Authorium

You'll **architect internal developer platforms** and **design CI/CD pipelines** for a GovTech SaaS platform that powers state and local government workflows. Your work will directly impact how billions in public funds are managed, with **AI-native infrastructure patterns** driving toil reduction.

You'll ship real features from day one on a GovTech SaaS platform replacing legacy systems for state and local governments. You'll collaborate in-person in San Francisco to whiteboard and debug production challenges while learning from senior engineers. You'll also help refine **AI-native workflows** with Cursor and Claude to accelerate delivery.

You'll design and ship production interfaces for a **government workflow platform** powered by **AI-native tooling**. Your core impact is making complex, dense processes feel navigable for public-sector users. This role stands out for its blend of design and front-end engineering, with fluency in **Claude Design** expected.

You'll **configure and implement** Authorium's platform for government clients, driving **efficiency in document-centric workflows**. You'll own delivery execution and documentation, collaborating across teams to **modernize public-sector operations**.

You'll join a 43-person GovTech SaaS platform that unifies procurement, grants, and budgeting workflows for state and local governments. You'll own the most complex architectural decisions, from modularizing the core domain to building the next-generation workflow engine in a high-bandwidth **in-person** SF office. This is a foundational role as we establish a strategic center for engineering innovation, with a clear path to profitability by Q4 2026.

You'll ship complex features on a GovTech SaaS platform that unifies procurement, grants, and budgeting for state and local governments. Your core impact will be **architecting modular systems** that handle billions in public funds. This role offers the chance to **shape the technical direction** of a rapidly growing company with deep product-market fit.