Design, govern, and engineer enterprise security solutions in the Cybersecurity Architecture Professional Certificate. This Microsoft-partnered program transforms IT professionals into strategic architects who can secure complex, multi-cloud environments.

Learn to design Zero Trust identity models, micro-segmented networks, and DevSecOps pipelines while quantifying cyber risk for executives. Through hands-on projects, you will create strategic roadmaps and high-level design diagrams for your professional portfolio.

The curriculum integrates generative AI, leveraging tools like Microsoft Sentinel and Purview to accelerate risk analysis, threat modeling, and incident response. Designed for senior practitioners, it prepares you for roles like Cybersecurity Architect, Security Manager, and CISO.

Prerequisites: foundational IT infrastructure, networking, and risk management knowledge. Elevate your career, lead cross-functional governance, business-aligned security architectures.

Note on tools: Some features of Microsoft Purview, Microsoft Entra ID Governance, Microsoft Sentinel, Microsoft Defender for Cloud, and GitHub Advanced Security require paid licenses or eligible tenants and may be required to complete tool based labs as designed. Free trials or sample data alternatives may be referenced where available, but access depends on tenant eligibility, administrator setup, and service specific licensing or billing terms.

Projet d'apprentissage appliqué

Complete five portfolio-ready projects that demonstrate cybersecurity architecture skills.

• Project 1: Enterprise Risk Strategy: Conduct a Monte Carlo simulation to quantify cyber risk, draft a three-year strategic roadmap, and establish a cross-functional governance board charter.

• Project 2: Zero Trust Plan: Architect an identity model using ABAC principles, define authentication flows, and produce a Zero Trust maturity assessment.

• Project 3: Secure Infra Design: Map data flows to create a micro-segmented network architecture and develop policy-as-code guardrails.

• Project 4: DevSecOps Pipeline: Build a threat model using a Data Flow Diagram (DFD) and integrate security gates into a CI/CD workflow.

• Project 5: Threat Detection Pattern: Create a MITRE ATT&CK-aligned detection catalog and simulate an attack to validate your defensive architecture.