Ideas only change the world when you build them at scale. That’s what Dryft is here for.
Dryft builds models that automate complex human decisions in manufacturing operations. We capture the knowledge of experienced operators across supply chain, production planning, engineering and more, simulate the consequences of their decisions, and use this understanding to help run their business. Our customers include some of the largest robotics, machine and component manufacturers in the world.
We’re a small, talent-dense team with modest roots and a love for the physical world: cars, machines, planes. Our team includes graduates from Stanford, Berkeley, CDTM and TUM, winners of Stanford TreeHacks, recipients of Fulbright & Haniel scholarships, and people who have built everything from robots and race cars to software with millions of downloads.
What matters more to us than credentials is how people work: humility, hard work, speed, kindness, deep customer care, and a willingness to take on problems others avoid. Working at Dryft is hard. You get unusual ownership early on, with real responsibility. But that’s also what makes it one of the biggest learning experiences of your life.
We’re backed by founders and operators behind some of the most legendary tech companies of our time, Tier-1 U.S. venture firms, and board members of global industrial companies.
ERPs ran the physical world for half a century. Dryft is building the intelligence layer that will power the next.
As a Full-Stack Engineering Intern, you'll build the system that decides how some of the largest manufacturers in the world operate. That means combining agent-based reasoning with mathematical optimization and simulation on large-scale industrial data.
You'll own your own features from day one, and what you ship decides what a plant does next week.

Dryft builds artificial intelligence that mimics, optimizes, and automates complex human decisions in manufacturing operations.
We use a combination of AI agents & mathematical optimization to build what comes after ERPs: systems that think, act, and adapt autonomously across manufacturing operations.