Full-stack developer

Overview

Location:
California, Burbank (Hybrid role – 3 days on-site)

• Build end-to-end software solutions using modern programming languages and frameworks
• Architect scalable, robust systems with a focus on long-term maintainability and performance
• Drive the full software development lifecycle—from initial concept and rapid prototyping to production deployment and continuous improvement
• Work closely with cross-functional pods to understand challenges and problem solve technology-driven solutions, often working with uncertainty and/or partial information
• Embrace agile practices by iteratively refining user stories through collaboration with product owners, designers and data scientists to ensure that every release delivers on business user expectations
• Actively engage in discussions to break down user stories into meaningful, value-driven slices that reflect true end-to-end functionality
• Drive continuous improvement of our engineering practices to ensure that every release meets high quality standards

• Write clean, efficient, and well-documented code with a strong emphasis on automated testing and continuous integration
• Monitor system performance, troubleshoot issues, and implement enhancements to ensure optimal performance
• Maintain and improve existing codebases, applying modern practices and tools to enhance functionality and security

• This developer embraces a continuous learning mindset—mastering AWS serverless, modern front-end frameworks, data analytics, and Dev Ops best practices while actively engaging in agile collaboration and adaptable, proactive problem-solving

• 5+ years of experience.
• Front-end Framework and Design Hand-off Tool experience
• 5+ years of experience. Front-End examples:
  React, Angular, or Vue.js. Design Hand-off Tool example:
  Figma Inspect
• Deep expertise in back-end frameworks
• 5+ years of experience. Example framework: (e.g. Spring Boot). Looking for those who focus on developing modular, maintainable microservices that interact via event-driven architectures (using AWS Lambda, SQS, Fargate, etc.)