Senior Full Stack Software Developer- Urgently Hiring

The Senior Full Stack Software Developer at LawnStarter is responsible for building and maintaining high-quality web applications. This role involves collaborating with product and design teams to implement features efficiently, developing responsive and accessible code, and mentoring junior developers. Additionally, you'll engage in continuous integration and delivery practices to ensure timely software deployment.

To qualify for the Senior Full Stack Software Developer position at LawnStarter, you should have over 5 years of experience in full-stack development, particularly with modern frameworks like React. A strong foundation in SQL and understanding of key computer science concepts is essential, though a formal CS degree is not mandatory. Familiarity with PHP, Laravel, and TypeScript is a plus.

At LawnStarter, we prioritize your professional development. As a Senior Full Stack Software Developer, you'll have opportunities to mentor junior developers, participate in daily releases, and influence project decisions. We cultivate an environment where your ideas are valued, allowing you to grow alongside the team and potentially transition into a Lead Engineer role within six months.

Yes! The Senior Full Stack Software Developer role at LawnStarter is fully remote, offering flexibility to work from anywhere. We embrace a remote-first culture, enabling you to balance your professional and personal life while contributing to our dynamic team.

As a Senior Full Stack Software Developer at LawnStarter, you will primarily work with PHP (Laravel) and TypeScript (React/React Native). We're adaptable, so if you have experience with any mainstream object-oriented language and strong engineering fundamentals, you'll find it easy to adapt to our tech stack.

To ensure code quality, I follow best practices, including Test Driven Development (TDD) and peer code reviews. I use automated testing tools and continuous integration to catch issues early. It’s also essential to solicit feedback and iterate on my work based on user experiences.

MVC, or Model-View-Controller, is an architectural pattern that separates an application into three interconnected components. In web development, it helps manage complexity by isolating business logic, user interface, and user input handling. This separation allows for easier maintenance, scalability, and collaboration.

To optimize web application performance, I implement caching strategies, minimize HTTP requests, and leverage CDNs for static assets. I also focus on minimizing load times by optimizing images and using lazy loading techniques. Additionally, proper database indexing is crucial for enhancing data retrieval speed.

I have experience implementing responsive design through CSS frameworks and media queries to ensure a seamless experience across devices. For accessibility, I prioritize semantic HTML, ARIA roles, and keyboard navigation, ensuring that all users, including those with disabilities, can effectively interact with the application.

To handle conflicts within a project team, I believe in open communication and active listening. I encourage team members to express their concerns and work collaboratively to find a consensus. If necessary, I suggest involving a neutral party to mediate, ensuring a positive outcome for the team and project.

I stay current by dedicating time each week to explore new technologies and frameworks through online courses, coding challenges, and community forums. I believe in hands-on practice, so I often create personal projects to apply what I learn, which helps reinforce my understanding of new concepts.

I prioritize features based on user feedback, impact on project goals, and technical feasibility. I collaborate with Product Management and Design teams to determine which tasks will deliver the most value to users while ensuring that we stay aligned with project timelines.

In a recent project, I faced significant performance issues with a web app. By profiling and identifying bottlenecks, I optimized critical functions and implemented better caching mechanisms. As a result, page load times improved by 50%, leading to increased user satisfaction and engagement.

Key considerations for database design include normalization to remove redundancy, choosing appropriate data types, and indexing for performance. Regularly analyzing query performance helps identify slow queries, allowing for optimization. It's also essential to plan for scalability as the application grows.

I’m excited about the opportunity at LawnStarter because of its innovative approach to home services and its commitment to creating impactful solutions for users. The chance to work with a talented team in a fully remote environment aligns with my professional goals and lifestyle, making it a perfect fit.