Front End Software Development Engineer
Posted Updated
- UTA seeks an experienced Software Development Engineer - Front End who will be responsible for developing, designing, and maintaining web applications using the latest front-end technologies
- You will work closely with our design and development teams to create innovative and user-friendly web applications, with a focus on continuous testing, mobile experience, and cloud technologies
- Develop new user-facing features using React.js/Next.js and Tailwind CSS to create responsive and efficient web applications that are optimized for web and mobile
- Build reusable components and front-end libraries that can be utilized in future projects to streamline development and ensure consistent design
- Collaborate with the design and development teams to implement and maintain the website design, ensuring the technical feasibility of UI/UX designs
- Optimize web applications for maximum speed and scalability, ensuring the best possible user experience
- Work with back-end developers to integrate APIs and web services, utilizing RESTful APIs and other relevant technologies to build efficient and robust front-end applications
- Stay up to date with emerging trends and technologies in web development, with a focus on mobile experience, cloud technologies, and GraphQL
- Perform continuous testing, utilizing tools such as Storybook, Cypress, and Jest, to ensure high-quality code and efficient testing practices
- Experience with Netlify and cloud technologies, such as AWS or Google Cloud Platform
- Familiarity with web markup, including HTML5, CSS3, and JavaScript
- Experience with GraphQL is a plus
- Bachelor’s degree in Computer Science, Engineering, or a related field
- Mobile development experience, with a focus on responsive design and mobile optimization
- Minimum of 5 years of proven experience in React.js, Next.js, and Tailwind, with a deep understanding of front-end development best practices
- Experience with Storybook, Cypress, and Jest, ensuring high-quality code and efficient testing practices