About the role

The Problem

Our models today are proposing new materials and synthesis recipes faster than any lab on earth can validate them. Many of these materials and recipes are dead ends, but a few are genuinely interesting and could lead to a novel breakthrough.

The role

As a Founding Computational Materials Engineer at Discovered Materials, you will:

Model the effect of surfaces, interfaces, grain boundaries, defects on material properties
Build finite element simulations to predict the impact of material properties on overall device performance.
Develop computational methods that that guide and validate synthesis recipes.

You will thrive here if:

You've built models of complex systems and validated them against real data
You’re comfortable with simulations across length scales, atomistic to continuum finite element models.
You enjoy working with fast-paced, ambitious teams and on problems with no written playbook

Our mission

Chips today are at least 10,000x less power efficient than the human brain. We believe new materials can close that gap, and we intend to do so by accelerating material discovery.

About Discovered Materials

At Discovered Materials, we build AI agents that discover new materials for semiconductor chips.

AI chips have major power and heat problems, which is why datacenters consume unsustainable amounts of power and water today. Both the amount of power required and heat generated are influenced by the materials used to make chips. Today's materials are at their limit, and we want to bring in an order of magnitude of improvement by using new ones.

We are backed by a $9M seed round led by Lightspeed, with participation from Y Combinator and angels like Paul Graham, Gokul Rajaram and Thariq Shihipar.