FinOps Certified Engineer
fundamentals
Adam MoradManages $10M+ in annual multi-cloud spendCourse Syllabus · 6 Weeks
Last updated August 31, 2026
A 6-week hands-on course for engineers who write the infrastructure and code that generates cloud spend — aligned with the FinOps Foundation's Engineering persona and the FinOps Certified Engineer exam guide.
Why This Course.
Most "FinOps for engineers" content is generic framework theory wearing an engineering costume — the same six principles, retargeted at people who now write Terraform. This course is different: every week ends with something you'd actually commit — a tagging policy enforced in CI, a rightsizing script against real utilization data, a cost gate on a pull request — because the parts of FinOps that belong to engineers are the parts you can put in a diff, not a slide deck.
What You’ll Walk Away With.
- ✓Write a cloud-cost tagging policy and enforce it as a policy-as-code check that fails a Terraform plan on missing or malformed cost-allocation tags.
- ✓Produce an architecture decision record proposing a cost-aware redesign of one real workload, with a before/after cost estimate.
- ✓Build a rightsizing script that pulls real utilization metrics and outputs a ranked list of oversized resources with estimated savings.
- ✓Design a Kubernetes cost-allocation policy — namespace/label schema plus an OpenCost-style config — that produces a real per-team cost breakdown.
- ✓Ship a CI cost gate that blocks or flags a pull request whose infrastructure change crosses a defined cost-delta threshold.
- ✓Explain the Iron Triangle trade-off (cost, speed, quality) for a real deployment decision, and know which two you're protecting when you concede the third.
Why Not Just a Crash Course.
There's official Foundation material and a handful of video crash courses out there. This is a different kind of course:
- ✓Working code, not a slide deck — every deliverable is something you commit and run: a Terraform policy check, a rightsizing script, a CI cost gate.
- ✓Built by a practitioner, not just a certified instructor — someone who manages $10M+ in real multi-cloud spend and has had to get engineering teams to actually adopt cost guardrails, not just agree with them.
- ✓Infrastructure-as-code and CI/CD as the primary surface — not a chapter bolted onto a generalist framework. If you already touch Terraform, Kubernetes, or a deploy pipeline, this starts where you already are.
Scroll right to see the full comparison →
| Option | Price | Format | Working Engineering Artifacts |
|---|---|---|---|
| This course | $89 | Text + interactive + code | Yes |
| Typical Udemy "FinOps for Engineers" course | $15–90* | Video | No |
| Official FinOps Certified Engineer exam (FinOps Foundation) | $325 exam-only, or $500 w/ their course | 50-Q exam, 1 hr, self-study | N/A |
*Udemy pricing fluctuates heavily with frequent promotional discounts.
Who It’s For.
Backend, platform, and DevOps/SRE engineers who write the Terraform, Kubernetes manifests, and CI/CD pipelines that generate cloud spend, and want to build cost awareness directly into the systems they ship — not analysts building dashboards over someone else's cost data. That's what Practitioner (FOCP) is for.
It's not for people without hands-on infrastructure experience — you should already be comfortable writing Terraform or CloudFormation, deploying to a cloud provider, and touching a CI/CD pipeline before you start. And it's not for FinOps analysts or generalists who want dashboard-building and stakeholder-reporting skills — that's Practitioner (FOCP); this course assumes you already own the infrastructure and teaches you to build cost constraints into it.
Your Instructor.
Adam Morad
Cloud FinOps & Data Engineering. Manages $10M+ in annual multi-cloud spend, with a track record of cutting cloud costs 20–30% through rightsizing and commitment management.
LinkedIn →Worked With
Anodot
Wiv.ai
DoiT
Previously Worked At
Mapped to the FinOps Foundation's Engineering persona and the public FinOps Certified Engineer exam guide — tagging enforcement, rightsizing, automation, and the cost/speed/quality Iron Triangle all show up here. This course goes further into hands-on implementation (working IaC checks, CI gates, real rightsizing scripts) than the official course's conceptual module list, so treat it as engineering-heavy exam prep, not a guarantee of question-by-question coverage.
Curriculum.
01 · Foundations · Engineering Persona & the Iron Triangle
Cost as a Design Constraint
- The FinOps Framework in one pass: Inform / Optimize / Operate, seen from the engineering seat rather than the practitioner seat
- The Iron Triangle: cost, speed, and quality trade-offs, and which two you protect when a deploy decision forces a concession
- Where the Engineering persona sits relative to the FinOps Practitioner — what you own vs. what you report upward
- Reading a cloud bill as an engineer: unit cost per request, per pod-hour, per pipeline run — not org-wide accounting
- FOCUS (FinOps Open Cost & Usage Spec) for engineers: what a normalized billing schema buys you when you write your own cost queries
02 · Domain: Cost Visibility as Code
Tagging Enforcement & IaC Cost Checks
- Tagging strategy: mandatory keys, ownership tags, and cost-allocation tags that survive refactors
- Enforcing tags at the IaC layer with policy-as-code (OPA/Conftest, Sentinel, or native cloud policy rules) that blocks a plan or apply on missing tags
- Pre-merge cost estimation: wiring a cost-diff tool (e.g. Infracost) into pull request review
- Building cost visibility from resource tags and IaC state, not only from monthly billing exports
03 · Domain: Cost-Aware Architecture
Architecture Patterns That Don't Bankrupt You
- Workload placement: spot/preemptible vs. on-demand vs. committed capacity, and where each is actually safe
- Storage tiering and lifecycle policies: hot/warm/cold data patterns that don't need a human to remember them
- Data transfer traps: cross-AZ and cross-region egress, and the architecture patterns that avoid paying for them by accident
- Serverless vs. container vs. VM cost trade-offs for a given workload shape and traffic pattern
- Attributing shared cost fairly in multi-tenant infrastructure: shared clusters, shared databases, shared queues
04 · Domain: Rightsizing & Autoscaling Automation
Rightsizing and Autoscaling, Automated
- Rightsizing methodology: reading real utilization (CPU, memory, disk IOPS) against provisioned capacity
- Building a rightsizing script against an observability backend (CloudWatch, Prometheus, or a cloud cost API) that flags oversized resources
- Autoscaling economics: tuning HPA / VPA / cluster autoscaler for cost, not only for availability
- Idle-resource detection with safe guardrails — flag and confirm, not blind auto-delete
05 · Domain: Container & Kubernetes Cost Allocation
Kubernetes Cost Allocation
- Namespace- and label-based cost allocation in multi-tenant clusters
- Requests vs. limits: setting them so you avoid both waste and throttling, and why "just set it high" is a cost bug
- The OpenCost/Kubecost-style allocation model, and how cluster autoscaler decisions ripple into per-team cost
- Chargeback vs. showback at the namespace or team level, and what to automate vs. what stays a monthly report
06 · Applied · Continuous Enforcement
CI/CD Cost Gates
- Where cost checks belong in the pipeline: pre-merge estimate, pre-deploy budget gate, or post-deploy drift detection
- Building a CI cost gate that blocks or warns on a pull request whose infrastructure change crosses a cost-delta threshold
- Wiring budget alerts and anomaly detection to deploy events, so a spend spike traces back to a specific release
- The handoff back to the FinOps Practitioner: what you own end-to-end vs. what you surface for the cross-functional team
Frequently Asked.
How much time does this take?
Do I need infrastructure or cloud experience already?
How does this relate to the Practitioner (FOCP) course?
Is this the official FinOps Foundation course?
What if I don't pass the FinOps Certified Engineer exam?
What happens once I pass the FinOps Certified Engineer exam?
Interested?.
$89
One-time payment · full 6-week course, all exercises, and FinOps Certified Engineer exam prep.
Not right for you? Refunds are handled per our refund policy — email support@finopscourse.com.
Try the free Week 1 lesson, then reach out with any questions about the full course.
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