- DVA-C02 is a 65-question, 130-minute exam requiring a scaled score of 720 out of 1000.
- Development with AWS Services is worth 32% of the exam - the single largest domain.
- The $150 USD fee is fixed with no member discount tier published by AWS.
- Certification is valid 3 years and renews via a newer Associate or the DevOps Engineer - Professional exam.
What Is A DVA-C02, Exactly?
DVA-C02 is the exam code for the current version of the AWS Certified Developer - Associate credential, administered by Amazon Web Services, Inc. The code itself is just a version label - "DVA" stands for Developer Associate, and "C02" marks this as the second major content revision of the exam blueprint. If you're comparing terminology, our companion piece on DVA-C02 meaning breaks down the naming convention in more depth, and what does DVA-C02 stand for covers the acronym history if you want that context first.
At its core, DVA-C02 validates that a person can write, deploy, debug, and secure applications running on AWS. It is not a general cloud-literacy test - that role belongs to the Cloud Practitioner exam. DVA-C02 assumes you already know how to code and focuses squarely on how that code interacts with AWS services in production: Lambda functions, DynamoDB tables, API Gateway routes, SDK calls, CI/CD pipelines, and the security controls wrapped around all of it.
For a broader overview of the credential itself rather than the exam mechanics, see What Is DVA-C02? and What Is DVA-C02 Certification?, which explain how the exam maps to the certification you actually receive.
Registration, Format, and Scoring Mechanics
Understanding what "DVA-C02" means in practice also means understanding how AWS structures the test day itself. There are no formal prerequisites - anyone can register - but AWS recommends at least one year of hands-on experience developing and maintaining applications on AWS, proficiency in at least one high-level programming language, familiarity with the application lifecycle, hands-on experience with the AWS CLI, SDKs, and APIs, exposure to CI/CD practices, and a working understanding of application security.
| Attribute | Detail |
|---|---|
| Total questions | 65 (50 scored, 15 unscored pretest) |
| Time allowed | 130 minutes |
| Question formats | Multiple choice, multiple response |
| Passing score | 720 on a 100-1000 scaled range |
| Exam fee | $150 USD |
| Delivery | Pearson VUE test center or online proctoring |
| Validity period | 3 years |
Because scoring is compensatory, you don't need to pass each domain individually - a strong showing in one area can offset a weaker one, as long as your overall scaled score clears 720. AWS does not publish pass rates, so treat any specific percentage you see elsewhere with skepticism; our own data-driven discussion in DVA-C02 Pass Rate 2026: What the Data Shows explains why that number is intentionally withheld and what you can infer instead.
One detail candidates often overlook: unanswered questions are scored as incorrect, and there's no separate penalty for guessing wrong. That means you should never leave a question blank - a guess carries the same downside as skipping it, but a slim chance of being right. The 15 unscored pretest questions are mixed in undetectably, so you should approach every question with equal focus rather than trying to guess which ones "don't count." Non-native English speakers testing in English can also request a 30-minute time extension when the exam isn't yet offered in their preferred language.
Key Takeaway
Answer every question - blanks count as wrong with no separate guessing penalty - and budget your 130 minutes assuming all 65 questions matter, since you can't tell which 15 are unscored.
If you want a full breakdown of what that $150 fee does and doesn't include - retakes, exam vouchers, and prep material costs - see DVA-C02 Certification Cost 2026: Complete Pricing Breakdown.
The Four Domains That Define the Exam
The 50 scored questions on DVA-C02 are drawn from four weighted domains. This weighting is the single most important planning tool you have, because it tells you exactly where your study hours should go.
Domain 1: Development with AWS Services (32%)
The largest domain by far, centered on writing application code that interacts with AWS. Expect deep coverage of Lambda function design, DynamoDB data modeling and access patterns, API Gateway configuration, AWS SDK and CLI usage, and event-driven architecture patterns.
- Choosing the right data store for a given access pattern
- Designing serverless workflows with Lambda and event sources
- Using SDKs/CLI correctly for authentication, pagination, and retries
Domain 2: Security (26%)
Nearly a quarter of the exam. Covers IAM roles and policies, authentication mechanisms, encryption at rest and in transit, and securing application code and secrets.
- Least-privilege IAM policy design for application roles
- Secrets management and credential handling in code
- Encryption options across storage and transport layers
Domain 3: Deployment (24%)
Focuses on getting code from a repository into a running AWS environment reliably, including CI/CD pipeline design and infrastructure-as-code concepts.
- Deployment strategies (blue/green, canary, rolling)
- CodePipeline, CodeBuild, and CodeDeploy workflows
- Packaging and versioning application artifacts
Domain 4: Troubleshooting and Optimization (18%)
The smallest domain but often the most practically demanding, testing your ability to read logs, metrics, and traces to diagnose real problems.
- Interpreting CloudWatch metrics, logs, and alarms
- Using X-Ray traces to isolate latency and errors
- Performance tuning for Lambda, DynamoDB, and API Gateway
For a question-by-question walkthrough of what each domain expects, our DVA-C02 Exam Domains 2026: Complete Guide to All 4 Content Areas covers all four in one place. If you'd rather go domain-by-domain in dedicated depth, we also publish standalone guides for Domain 1: Development with AWS Services, Domain 2: Security, Domain 3: Deployment, and Domain 4: Troubleshooting and Optimization.
Who Actually Takes This Exam
DVA-C02 is aimed squarely at software developers and engineers who build applications that run on AWS infrastructure - not infrastructure specialists, and not managers evaluating cloud strategy. Typical candidates include backend developers moving existing applications to serverless architectures, full-stack engineers who need to prove AWS SDK and API fluency, and engineers on teams that already use Lambda, DynamoDB, or API Gateway in production and want a credential that matches their day-to-day work.
Hiring managers use this certification as a signal that a candidate can work independently with core AWS developer tooling without ramping up for months. If you're evaluating whether the credential fits your career goals, DVA-C02 Jobs outlines the kinds of roles that list it as preferred or required, and DVA-C02 Salary Guide 2026: Complete Earnings Analysis discusses how it factors into compensation conversations. For a more analytical take on whether the investment pays off relative to the $150 fee and prep time, read Is the DVA-C02 Certification Worth It? Complete ROI Analysis 2026.
What the Questions Actually Look Like
DVA-C02 questions come in two formats: standard multiple choice with one correct answer among four options, and multiple response, where you must select two or more correct answers from a longer list - with no partial credit for getting some right. Most questions are scenario-based: you're given a short description of an application, a constraint (cost, latency, security requirement), and asked which AWS service configuration or code approach satisfies it.
A representative question style: "A developer's Lambda function is timing out when writing to DynamoDB during peak traffic. Which change is MOST likely to resolve this?" You won't be asked to define what DynamoDB is - you'll be asked to diagnose a specific failure mode, which is why hands-on familiarity with these services matters more than memorized definitions.
Because AI-assisted development and AI security are emerging topics AWS has flagged for this version, some newer questions may touch on how AI coding tools interact with AWS environments. These could appear among the 15 unscored pretest questions, so don't panic if you encounter something unfamiliar - treat it as a data point AWS is collecting, not necessarily a scored miss. For a full sense of how challenging the exam feels in practice, our How Hard Is the DVA-C02 Exam? Complete Difficulty Guide 2026 compares it against other Associate-level exams.
Mapping a Study Path to the Domains
Because Domain 1 carries the most weight at 32%, followed by Security at 26%, Deployment at 24%, and Troubleshooting at 18%, your study calendar should mirror that order rather than treating all four domains equally.
Development with AWS Services (32%)
- Build and deploy a Lambda function with an event source
- Model a DynamoDB table with realistic access patterns
- Configure an API Gateway endpoint and test SDK calls against it
Security (26%)
- Write least-privilege IAM policies for a sample application role
- Practice retrieving secrets at runtime instead of hardcoding them
Deployment (24%)
- Set up a CodePipeline flow with a canary or blue/green stage
- Practice rolling back a bad deployment
Troubleshooting and Optimization (18%) + full review
- Read CloudWatch logs and X-Ray traces on a deliberately broken app
- Run full-length timed practice exams
This isn't a generic weekly template - it's ordered specifically by DVA-C02's published domain weights, so the heaviest domain gets the most calendar time. For a more detailed, day-level version of this plan, see the DVA-C02 Study Guide 2026: How to Pass on Your First Attempt. You can also run timed simulations that mirror the real 65-question, 130-minute format on our practice test platform before booking your actual Pearson VUE slot.
Validity, Renewal, and Ongoing Value
Once earned, DVA-C02 stays valid for 3 years. Renewal happens by passing the then-current Developer - Associate exam again or by passing the AWS Certified DevOps Engineer - Professional exam, which lets you level up instead of simply repeating the Associate credential. Active AWS certification holders also receive standard exam benefits, including a 50% discount voucher toward a future exam - worth factoring in if you're planning a multi-certification path.
If you're still deciding whether this specific credential - as opposed to a general "cloud certification" - is the right target, our broader DVA-C02 Certification overview and What Is A DVA-C02? explainer both walk through how it fits alongside AWS's other Associate and Professional tiers. And if formal coursework appeals to you more than self-study, DVA-C02 Training rounds up structured options that align with the same four domains covered here.
For anyone comparing this exam against similar-sounding practice question percentages floating around forums, remember: AWS does not publish official pass rates, so any number you see quoted as fact is an estimate at best. Rely on the domain weights and format details in the official exam guide, cross-referenced against resources like our practice test platform, rather than anecdotal claims.
Frequently Asked Questions
DVA-C02 is the exam code AWS assigns to the current version of the AWS Certified Developer - Associate exam. "DVA" refers to Developer Associate, and "C02" indicates this is the second content revision of that exam.
There are 65 total questions - 50 scored and 15 unscored pretest questions mixed in without identification - and you have 130 minutes to complete them.
You need a scaled score of 720 out of a possible 100-1000 range. AWS uses compensatory scoring, so strong performance in one domain can offset weaker performance in another.
No formal prerequisites exist. AWS recommends around one year of hands-on AWS application development experience, proficiency in a high-level programming language, and familiarity with CI/CD, the AWS CLI/SDK/API, and application security concepts.
Development with AWS Services, at 32% of the exam, is the largest domain and covers Lambda, DynamoDB, API Gateway, SDKs/CLI, and event-driven design - it should receive the most study time, followed by Security at 26% and Deployment at 24%.