overcame challenges, optimized performance, and improved user interfaces. Discuss your approach to problem-solving and how you collaborated with teams to deliver impactful solutions.

When designing user interfaces, I prioritize understanding user needs by gathering feedback and data. I start with wireframes and prototypes to map out functionalities, ensuring simplicity and accessibility. Validating my designs through usability testing helps refine the user experience, aligning features with user goals while maintaining product objectives. Collaboration with stakeholders is also key to ensuring their insights guide the design process.

To effectively troubleshoot software issues, I first replicate the problem to understand its context. I utilize debugging tools and logs to trace errors, isolating variables to pinpoint the source. Engaging with the team also helps gather diverse perspectives on complex issues. Additionally, I document findings thoroughly to not only resolve the current issue but also prevent similar problems in the future.

Certainly! I have participated in numerous Agile/Scrum teams, where I embraced the iterative development process. Daily stand-ups keep the team aligned, while sprint planning sessions help prioritize tasks based on business needs. I actively contribute during retrospective meetings to discuss what worked, what didn't, and how we can improve, fostering teamwork and a growth mindset throughout the project lifecycle.

Ensuring code maintainability and quality is vital for successful projects. I follow best practices in coding standards, including clear and consistent naming conventions, modular design, and comprehensive commenting. Code reviews and pair programming with peers further reinforce quality. Additionally, implementing automated testing and continuous integration helps catch issues early and maintain a clean codebase throughout the project's evolution.

In one of my previous roles, I encountered a significant performance issue with an API that affected user experience. I conducted thorough profiling to identify bottlenecks, optimized queries, and refactored code to enhance efficiency. By implementing caching strategies and collaborating closely with team members for feedback, we significantly improved performance. This experience highlighted the importance of analytics and teamwork in addressing challenges.

My mentoring approach includes cultivating a supportive environment where junior engineers feel comfortable asking questions. I hold regular one-on-one sessions to discuss their challenges, while encouraging them to tackle real projects with guided autonomy. Sharing resources and involving them in code reviews helps build their skills, while celebrating their successes fosters confidence and growth.

I stay current by engaging with the tech community through blogs, online courses, and workshops. Regularly participating in webinars and attending conferences allows me to learn from industry experts and network with peers. I also prioritize experimenting with new technologies and methodologies within my projects, applying what I learn to continuously enhance my development practices and contribute to my team's success.

Handling conflicting priorities begins with effective communication with stakeholders to assess the impact and urgency of each task. I utilize tools like Kanban boards to visualize workflows, allowing me to reprioritize tasks efficiently. By fostering collaboration within the team, we can strategize solutions that align with overall project goals while maintaining flexibility for unexpected challenges.

Building a successful product hinges on clear requirements from the outset, involving continuous collaboration among all stakeholders, including users and engineers. Iterative development allows for regular feedback and adjustments based on user testing. Prioritizing scalability and maintainability in the architecture ensures that the product can evolve over time while meeting user needs and business objectives.