Senior Frontend Engineer (Core Accounting)

As a Senior Frontend Engineer at Puzzle, your primary responsibilities include collaborating with product and design teams to deliver core financial and user growth features, building complex user interfaces to optimize user interaction with financial data, and contributing to shared libraries across the frontend codebase. You'll also work with full stack and backend engineers to ensure seamless feature flows and provide crucial support and independent reviews of teammates’ work.

To qualify for the Senior Frontend Engineer position at Puzzle, you should have at least 6 years of experience in software engineering. Proficiency in modern front-end frameworks, specifically React, TypeScript, and Next.js, is crucial. Experience with REST and GraphQL APIs, as well as a general understanding of database design and analytics, will further enhance your fit for this role. Familiarity with design thinking methodology in UI development is also highly valued.

Senior Frontend Engineers at Puzzle primarily work with modern front-end development frameworks and tools, including React, TypeScript, and Next.js. Additionally, familiarity with REST and GraphQL APIs is beneficial as you will need to interface with these technologies regularly to enhance the user experience.

Yes, startup experience is considered a plus for the Senior Frontend Engineer role at Puzzle. Working in a startup environment often requires versatility and adaptability, which are essential traits for thriving in our dynamic and rapidly evolving setting where innovation is a driving force.

As a Senior Frontend Engineer at Puzzle, you will enjoy a competitive base pay along with meaningful equity, comprehensive health benefits including dental and vision coverage, a flexible PTO policy, and significant budgets for home office setup and learning and development. The company also offers a 401K plan to help you save for the future, which all adds to a rewarding work experience.

When building complex user interfaces, I start by ensuring that I have a clear understanding of user requirements and the overall experience we aim to create. Then I break down the UI into manageable components, focusing on reusability and scalability. I emphasize collaborating closely with designers to align on aesthetics and functionality, employing best practices like responsive design and accessibility to enhance user interaction.

React is a core part of my frontend development toolkit, and I appreciate its component-based architecture for building interactive UIs. I utilize React’s state management features and lifecycle methods to streamline application performance. When developing a project, I typically start with wireframes and prototype layouts, using React to translate these ideas into functional components, ensuring efficient data flow and user experience.

I prioritize open communication and regular check-ins with backend teams throughout the development process. Establishing shared documentation about API endpoints and data structures is crucial. I also advocate for joint planning sessions to ensure all parties understand the workflows and dependencies, fostering an environment of collaboration and mutual support.

To optimize application performance, I focus on several strategies. These include lazy loading components to decrease initial load time, minimizing API calls by batching requests, and employing efficient state management techniques. Additionally, I regularly employ profiling tools to identify bottlenecks in performance and refactor code as necessary to enhance speed and responsiveness.

Staying updated with new technologies in frontend development is pivotal for my growth. I regularly participate in webinars, online courses, and programming communities. Subscribing to industry newsletters and following reputable blogs allows me to learn about the latest frameworks and trends. Networking with peers is also beneficial, as it gives me insights and perspectives from other developers in the field.

User feedback is incredibly important when developing UI features. It provides invaluable insights into how users interact with the application, highlighting pain points and areas of confusion. I actively solicit feedback through user testing sessions and surveys, and I leverage this data to refine and improve the user experience continually.

I have extensive experience working with both REST and GraphQL APIs. With REST, I appreciate the structured and straightforward nature of endpoint management, while GraphQL allows more flexibility by enabling clients to request only the data they need. In recent projects, I often opt for GraphQL for its efficiency and customization capabilities, particularly when managing complex data interactions.

Design thinking plays a critical role in my development process as it emphasizes user-centric design. I integrate design thinking by starting with empathy, engaging with users to understand their needs and challenges, and iterating on solutions through brainstorming and prototyping. This approach ensures that the final product is not only technically robust but also meets the users' expectations.

When troubleshooting frontend applications, I adopt a systematic approach: I first replicate the issue to understand its context, then use debugging tools to pinpoint the source of the problem. I look at the Console and Network tabs to assess if there are any scripting errors or failed network requests. Collaboration with team members can also bring fresh insights into finding effective solutions.

When designing shared libraries and components, I consider reusability, maintainability, and ease of integration. I ensure that components are modular and follow consistent naming conventions and patterns. Documenting how they should be used and offering clear separation of concerns makes it easier for other developers to utilize them effectively, enhancing the overall codebase quality.