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NVIDIA NCP-OUSD Exam Syllabus Topics:

Section	Weight	Objectives
Content Aggregation	10%	- Asset Modularity 1. Reusable components and instancing 2. Large-scale scene assembly strategies
Pipeline Development	14%	- Production Pipelines 1. Version control and build configuration 2. Pipeline design and asset management
Data Exchange	15%	- Interoperability Pipelines 1. Data transformation scripts 2. Import/export workflows
Data Modeling	13%	- USD Schema & Data Structures 1. Primvars, time samples, value types 2. Prims, attributes, relationships
Visualization	8%	- USD Rendering Domains 1. UsdGeom (geometry) 2. UsdShade (materials) 3. UsdLux (lighting)
Debugging and Troubleshooting	11%	- USD Scene Debugging 1. Composition resolution issues 2. Performance and loading optimization
Customizing USD	6%	- USD Extension 1. Custom schemas and plugins 2. Custom file formats and model types
Composition	23%	- Composition Arcs 1. Layers, references, sublayers, payloads 2. Debugging complex composition scenarios

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NVIDIA-Certified Professional: OpenUSD Development (NCP-OUSD) Sample Questions (Q14-Q19):

NEW QUESTION # 14
Another department at your company has provided layer1.usda that has a Sphere Gprim with animated timeValues that translate the sphere along the Y-axis:
#usda 1.0
(
endTimeCode = 60
startTimeCode = 1
)
def Xform "Asset"
{
def Sphere "Sphere"
{
double3 xformOp:translate.timeSamples = {
1: (0, 5.0, 0)
30: (0, -5.0, 0)
60: (0, 5.0, 0)
}
uniform token[] xformOpOrder = ["xformOp:translate"]
}
}
You've been given rootLayer.usda that references Sphere from layer1.usda as follows:
#usda 1.0
(
endTimeCode = 60
startTimeCode = 1
)
def Xform "World"
{
def Sphere "Sphere" (
prepend references = @./layer1.usda@ < /Asset/Sphere >
)
{
}
}
For testing purposes, you want to check what Sphere would look like if it was at (0, -5.0, 0) at timeCode = 45.
Which of the following changes in rootLayer.usda would place Sphere at -5.0 in the Y-axis at timeCode 45?
Note that it is okay if the position of Sphere at other timeCodes is changed. Choose two.

A. Add a 15 timeCode frame layer offset to the Sphere reference:
def Sphere "Sphere" (
prepend references = @./layer1.usda@ < /Asset/Sphere > (offset = 15)
)
{
}
B. Add the following xformOp overrides to "Sphere":
double3 xformOp:translate.timeSamples = {
1: (0, 5.0, 0),
30: (0, -2.5, 0),
60: (0, -5.0, 0)
}
uniform token[] xformOpOrder = ["xformOp:translate"]
C. Change the layer metadata endTimeCode from 60 to 45:
#usda 1.0
(
endTimeCode = 45
startTimeCode = 1
)
D. Add a (0, -5, 0) translate xformOp timeValue to "World" at timeCode 45:
def Xform "World"
{
double3 xformOp:translate.timeSamples = {
45: (0, -5.0, 0),
}
uniform token[] xformOpOrder = ["xformOp:translate"]
}

Answer: A,D

Explanation:
At timeCode 45, the referenced animation from layer1.usda interpolates between the samples at 30 and 60.
Since the Y values are -5.0 at frame 30 and 5.0 at frame 60, the interpolated local translate at frame 45 is 0.0.
Option A works because adding a parent transform on /World at frame 45 contributes an additional Y translation of -5.0; combined with the sphere's interpolated local value of 0.0, the resulting placement is Y =
-5.0.
Option C also works because a layer offset retimes animation across a reference. NVIDIA defines a layer offset as an adjustment to time values when composing layers through references, payloads, or sublayers, using offset and scale to retime animated data non-destructively. With offset = 15, the source sample at frame
30 is composed at frame 45, so the referenced sphere evaluates to Y = -5.0 at root time 45. Value resolution accounts for layer offsets and interpolation of time samples.
Option B only changes timeline metadata and does not retime or override the animation. Option D interpolates between -2.5 at frame 30 and -5.0 at frame 60, producing -3.75 at frame 45, not -5.0. This aligns with Composition # References, Layer Offsets, Time Samples, and Value Resolution .

NEW QUESTION # 15
If you have a Usd.Prim object named my_prim and you want to specifically retrieve an attribute named
"size", which method would you typically use?

A. my_prim.GetProperty("size")
B. my_prim.GetAttribute("size")
C. my_prim.GetRelationship("size")
D. my_prim.GetPrimvar("size")

Answer: B

Explanation:
The correct method is my_prim.GetAttribute("size") because the question asks for a specific attribute , not a relationship or generic property. NVIDIA's Learn OpenUSD material defines properties as the data-bearing namespace objects on prims and distinguishes two property categories: attributes and relationships .
Attributes hold typed values, while relationships point to other objects in the scene description. NVIDIA's Omniverse developer reference also states that Usd.Prim.GetAttribute() returns a Usd.Attribute, after which Usd.Attribute.Get() is used to resolve the actual authored or composed value.
Option A is therefore the precise API call. Option B is incorrect because GetRelationship() retrieves relationship properties, not value-bearing attributes. Option C is less specific: GetProperty("size") can retrieve either an attribute or relationship as a generic UsdProperty, requiring additional type handling. Option D is incorrect because primvars are accessed through schema-specific APIs such as UsdGeom.PrimvarsAPI, not directly as a general Usd.Prim method. This aligns with Pipeline Development # USD Python API, Property Access, Attributes, Relationships, and Scenegraph Authoring .

NEW QUESTION # 16
To mark OBJ meshes as polygonal (not SubD), set:

A. UsdGeom.Tokens.loop
B. UsdGeom.Tokens.bilinear
C. UsdGeom.Tokens.none
D. UsdGeom.Tokens.catmullClark

Answer: C

Explanation:
UVs are stored as primvars (often face-varying).

NEW QUESTION # 17
What is the role of SetStartTimeCode() and SetEndTimeCode() in a USD stage?

A. To control rendering resolution
B. To attach metadata to the stage
C. To specify the animation timeline range
D. To define object material properties

Answer: C

Explanation:
These methods define the start and end frames of the animation timeline.

NEW QUESTION # 18
What is a risk of creating too many variant sets?

A. Variant combinations may never be used, leading to unnecessary complexity
B. References cannot be used anymore
C. All payloads will fail to load
D. Sublayers will automatically be erased

Answer: A

Explanation:
Excessive variants increase complexity and unused combinations waste authoring effort.

NEW QUESTION # 19
......

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