
Atomic Tessellator redefines velocity and scale in materials design, offering 700x faster materials simulations and access to over 5,500,000 structures from open-source materials databases. The platform provides high-performance computing with zero configuration, featuring complete infrastructure automation for GPU-accelerated workloads without system administration needs. Users can control a cluster from a single dashboard, optimize their idea flow by forking simulations, and test hypothesis permutations. It includes straightforward documentation accessible within the platform. Atomic Tessellator targets research-level capabilities with an intuitive UI and comprehensive documentation, suitable for academic researchers and enterprises seeking to integrate new materials technologies at scale or manage regulatory compliance and supply chain resilience. The business model includes Hosted Cloud, Dedicated Cloud, and On-Premise options.

Atomic Tessellator redefines velocity and scale in materials design, offering 700x faster materials simulations and access to over 5,500,000 structures from open-source materials databases. The platform provides high-performance computing with zero configuration, featuring complete infrastructure automation for GPU-accelerated workloads without system administration needs. Users can control a cluster from a single dashboard, optimize their idea flow by forking simulations, and test hypothesis permutations. It includes straightforward documentation accessible within the platform. Atomic Tessellator targets research-level capabilities with an intuitive UI and comprehensive documentation, suitable for academic researchers and enterprises seeking to integrate new materials technologies at scale or manage regulatory compliance and supply chain resilience. The business model includes Hosted Cloud, Dedicated Cloud, and On-Premise options.
Remote, full-time
USD 100k-150k
About Atomic Tessellator
We are building a sovereign future by empowering companies and nations to achieve materials breakthroughs, enhance product performance, and secure supply-chain independence through the development of the most powerful first-principles simulation platform for engineering materials research.
We’re a seed-stage company with a headcount of five, and have been around for a little over a year. In this time, we have:
How we operate
About the role
The Atomic Tessellator platform is a virtual lab that lets us simulate almost anything there is to know about an engineering material's properties; i.e. we can predict its performance prior to any physical testing done in a lab. This is typically a field dominated by academia, who often aren't strong software engineers. We're challenging the field of computational materials science, which is usually synonymous with fortran, text on a terminal, and 500-page pdf documentation.
We're seeking a senior front-end developer to take full ownership and responsibility of our platform application's front-end. You'll have autonomy, the opportunity to grow and build something great with us.
https://pub-ce4990a8e6c246b9be128927492a3f25.r2.dev/at-pka.mp4
^ Here's an example of what our platform does. You're seeing a PKA ( primary knock-on atom effect) simulation on 50Å of tungsten inside a nuclear fusion reactor.
The application is built with Vue.js, Vite, Typescript, Pinia, Cytoscape.js, Chart.js, D3.js, Three.js, and WebGL.
Given you'll be taking ownership, we want to trust your judgment and do what you think is best. It'll be your codebase, and to your tastes and liking. We're not scared to tear things down and build them again. We compete on velocity.
To apply, please send your application to careers@atomictessellator.com. Include "Lead Engineer, Front-end" in the subject line of your email.