Engineer II, Platform

Nightingale Education Sole Mb

Salt Lake City (UT)

On-site

USD 120,000 - 180,000

Full time

14 days+

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Job summary

Nightingale Education Sole Mb is seeking a Platform Engineer to scale and align our internal platform across GCP and AWS, with a system-level mindset. You will own network, Kubernetes, and CI/CD pipelines, building self-service tooling for product teams.

We value security‑first design, IaC discipline with Terraform, and collaboration with engineering and security to reduce toil and accelerate delivery across the organization.

Qualifications

Hands-on multi-cloud experience across GCP and AWS.
Terraform-based IaC discipline and modular design.
Kubernetes cluster operations, networking, and workload management.

Responsibilities

Identify problems common to multiple technology teams and design platform‑level solutions.
Build and operate self‑service infrastructure, tooling, and paved paths for product teams.
Own CI/CD pipelines and production‑grade guardrails to ensure quality and security.
Drive site reliability design and target setting, reducing toil and improving observability.
Own multi‑cloud infrastructure as code (GCP/AWS) including networking and compute.
Design and maintain Kubernetes platforms with developer‑facing abstractions.
Embed security by default: RBAC, secrets management, least privilege.

Skills

Kubernetes

Python

Terraform

Multi-cloud

Cybersecurity

RBAC

System design

Communication

Leadership

Education

Bachelor's degree in Computer Science, Engineering, or related field

Tools

GCP

AWS

Cato SASE

Entra ID

Job description

Job Location

OSC Utah - Salt Lake City, UT 84111

Overview

Platform Engineering exists to multiply the productivity of the entire technology organization and the enterprise. We don't chase tickets or patch one‑off problems for individual teams — we identify the recurring friction, the systemic gaps, and the shared infrastructure needs that slow everyone down, and we build durable solutions that solve such issues once and for all.

We treat the internal platform as a product. Our customers are those who build on it — and also the technical power users across the organization who operate our other platforms day to day. Success means all of them ship and operate faster, more safely, and with less cognitive overhead because the paved paths, tooling, and infrastructure we own will simply work.

The team also owns enterprise architecture: keeping our major systems well integrated and coherent, and partnering on the system design and architecture for new systems, services, and applications before they’re built. We're as responsible for how the whole landscape fits together as we are for the platform underneath it. As the organization grows into a scalable enterprise, we lead the move toward a “bigger, better, fewer” philosophy — consolidating onto fewer, stronger (scalable) systems and dependencies to raise our operational maturity rather than accumulating sprawl.

We're looking for a Platform Engineer who thinks at the system level, is comfortable across a multi‑cloud environment, and is as strong with people and communication as they are with code and infrastructure.

What you’ll do

Identify problems common to multiple technology teams and design platform‑level solutions instead of bespoke fixes.
Build and operate self‑service infrastructure, tooling, and paved paths that let product teams move quickly without reinventing foundations.
Own CI/CD pipelines and the guardrails that ensure code deploying to production is high quality and secure.
Drive site reliability design and structure — defining and meeting reliability targets, reducing toil, and keeping production healthy and observable.
Own multi‑cloud infrastructure (currently GCP and AWS) as code, including networking, compute, and the connective tissue between providers.
Administer the Cato (SASE) network and handle a good amount of hands‑on networking — including standing up new site‑to‑site connections between Cato and our major vendors.
Design and maintain Kubernetes‑based platforms — cluster architecture, workload patterns, and the developer‑facing abstractions on top.
Write production‑grade internal tooling and services in such technologies as Go and Python.
Embed security into the platform by default: least‑privilege access models, RBAC, secrets management, and secure‑by‑default infrastructure patterns. As owners for AWS, GCP, and GitHub, help govern how access is granted and governed for teams and individuals.
Integrate AI capabilities (e.g., Claude) into internal developer tooling and workflows where they meaningfully reduce toil.
Lead system design and architecture decisions, weighing tradeoffs, and documenting the decisions clearly for stakeholders.
Own enterprise architecture: maintain a coherent view of how major systems fit together and drive the integration work that keeps them connected and consistent.
Partner on the design and architecture of new systems, services, and applications early — shaping them before they’re built rather than reacting after.
Build automations and streamline workflows for peer functions such as ITSM and IT Demand Management, reducing manual effort and improving how work flows across the organization.
Drive system and dependency consolidation under a “bigger, better, fewer” approach, retiring redundant tools in favor of fewer, more capable platforms as the organization matures.
Partner with technology teams and technical power users to understand their pain, prioritize platform investments by leverage, and measure the impact of what you ship.

Special projects

Beyond the core platform, this team takes on forward‑looking work that shapes where the organization is headed. You’ll help with special projects such as AI tutors and other applied‑AI initiatives, and actively look for ways to leverage AI to advance the future of education and of our operations. We want people who don’t just maintain what exists but ask what becomes possible — and then prototype it.

Technical skills

Multi‑cloud systems and networking. Hands‑on experience operating production workloads across more than one cloud (GCP and AWS preferred), including cross‑cloud and site‑to‑site networking and the tradeoffs between providers. Familiarity with SASE platforms such as Cato — including administering the network and establishing site‑to‑site connections to vendors — is a strong plus.
Terraform. Strong infrastructure‑as‑code discipline — modular, reviewable, and built for a team to maintain rather than one person to understand.
Kubernetes. Deep practical knowledge of cluster operations, networking, and workload management, plus the judgment to know when not to add complexity.
Go and Python. Able to build and maintain real services and tooling, not just scripts.
Web applications and data pipelines. Familiarity — required at every level — with how modern web applications and data‑engineering pipelines are built, deployed, and operated. The software‑ and data‑development teams we support are constantly releasing, patching, updating, and fixing our web apps and pipelines, both new and legacy, and we can’t support that cadence well without understanding how these systems work.
Cybersecurity. A security‑first mindset applied to access control, identity, secrets, and infrastructure hardening.
RBAC and access management. Strong working knowledge of role‑based access control and identity platforms (e.g., Entra ID), including standardized role modeling. Since the team governs access across our core systems, getting this right is central to the role.
AI tooling. Familiarity integrating LLMs such as Claude into developer workflows and internal applications.
System design, architecture, and integration. Comfortable designing systems at the org level and reasoning about how major systems integrate into a coherent enterprise architecture. Strong on reliability, scale, and operational simplicity, with the judgment to choose pragmatic solutions that leverage existing infrastructure over novel complexity.

Qualifications

Communication. Can explain technical tradeoffs clearly to both technical and non‑technical stakeholders, write crisp design docs, and build alignment across teams.
Leadership. Sets technical direction, influences without authority, mentors other technologists, and drives platform decisions to resolution rather than letting ownership stay ambiguous.
Service mindset. Genuinely treats all collaborators as customers. We borrow three pillars from great service: gain agreement — make sure you actually understand the problem before solving it; empathy — everyone deserves it, every time; and ownership — take the problem on and see it through to resolution rather than handing it off. Prioritizes by impact across the org.
Pragmatism. Biases toward operationally simple solutions and is willing to have their own designs stress‑tested rather than defended.
Relationships. Builds and sustains solid, trust‑based relationships with leaders across the company — technical and non‑technical alike. On this team, those relationships are the key to success: they’re how you understand what the business actually needs, earn the room to influence architecture decisions, and get consolidation and integration work to land.
Business and shareholder value. Understands that everything we do and build should add stakeholder value. For a new project, the question is not “do I have the capacity to do this?” The question is “does this add stakeholder value, and can I build it using architecture‑first principles?”
Growth mindset. On this team the learning is never done. We want people who are more curious than certain — who treat being wrong as information, keep learning as the landscape shifts, and grow as fast as the organization does.

Nice to have