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NCA - Generative AI LLMs (2026) Practice Exams for NVIDIA

Prepare for your certification exam today and take a step towards certification success with our NVIDIA NCA-GENL practice exams. Designed for success, trusted by professionals worldwide.

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Practice Exams For

NCA - Generative AI LLMs

Created by
Certs4All
Exam Code
NCA-GENL
Questions
95
Format
PDF + Test Engine
Updated
01-Oct-2026

NCA-GENL Practice Exam Overview

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Exam Preparation Overview

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Exam Code NCA-GENL
Exam Name NCA - Generative AI LLMs
Practice Questions 95
Practice Format PDF + Online Test Engine
Answer Explanations Included
Last Updated 01-Oct-2026
Updated for current exam requirements
Detailed Answer Explanations
Current Exam Blueprint Alignment
90 Days Free Updates
PDF & Online Test Engine
Practice & Review
Exam Details

NVIDIA NCA-GENL Certification Overview

An entry-level credential that validates the foundational concepts for developing, integrating, and maintaining AI-driven applications using generative AI and large language models (LLMs) with NVIDIA solutions.

Certification Exam Details

Duration1 hour
Price$125
LevelAssociate
LanguageEnglish
Questions50–60 multiple-choice
SubjectGenerative AI and large language models
Validity2 years
PrerequisitesBasic understanding of generative AI and LLMs
Validity Valid for two years from issuance. Recertification may be achieved by retaking the exam.
Credentials Passing candidates receive a digital badge and an optional certificate indicating the certification level and topic.
Exam Access You need to create a Certiverse account to access the exam. Review the FAQs and exam policies before scheduling.
Exam Blueprint

NCA-GENL Exam Topics and Weightage

The exam covers five domains. Focus your preparation on the heaviest domains first, then strengthen the rest.

Core ML & AI 30%
Experimentation 22%
Software Development 24%
Data Analysis 14%
Trustworthy AI 10%
30%

Core Machine Learning and AI Knowledge

Algorithms, conventions, and techniques that allow computers to learn from and make predictions or decisions based on data.

  • Assist in deployment and evaluation of model scalability, performance, and reliability under senior supervision.
  • Awareness of extracting insights from large datasets using data mining and data visualization.
  • Build LLM use cases such as retrieval-augmented generation (RAG), chatbots, and summarizers.
  • Curate and embed content datasets for RAGs.
  • Fundamentals of machine learning: feature engineering, model comparison, cross validation.
  • Capabilities of Python NLP packages such as spaCy, NumPy, and vector databases.
  • Read research papers to identify emerging LLM trends and technologies.
  • Select and use models to create text embeddings.
  • Use prompt engineering principles to achieve desired results.
  • Use Python packages (spaCy, NumPy, Keras) for traditional machine learning analyses.
Recommended training and suggested reading

Recommended Training

Fundamentals of Deep Learning (Open-Source Materials) Rapid Application Development With LLMs

Suggested Reading

Prompt Engineering Guide Intro to LLMs: Prompt Engineering and P-Tuning Attention Is All You Need Transitioning AI Models With ONNX Generative AI: What Is It and How Does It Work? What Are Foundation Models? LoRA: Low-Rank Adaptation of LLMs Diffusion-Based Models Research Spotlight scikit-learn User Guide What is Milvus What Is Retrieval-Augmented Generation (RAG)? Hugging Face LLM Course: Datasets
24%

Software Development

Create, maintain, and test software for generative AI and LLM applications.

  • Assist in deployment and evaluation of model scalability, performance, and reliability.
  • Build LLM use cases such as RAGs, chatbots, and summarizers.
  • Capabilities of Python NLP packages such as spaCy, NumPy, and vector databases.
  • Identify system data, hardware, or software components required to meet user needs.
  • Monitor data collection, experiments, and other software processes.
  • Use Python packages (spaCy, NumPy, Keras) for traditional machine learning analyses.
  • Write software components or scripts under senior supervision.
Recommended training and suggested reading

Recommended Training

Fundamentals of Deep Learning (Open-Source Materials) Rapid Application Development With LLMs

Suggested Reading

NVIDIA Generative AI Examples TensorRT: Get Started Best Practices: NVIDIA NeMo Mastering LLM Techniques: Customization Big Data? Datasets to the Rescue! BERT: Pretraining of Deep Bidirectional Transformers NVIDIA Triton Inference Server Quick Start spaCy Documentation scikit-learn User Guide
22%

Experimentation

Perform, evaluate, and interpret experiments, including AI model evaluation and human feedback such as RLHF.

  • Assist in model training and training optimization under senior supervision.
  • Assist in preparing large datasets (scraping, tokenization) for pretraining, fine-tuning, and RLHF.
  • Assist in designing and conducting hardware or software tests for LLM applications.
  • Assist in evaluating emerging technologies for cost, portability, compatibility, or usability.
  • Awareness of, or participation in, data collection from human subjects (RLHF).
  • Evaluate and refine existing models and benchmarking.
  • Execute experiments to evaluate models and pipelines.
Recommended training and suggested reading

Recommended Training

Fundamentals of Deep Learning (Open-Source Materials) Rapid Application Development With LLMs

Suggested Reading

Hugging Face LLM Course: Fine-tune LLMs Mastering LLM Techniques: Inference Optimization Speech and Language Processing (Jurafsky & Martin) Hugging Face LLM Course: Tokenizers Weights & Biases Quickstart Illustrating RLHF LM Evaluation Harness
14%

Data Analysis

Inspecting, cleansing, transforming, and modeling data to discover useful information and support decisions.

  • Awareness of extracting insights from large datasets using data mining and visualization.
  • Compare models using statistical metrics such as loss functions or explained variance.
  • Conduct data analysis under the supervision of a senior team member.
  • Create graphs, charts, and other visualizations to convey analysis results.
  • Identify relationships, trends, and factors that could affect research results.
Recommended training and suggested reading

Recommended Training

Fundamentals of Deep Learning (Open-Source Materials) Rapid Application Development With LLMs

Suggested Reading

cuML Documentation Get Started With GPU Acceleration for Data Science Matplotlib Tutorials Python Data Science Handbook (free) RAPIDS cuDF User Guide scikit-learn: Metrics and Scoring
10%

Trustworthy AI

Creating and assessing ethical, energy-conscious, and reliable AI systems that are transparent, fair, and verifiable.

  • Describe the ethical principles of trustworthy AI.
  • Describe the balance between data privacy and the importance of data consent.
  • Describe how to use NVIDIA and other technologies to improve AI trustworthiness.
  • Describe how to minimize bias in AI systems.
Recommended training and suggested reading

Recommended Training

Rapid Application Development With LLMs

Suggested Reading

Trustworthy AI for A Better World (NVIDIA) What Is Trustworthy AI? (NVIDIA Blog) NIST AI Risk Management Framework Google Responsible AI Practices
Target Role

Who Is the Generative AI LLM Certification For?

Built for the associate developer who contributes to real generative AI and LLM systems alongside a team of AI professionals.

Generative AI LLM Associate Developer

This role contributes to the development, programming, and quality assurance of state-of-the-art generative AI LLM systems, working with a team of skilled AI professionals.

The associate should also understand how models are deployed for applications, and is responsible for high-quality software design and construction, programming in a variety of languages and platforms, and maintaining system updates.

What This Role Does

1
Develops datasets for training and testing
2
Selects and trains models
3
Implements model testing and debugging processes
4
Understands model deployment for applications
5
Builds software and maintains system updates

Check the Latest Details on the Official NVIDIA Page

For current exam information, policies, registration, and certification updates, visit the official NVIDIA NCA-GENL certification page.

Visit Official NVIDIA Page →
Learning Path

NCA-GENL Certification Learning Path

NVIDIA recommends these two courses to build the skills tested in the exam. Follow them in order.

Fundamentals of Deep Learning

Learn the fundamental techniques and tools required to train a deep learning model. Gain experience with common deep learning data types and model architectures, enhance datasets through data augmentation to improve accuracy, and use transfer learning to get efficient results with less data and computation.

Open Source Materials

Rapid Application Development With Large Language Models (LLMs)

Build a strong understanding and practical knowledge of LLM application development by exploring the open-source ecosystem, including pretrained LLMs, so you can start developing LLM-based applications quickly.

Hands-On LLM Development

Suggested Study Plan for the NCA-GENL Exam

A clear routine makes your study time count. Use this plan to prepare for the NVIDIA NCA - Generative AI LLMs exam:

  1. Read the official NVIDIA exam guide for NCA-GENL and note the topic weights
  2. Take a free NCA-GENL practice test without notes to find your starting score
  3. Read every answer explanation, even for questions you got right
  4. Go back to the domains where you scored lowest, then test those topics again
  5. Take full-length, timed tests until your scores are steady before you book the exam
Get Full NCA-GENL Access

Includes all practice questions, PDF + online test engine and 90 days of free updates

Is the NCA-GENL Exam Right for You?

The NVIDIA NCA - Generative AI LLMs exam is taken by candidates at different stages of their careers. This preparation is a good fit if you:

  • Are preparing for NCA-GENL for the first time and want to know what to expect
  • Already work in this field and want a credential that proves your skills
  • Need NCA-GENL for a new job, a promotion or an employer requirement
  • Have taken the exam before and want to focus on the topics you missed
  • Have finished studying and want to check your readiness before booking
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NCA-GENL Exam Preparation FAQs

  • Our NCA-GENL questions are built around the current NVIDIA NCA - Generative AI LLMs exam objectives. They follow the same topics, question formats and difficulty level you can expect in the real exam, so nothing on exam day feels unfamiliar.

  • You get two formats: a downloadable PDF for offline study and access to our online test engine for exam-style practice.

  • The PDF is your offline study guide. Download it and review the questions and explanations anytime, even without internet. The online test engine is on our website and works like the real exam: it has timed mock exams, instant scoring and results, so you can practice under exam conditions and track your progress.

  • Yes. Take a free practice test to see the question style, the explanations and the test engine before you get full access.

  • We update the questions whenever NVIDIA changes the exam objectives. Every purchase includes 90 days of free updates to both the PDF and the test engine, and the latest update date is shown in the Exam Overview on this page.

  • Yes. The online test engine lets you take full-length mock exams with a timer, or practice in untimed study mode. You get your score as soon as you finish.

  • Yes. The online test engine works in any browser on a phone, tablet or computer. The PDF can be downloaded to any device for offline reading.

  • You get 100% of your money back. If you don’t pass the NCA-GENL exam, contact our support team and we refund your purchase in full right away.

  • Our support team is available 24/7. Contact us through the support page on our site or email support@certs4all.com, and we'll help with anything before, during or after your purchase.