Frontend Web Software Engineer, NGC

About the role

As a Frontend Web Software Engineer for NVIDIA’s GPU Cloud (NGC), you will craft responsive, secure web interfaces that power the unified portal for NVIDIA’s cloud services. Working remotely, you’ll collaborate with product, UX, and backend teams to deliver high‑impact features using React and modern web technologies.

Responsibilities

• Design and implement key features such as identity management, billing, and subscription flows for the NGC portal.
• Shape the component architecture and development patterns for large‑scale React applications.
• Integrate AI‑assisted tools to improve code quality and development speed.
• Translate complex product requirements into clean, responsive user interfaces.
• Participate in the full product lifecycle, including planning, documentation, code reviews, and demos.
• Ensure robust testing and accessibility compliance across the application.

Eligibility

• Minimum five years of professional experience building medium‑to‑large frontend applications.
• Bachelor’s degree in Computer Science, Web Development, or a related discipline (or equivalent experience).
• Proven expertise with React.js or comparable frameworks (Vue, Angular, Svelte).
• Strong command of JavaScript, TypeScript, HTML5, and CSS3.
• Experience writing automated tests using tools such as Cypress, Jest, or Selenium.
• Ability to work collaboratively in a remote, cross‑functional environment.

Skills

• React (or similar modern JavaScript framework)
• TypeScript and modern JavaScript (ES6+)
• HTML5 & CSS3 with responsive design
• Build tools like Webpack
• Testing frameworks (Cypress, Jest, Selenium)
• Familiarity with cloud‑native concepts and Kubernetes

Benefits

• Competitive salary with equity participation.
• Comprehensive health, dental, and vision benefits.
• Access to NVIDIA’s employee assistance and wellness programs.
• Opportunities to work with cutting‑edge AI and cloud technologies.
• Inclusive and diverse workplace culture.
• Flexible remote work arrangement.