about 5 hours ago

Full Stack Engineer

Los Angeles, California, United States

$164,000-$178,000 / year

full-timesenior HybridElectronics Design Automation (EDA)

Tech Stack

+5

Description

You will build and ship product experiences for hardware engineers, working across a modern stack from frontend to backend. Collaborate with product, design, and engineering teams to deliver elegant, performant, and scalable solutions in a fast-moving autonomous environment.

Requirements

  • 5-12 years of professional software engineering experience with a demonstrated track record of shipping production-grade products
  • Bachelor's degree in Computer Science or related field
  • Strong foundation in TypeScript and React
  • Experience working with design systems such as Ant Design, Material UI, or similar
  • Backend experience with Node.js, NestJS, and GraphQL
  • Experience working with PostgreSQL and ORMs such as TypeORM or Prisma
  • Strong architectural thinking and ability to design scalable systems
  • Excellent written and verbal communication skills
  • Comfort operating in autonomous, fast-paced environments
  • A product mindset with the ability to navigate the full feature lifecycle

Responsibilities

  • Feature Ownership: Decompose product requirements into well-structured tasks and own delivery from concept through production release.
  • Full Stack Development: Build across our stack (TypeScript, Node.js, NestJS, React, Apollo GraphQL, PostgreSQL, AWS) to deliver scalable, high-quality software.
  • Cross-Functional Collaboration: Partner with product and design teams to translate user needs into thoughtful, intuitive, and performant experiences.
  • End-to-End Thinking: Architect, implement, test, deploy, and measure features with a focus on long-term maintainability and system integrity.
  • Experimentation Analytics: Instrument features using PostHog, run experiments, analyze real user data, and iterate based on measurable outcomes.
  • AI-Driven Engineering: Leverage modern AI development workflows to increase velocity, structure context effectively, and deliver production-ready systems.
  • Continuous Improvement: Identify opportunities to refine architecture, improve performance, and scale systems while maintaining engineering excellence.
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