Principal Engineer - Web Application Development
Autodesk · San Francisco, CA
About this role
Autodesk is hiring a principal-level Software Engineer based in San Francisco, CA. The posting calls out experience with JavaScript, TypeScript, React, Angular. Compensation is listed at $139,000–$249,260 per year.
- Role
- Software Engineer
- Function
- software engineering
- Level
- principal
- Track
- Tech leadership
- Employment
- Full-time
- Location
- San Francisco, CA
- Posted
- May 18, 2026
More roles at Autodesk
Job description
from Autodesk careersJob Requisition ID #
Position Overview
We are seeking a Principal Software Engineer to lead the evolution of our Web Platform Engineering capabilities. This role is responsible for shaping the architecture, performance, scalability, and developer experience of the foundational web platform that powers our applications.
As a technical leader, you will drive strategic initiatives across frontend infrastructure, platform services, and developer tooling, enabling product teams to build high-quality, performant, and reliable web experiences at scale.
Responsibilities
Technical Leadership & Strategy:
Define and drive the long-term vision for the web platform architecture
Lead cross-team initiatives to standardize frontend architecture, frameworks, and best practices
Act as a technical advisor to engineering leadership on platform investments and tradeoffs
Influence roadmap decisions to improve scalability, performance, and maintainability
Platform Architecture & Development:
Design and evolve core platform components (e.g., design systems, shared libraries, build systems, CI/CD pipelines)
Establish patterns for micro-frontends, modular architectures, and API integrations
Ensure high standards for performance, accessibility, security, and reliability
Lead critical system design discussions and provide architectural guidance
Developer Experience (DX):
Champion improvements to developer productivity and onboarding
Build and maintain tools, frameworks, and workflows that enable fast, consistent development
Reduce friction in testing, debugging, deployment, and observability
Cross-Functional Collaboration: