AI-Driven Full-Stack Engineer — End-to-End Platform

LearnVector Inc.; Mountain View (CA); On-site; USD 180,000 - 240,000; Full time

Job summary

LearnVector Inc. in Mountain View, CA is hiring an engineering leader to build our AI-powered learning platform end to end. You will shape the architecture early and own major components spanning frontend, backend, data, and deployment, delivering scalable AI-driven experiences.

You will ship daily alongside a small, fast-moving team including Andrew Ng, focusing on observability, testing, and reliable system design in a high-growth environment.

Qualifications

• AI-native approach in day-to-day work.
• 4+ years building and shipping production web applications end to end.
• Strong TypeScript/JavaScript skills and modern web frameworks (React/Next.js).
• Solid backend engineering (Node or Python) and API design.
• Experience integrating LLM APIs into products and streaming experiences.
• Ability to make architecture calls under uncertainty and explain reasoning.

Responsibilities

• Build the product end to end: frontend, backend, data layer, and deployment.
• Make foundational architecture decisions and revisit them as needed.
• Build serving layer for AI-driven experiences with streaming responses and memory state.
• Set engineering standards: testing, CI, observability, and safe trade-offs.
• Ship daily alongside a founding team, including Andrew Ng, with direct exposure to product decisions.

Skills

AI-native

Production web apps

TypeScript/JS

Backend engineering

LLM APIs

Architectural judgment

Tools

React/Next.js

Node

Python

SQL

Job description

LearnVector Inc. in Mountain View, CA is hiring an engineering leader to build our AI-powered learning platform end to end. You will shape the architecture early and own major components spanning frontend, backend, data, and deployment, delivering scalable AI-driven experiences.

You will ship daily alongside a small, fast-moving team including Andrew Ng, focusing on observability, testing, and reliable system design in a high-growth environment.