““Great practice questions for strengthening my Terraform fundamentals.””
Sarah Mitchell
Cloud Engineer
HashiCorp bumped this exam from version 002 to TA-003 in 2023, and the change wasn't cosmetic. The update pulled in more content around HCP Terraform (what used to be called Terraform Cloud) and pushed candidates who only know local Terraform workflows to also understand remote execution, workspaces, and the private registry. If you studied from an older guide that still calls it "Terraform Cloud" throughout and never mentions run triggers or the free tier's usage limits, you're working from a version of the exam that's already out of date.
This is a knowledge based exam, not a hands on lab, so it tests whether you understand Terraform's concepts and can read HCL configuration correctly rather than whether you can type commands under pressure. The published exam objectives cover:
Infrastructure as Code concepts and why teams adopt it over manual provisioning
Terraform's specific purpose compared to other IaC and configuration management tools
Terraform basics: providers, resources, data sources, and the general mental model
Terraform CLI usage outside the core plan/apply loop, including terraform fmt, terraform validate, terraform taint, and workspace commands
Working with modules, including the public registry, versioning constraints, and module composition
The core Terraform workflow: write, plan, apply, and how that maps to real team processes
State management, including remote state, state locking, and why you should never hand edit a state file
Reading, writing, and modifying HCL configuration, including variables, outputs, and expressions
HCP Terraform capabilities: remote execution, private module registry, Sentinel policy as code, and run triggers
HashiCorp doesn't publish a numeric percentage breakdown for these objectives the way some vendors do, so treat the list above as a set of areas to cover thoroughly rather than a scored breakdown you can selectively weight.
The audience skews toward DevOps engineers, cloud engineers, and SREs who already use Terraform on the job but have never validated that knowledge with a credential, often because a job posting or an internal promotion track now lists it as a preferred qualification. A second group is engineers coming from a single cloud provider's native IaC tool, like CloudFormation, who are picking up Terraform specifically because their team is moving to a multi cloud setup and Terraform is provider agnostic. Because it's an associate level exam with no prerequisite, it also draws people fairly early in their infrastructure careers who want a recognized credential before they've spent years in the role.
The official HashiCorp TA-003 exam runs 60 minutes and consists of around 57 questions, mostly multiple choice with some multiple select items where more than one answer is correct and you have to identify all of them, not just one. There's no command line simulation component, everything is answered through the question interface, which means the exam is really testing conceptual accuracy and your ability to read a piece of HCL and predict what it will do, not your typing speed in a terminal.
It's delivered as an online proctored exam through PSI, meaning you take it from your own machine with webcam monitoring, and you'll need a clear desk and a quiet room, since the proctoring software is strict about what it flags. HashiCorp doesn't publish an exact passing score, but candidates commonly report needing to answer somewhere around 70% of questions correctly, so treat that as a general benchmark rather than a guarantee.
One detail that surprises first time candidates: there's no free retake. If you fail, you pay the exam fee again to schedule another attempt, which makes it worth being genuinely ready rather than treating your first attempt as a practice run.
Because this exam leans heavily on reading configuration and predicting behavior, don't just memorize command syntax in isolation. When you hit a practice question about a terraform plan output or a module block, actually open a terminal, write the equivalent configuration yourself, and run it against a free tier cloud account or even just a local provider like the null or random provider. Seeing the actual plan output builds the pattern recognition the exam is testing far better than reading an explanation after the fact.
Pay specific attention to state related questions, since state is one of the most conceptually dense areas on this exam and also one of the easiest to get wrong if you've only ever worked on a team where someone else manages the backend for you. If you've never manually configured a remote backend or dealt with a state lock conflict, that's a gap worth closing before exam day, not after.
The most common one is confusing what belongs to open source Terraform versus what's an HCP Terraform-only feature. Sentinel policy as code, for example, only applies in Terraform Cloud and Terraform Enterprise contexts, not local CLI usage, and candidates who've only worked with the open source CLI sometimes answer questions as if Sentinel is a general Terraform feature.
A second frequent mistake is misunderstanding the difference between a provisioner and a provider. These sound similar but do fundamentally different jobs, providers manage resource lifecycle against an API, provisioners run scripts on a resource after creation, and HashiCorp's own documentation explicitly recommends provisioners as a last resort, which the exam expects you to know.
Third, candidates often get tripped up on module versioning syntax, specifically how version constraint operators like ~> behave differently from an exact pinned version, and what happens when a module source points to the public registry versus a local path versus a Git repository.
Finally, a lot of test takers underestimate how much state locking and remote state questions show up, since it's easy to skip this topic if your day to day work never required you to troubleshoot a stuck lock or reconfigure a backend from scratch.
Read the actual Terraform documentation for the terraform state subcommands (mv, rm, pull, push) instead of only reading summaries of them, because exam questions often present a specific state management scenario and ask which subcommand solves it, not just what the command does in the abstract. Build a small multi module project yourself with at least one module sourced from the public registry and one written locally, since that hands on experience with module composition and versioning maps directly onto a recurring question pattern on this exam. And don't skip the HCP Terraform section of your prep just because you've never used it professionally, since it's a meaningful chunk of the TA-003 update and questions about workspaces, the private registry, and run triggers won't be answerable from open source CLI experience alone.
Start with the practice questions grouped by objective below rather than jumping straight into a full length simulated exam. If you're consistently missing questions in state management or HCP Terraform capabilities specifically, that's a clear signal of where the TA-003 update changed the exam from what older guides still describe, and it's worth closing that gap with a focused session before you book your actual exam date.
Last updated on Sep, 7 2026