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Technical Integrity, LLC in Boulder, CO is seeking a Mid-Level Platform Software Engineer focused on backend infrastructure and cloud automation. You will design automated CI/CD pipelines, optimize distributed cloud environments, and establish yourself as an infrastructure and backend automation expert within the department.
You will collaborate across teams to translate data streaming requirements into scalable cloud solutions, participate in thorough code reviews, and join a rotating standby
Location: Central Boulder, CO | Workplace: 100% Onsite
Build cloud infrastructure and software systems that power real-world aerospace
operations—and help drive operational excellence for a highly profitable, self‑funded 40‑person
software and engineering firm with an open culture, meaningful middleware challenges, and an
elite team of peers.
Our client is a privately held technology firm specializing in critical simulation, tracking, and data
systems for satellite flight operations. They offer financial stability, an environment free of
corporate bureaucracy, and the unique chance to sit at the intersection of complex physics
applications and large-scale cloud automation.
They are looking for a Mid-Level Platform Software Engineer with a clear systems mindset who
thrives at the crossroads of backend infrastructure and software deployment—where
observability, reliability, and automated orchestration are paramount.
You will play a central role in defining how mission-critical aerospace software is built, delivered,
and monitored. This is a practical, hands‑on engineering position where you will architect
automated CI/CD pipelines, optimize distributed cloud environments, and establish yourself as
an infrastructure and backend automation expert within the department.
Your initiative will matter deeply here. Our client values developers who can cross domains, dive
into fragile legacy code to make it durable, and introduce modern automation practices. You will
also participate in a shared, highly balanced team standby rotation to support platform reliability
and operational commitments during real-time mission workflows.