Software Engineer III-React, Node, SQL JavaScript

As a Software Engineer III at LexisNexis Risk Solutions, your primary responsibilities will include developing and maintaining React applications, creating custom hooks for routing, using Passport.js for route protection, and working extensively with state management solutions like Redux. You'll also engage in writing and reviewing technical specifications and collaborating closely with team members to address product requirements, implementing coding best practices throughout the process.

Candidates applying for the Software Engineer III role at LexisNexis Risk Solutions should have a solid background in JavaScript UI libraries such as MUI or Ant Design, and be proficient in CSS. Additionally, experience in server-side development using Node.js, Express.js, and MySQL is essential. Familiarity with containerization using Docker, the development processes, and methodologies like Agile will greatly enhance your application.

In your role as Software Engineer III at LexisNexis Risk Solutions, you will primarily work with technologies such as React, Node.js, Express.js, and SQL databases including MySQL. You will also utilize tools for state management, server-side development, and modern development frameworks to create robust applications and manage data in the HPCC Systems platform.

The work environment for Software Engineers at LexisNexis Risk Solutions is collaborative and supportive, where diverse perspectives are valued and innovation is encouraged. You'll work alongside a talented team in various development environments, integrating key technologies and methodologies such as Agile and Waterfall, while also having the opportunity to engage in regular code reviews and collaborate with technical staff for enhanced productivity.

LexisNexis Risk Solutions offers a comprehensive benefits package for employees in the Software Engineer III role, which includes health care for you and your family, retirement plans with company matching, wellness programs, and generous leave policies. The company also prioritizes employee well-being, offering resources and support for a balanced work-life experience.

When developing a React application, I begin by clarifying the requirements and architecture needed. I commonly use tools like Create React App for initialization, Redux for state management, and React Router for navigation. I prioritize a modular approach, breaking the UI into reusable components that can be tested and collaborated on effectively within the team.

In a React application, I would typically leverage either Redux or React Context for state management. I would ensure that state is centralized and accessible across different components, which allows for easier management of complex states. Additionally, I would create dispatch actions and reducers when using Redux, ensuring that the application remains predictable and manageable as it grows.

I have a strong background in unit testing React components using libraries such as Jest and React Testing Library. My approach is to write test cases that validate props, state changes, and user interactions, ensuring that components behave as expected. Additionally, I advocate for covering both positive and edge cases to ensure robust application quality.

To maintain code quality in a team setting, I advocate for regular code reviews and the use of linting tools to enforce code standards. I also emphasize the importance of maintaining clear documentation and utilizing best practices in coding, which helps create an accountable and high-performing environment where team members can learn from each other.

My back-end development experience includes constructing APIs using Node.js and Express.js, with a strong emphasis on database interactions through MySQL or MongoDB. I have used ORM frameworks like Sequelize to facilitate database operations and ensure modular code design. I also understand the importance of building RESTful services and securing them with authentication strategies, such as JWT.

I stay updated on the latest technologies and trends in software development through various channels, including attending industry conferences, participating in webinars, and engaging in online communities like GitHub and Stack Overflow. I also subscribe to tech blogs and follow influential developers to glean insights and incorporate new techniques into my work.

When containerizing applications with Docker, I follow best practices such as building small, focused images and leveraging layers effectively to keep the image size minimal. I ensure to include only necessary dependencies in the container and manage sensitive data using Docker secrets. Additionally, I utilize Docker Compose to define multi-container applications, which facilitates the overall development and deployment process.

I have extensive experience working in Agile environments, participating in daily stand-ups, sprint planning, and retrospective meetings. I appreciate the iterative approach of Agile, which allows for quick adjustments based on stakeholder feedback, and I embrace tools like JIRA for tracking progress and managing our workflow effectively.

When faced with technical challenges, I adopt a problem-solving mindset and break down the issue into manageable components. I leverage online resources, collaborate with colleagues, and conduct thorough research to gain additional insights. Documenting the challenges and how I resolve them afterwards helps me and the team learn and prevents similar issues in the future.

Collaboration is pivotal in software development, as it fosters creativity and innovation. Engaging with diverse perspectives allows us to identify and solve problems effectively. I believe in maintaining open lines of communication, utilizing collaboration tools like Slack, and encouraging team brainstorming sessions to enhance project outcomes and build strong team dynamics.