Course 02Additional OverlaysGRC Engineering
Automation, policy-as-code, and continuous assurance.
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1
Intern
0 XP

GRC Engineering

GRC Engineering is where compliance meets DevOps. Instead of managing controls in spreadsheets and collecting evidence screenshots manually, GRC engineers write policy as code, automate evidence collection, embed compliance checks into CI/CD pipelines, and treat compliance artifacts as version-controlled code. This track covers the tools, patterns, and practices that transform GRC from a manual audit-driven process into a continuous, automated, and auditable system. Built for DevSecOps engineers, cloud security architects, and GRC professionals who want to automate.

WORKSPACE SNAPSHOT
FRAMEWORKS
4
MODULES
6
CERTIFICATES
3
SCENARIOS
2
Module 1 of 6 · Why GRC Engineering

GRC Engineering — Automate Everything

Traditional GRC programs are built on spreadsheets, emails, and manual evidence collection. A compliance analyst takes a screenshot of an AWS console, saves it to a SharePoint folder, updates a tracking spreadsheet, and emails the auditor. Multiply this by hundreds of controls across multiple frameworks, and you have a full-time job that produces stale, point-in-time evidence with no guarantee that the control is still effective the moment after the screenshot was taken. This approach doesn't scale. It doesn't provide continuous assurance. It creates friction between engineering teams (who see compliance as a tax) and GRC teams (who see engineering as uncooperative). GRC Engineering solves this by treating compliance requirements as code — testable, version-controlled, automatically enforced, and continuously verified.

TRACK NAVIGATOR
LEARNING FLOW
FRAMEWORK FOCUS
CORE FRAMEWORKS
nist-800-53nist-csfiso-27001cis-v8
TARGET CERTIFICATIONS
AWS Security SpecialtyHashiCorp Terraform AssociateCKS (Kubernetes Security)
PRACTITIONER OUTCOME
Build industry fluency, not generic GRC knowledge
Understand how grc engineering regulations shape the control environment.
Move from framework names into operating decisions, evidence, and enforcement pressure.
Use the modules in sequence, then apply the same reasoning in scenarios and projects.