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Code and Theory

Lead Engineer, Cloud Infrastructure (US)

Austin, Texas, United States; New York, New York, United States; San Francisco, California, United States; New York City; RemoteRemote · United States
Staff · Technology
POSTED 8 MAYVERIFIED 1D AGO
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Role
185 days opentrue age
Posted 8 May
Pay
$182k–$194kno pay posted
Market p25–p75
$182k–$194k
Austin · n=3 · 365d to 4 Nov
CompanyCode and Theory →
50open roles
Opened · 30d
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Closed · 30d
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4d of snapshots · 30d window
Market
904open · Staff DevOps / SRE / Infra
Opened · 7d
+617% of open
All devops / sre / infra
6,971open
All tracked boards · live 9 Nov · n=904
AWSGCPAzureKubernetesDockerTerraformLLMs

Code and Theory is seeking a senior cloud engineer who wants to own the full technical lifecycle of enterprise client deployments — from assessing a client's existing infrastructure and designing the integration architecture, to provisioning the environment and keeping it running in production. This is a hands-on role that also requires real client engagement: you will sit in technical working sessions, work directly with client DevOps teams, and be the person who translates security and compliance requirements into concrete infrastructure decisions.

The Machine is the agentic operating system for marketing, built by Code and Theory. It plugs into the tools marketing teams use and turns disconnected workflows into a single intelligent system, connecting brand strategy, creative production, and media performance. The Machine helps power agencies across Stagwell's network and world-leading brands.

WHAT YOU'LL DO

  • Assess each client's cloud infrastructure, data stack, and security perimeter before any build starts — translate findings into a concrete integration plan
  • Design and provision client environments using Terraform — networking, IAM, container orchestration, managed storage, and secrets management across GCP, AWS, or Azure depending on the client
  • Deploy and operate LLM inference pods in client cloud environments — managing API integration, rate limits, latency, and failure handling without needing a data scientist in the room
  • Build and maintain integration layers that connect client data sources to the AI layer — you own the plumbing that makes inference useful; the data science team owns what runs on top of it
  • Deploy and maintain containerized workloads via Helm — orchestration, ETL workers, and AI inference pods running inside the client's cloud perimeter
  • Own data pipeline deployments end to end — scheduling, pagination, retry logic, and rate-limit management against client API gateways
  • Manage distributed ETL jobs at scale — JSON flattening, schema enforcement, and structured output delivery
  • Enforce data residency requirements — raw data stays inside the client's environment, only structured output leaves to our shared infrastructure
  • Serve as the primary technical contact for each client's DevOps and infrastructure teams throughout the engagement
  • Lead technical working sessions with client teams — validate configurations, confirm IAM and credential models, review cluster specs before deployment
  • Triage and resolve pipeline and infrastructure failures across multiple client environments simultaneously
  • Implement container security standards — non-root execution, read-only filesystems, startup integrity hashes, tamper protection
  • Mentor junior and mid-level engineers and contribute implementation patterns to the shared playbook after every client engagement

WHAT YOU'LL NEED

  • 6+ years of cloud engineering experience — production experience on at least two of GCP, AWS, or Azure, and willing to operate across all three depending on client environment
  • Deep Terraform experience — you have provisioned multi-environment, multi-tenant production infrastructure from scratch, not just applied existing configurations
  • Comfortable with Kubernetes and Helm in production — deploying, debugging, scaling, and securing containerized workloads, not just running them
  • Have run data pipelines in production — you know what breaks, how to recover, and how to build retry and backoff logic that actually holds up
  • Hands-on experience with distributed processing at scale — not just theoretical knowledge
  • Enterprise API integration experience — OAuth 2.0, API key management, rate limiting, API gateways — end to end
  • Solid security fundamentals — container hardening, credential management, and data residency enforcement in environments where it actually matters
  • Have worked directly with client or customer engineering teams — comfortable leading technical conversations with enterprise DevOps and infrastructure teams, not just supporting them
  • You write things down — runbooks, integration notes, playbook contributions. The next engineer should be able to operate what you built
Source · Code and TheoryFirst seen 7 NovOriginal ↗