Senior IT Automation Engineer — Remote

Horizon3; Oregon; Hybrid; USD 143,000 - 162,000; Full time

Benefits offered by this job

Inclusive Team

Growth Opportunities

Hybrid & Remote Work

Job summary

Horizon3 is seeking a senior IT Engineer who automates IT processes and owns the automation backbone. You will run Workato recipes, Okta workflows, and script with Python or Bash to move IT configuration and identity into code that is versioned and repeatable.

You will partner with Security Operations and Business Applications, establish runbooks, monitor flows, and maintain a reliability bar above 99% each calendar month while delivering tangible efficiency gains in a fully remote, fast‑growing

Qualifications

• Hands-on experience building automations in a workflow/integration platform (Workato preferred).
• Strong Python or Bash scripting to automate IT processes and REST API calls.
• Proven ability to add error handling and alerts to detect failures early.
• Experience with APIs, webhooks, and data mapping between systems.
• Ability to write runbooks for operators to run and repair flows, and translate business processes into automation.

Responsibilities

• Own onboarding, termination, and device logistics automation end-to-end.
• Run the IT Workato workspace: recipes, connections, error handling, alerts.

Skills

Python

Bash

REST APIs

Error handling

Runbooks

Automation

Okta Workflows

Workato

Education

Bachelor's degree in Information Systems/Computer Science

Tools

Workato

Zapier

Tines

Okta Workflows

Terraform

CI/CD

Python

Job description

Horizon3 is seeking a senior IT Engineer who automates IT processes and owns the automation backbone. You will run Workato recipes, Okta workflows, and script with Python or Bash to move IT configuration and identity into code that is versioned and repeatable.

You will partner with Security Operations and Business Applications, establish runbooks, monitor flows, and maintain a reliability bar above 99% each calendar month while delivering tangible efficiency gains in a fully remote, fast‑growing