Who We Are
TetraScience is the Scientific Data and AI Cloud company with a mission to radically improve and extend human life. The world's leading pharmaceutical and biotech organizations use the Tetra Data Platform to make scientific data accessible, actionable, AI-ready, and compliant across the full R&D lifecycle.
Scientific data is uniquely complex. It comes from thousands of instruments, applications, assays, file formats, schemas, workflows, and organizations. TetraScience provides the infrastructure to collect, harmonize, govern, analyze, and activate that data so scientists and scientific builders can move faster with greater confidence.
We are building the platform layer for a new generation of scientific software: reusable scientific Functions, governed Data Resources, composable Workflow Manifests, and a Registry that makes scientific logic discoverable, versioned, auditable, and safe to reuse.
The Role
We are hiring a Software Engineering Technical Lead to help design and build TetraScience’s next-generation Primitives and Registry platform.
This is a deeply hands-on IC engineering leadership role. You’ll spend much of your time architecting, designing and writing code, designing APIs and data models, reviewing implementations, and operating distributed services. At the same time you’ll serve as technical lead for a small, high leverage platform team, shaping architecture, mentoring engineers, and helping turn ambiguous platform strategy into reliable software.
This role sits at the intersection of developer platforms, data contracts, workflow systems, and product engineering. You will design and build the systems that enable internal and external builders to publish, version, discover, validate, govern, and compose scientific logic across the Tetra OS.
As AI dramatically lowers the cost of software components, AI agents are becoming first-class builders alongside human developers. Today, TetraScience has existing artifact-management systems and package/distribution infrastructure. We are evolving that foundation to support new platform primitives and rapid expansion. You won’t reinvent package management, and you’ll use best in class tools where appropriate. You will build the Tetra-specific contract, governance, lineage, and developer experience layers that make scientific workflows reusable and trustworthy.