How many questions are on the NVIDIA Certified Professional - OpenUSD Development exam?

Our record lists 55 questions for the NVIDIA Certified Professional - OpenUSD Development. The vendor does not publish a question count, so treat that as a working figure rather than an official specification.

How long do you have to complete the NVIDIA Certified Professional - OpenUSD Development exam?

Our record lists 120 minutes, roughly 131 seconds per question. The vendor does not publish a duration for this exam, so use it as a planning figure.

What score do you need to pass the NVIDIA Certified Professional - OpenUSD Development exam?

Our record lists 70% as the pass mark for the NVIDIA Certified Professional - OpenUSD Development. Most certification bodies do not publish a numeric cut score, so treat this as our benchmark rather than an official threshold.

What are the domains on the NVIDIA Certified Professional - OpenUSD Development exam?

There are 8 domains: Composition, Data Exchange, Data Modeling, Visualization, Customizing USD, Content Aggregation, Pipeline Development, Debugging and Troubleshooting. The official weights are Composition 23%, Data Exchange 15%, Data Modeling 13%, Visualization 5%, Customizing USD 10%, Content Aggregation 10%, Pipeline Development 14%, Debugging and Troubleshooting 10%.

How should I use the domain weights when revising?

Weight by percentage, not by domain. 23% is the one where lost points cost you the most, and Certilum scores you per domain so you can see exactly where that is.

Does Certilum have practice questions for the NVIDIA Certified Professional - OpenUSD Development exam?

Yes: 55 questions in our bank for this certification, each tagged to the exam domain it belongs to, with the official domain weights applied.

Exam format

NVIDIA Certified Professional - OpenUSD Development Exam Format

NCP-OUSD

Everything the official exam blueprint specifies: question count, time limit, scoring and the weight each domain carries. The NVIDIA Certified Professional OpenUSD Development (NCP-OUSD) exam validates the ability to build, compose, customize, and troubleshoot scenes using Universal Scene Description, the open-source framework standardizing 3D data exchange across film, games, industrial digital twins, robotics simulation, and AI-driven content pipelines. Candidates must demonstrate command of composition arcs and LIVRPS strength ordering, programmatic scene authoring with Python, robust data modeling with schemas and instancing, and dependable exchange of assets between leading DCC applications. The assessment further covers extending USD with custom schemas and file format plugins, aggregating large-scale content through disciplined referencing and payload strategies, validating scenes with usdchecker, and visualizing results through usdview and Hydra render delegates. Aligned with accelerating industry adoption driven by the Alliance for OpenUSD, this credential confirms practical readiness to engineer interoperable 3D pipelines that scale across teams, tools, and simulation environments, positioning certified professionals at the center of modern spatial computing, digital twin, and physical AI initiatives.

55 questions

120 min

70% to pass

8 domains

certilum

Exam facts at a glance

What we know about this exam, and where the information comes from.

Specification	Value
Questions	55
Time limit	120 minutes (131s per question)
Passing score	70%
Domains	8
Level	Professional
Question bank here	55 questions
Source	Certilum's own record — the vendor does not publish this figure

Official domain weights

The percentage of the exam each domain carries. Weight your revision by these numbers, not by what you find hardest.

Domain	Weight	Topics	Practice Qs
Composition	23%	LIVRPS strength ordering and opinion resolution Composition arcs: sublayers, references, payloads, variants, inherits, and specializes Layer stacks, root layers, and session layers +4 more	13
Data Exchange	15%	Converting assets from FBX, OBJ, and glTF into USD Material translation between UsdPreviewSurface and MDL Interoperability with DCC tools such as Maya, 3ds Max, Blender, and Katana +3 more	8
Data Modeling	13%	Prim types, typed schemas, and property definitions Attributes versus relationships and metadata design decisions Model hierarchy: assemblies, groups, components, and subcomponents +2 more	7
Visualization	5%	Inspecting and navigating scenes interactively in usdview Hydra render delegates and renderer selection Render settings, cameras, and lighting fundamentals +1 more	3
Customizing USD	10%	Creating custom IsA schemas and API schemas Schema generation workflows including codeless and generated schemas Developing and registering custom file format plugins +2 more	6
Content Aggregation	10%	Structuring layered assets for scalable assembly Assembling large scenes through references and payloads Asset resolution architecture, resolvers, and search paths +2 more	5
Pipeline Development	14%	Authoring stages, prims, and attributes programmatically with pxr.Usd in Python Scripting batch scene processing and automation tasks Integrating USD tooling into Omniverse Kit extensions +2 more	8
Debugging and Troubleshooting	10%	Validating assets with usdchecker and compliance rules Diagnosing composition issues using usdview and composition diagnostics Resolving broken references, missing payloads, and prim cycling errors +2 more	5

The heaviest domain is Composition at 23%, and that is where lost points cost you the most. Certilum scores you per domain so you can see the difference between a knowledge gap and a formatting problem.

Note from the vendor record: Official price per exam on NVIDIA (online proctored, Certiverse). Subject to local taxes; 14-day waiting period between attempts; maximum 5 attempts per year; valid for 2 years. 2 hours. Official exam page