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Autodesk BIM_MGT_101 Exam Syllabus Topics:

Section	Weight	Objectives
Topic 1: Project Needs Assessment	28%	- Initialize project setup 1. Participate in project kickoff meetings 2. Implement project-specific BIM processes 3. Assemble interdependent models 4. Establish project datums and coordinate systems - Analyze project requirements 1. Define tool ecosystem for project execution 2. Determine client BIM requirements and expectations 3. Assess team capacity and identify training needs - Develop and implement project-specific BIM Execution Plan (BEP) 1. Define project BIM goals and uses 2. Establish risk management and quality control frameworks 3. Set information delivery plans 4. Distribute and align BEP with delivery teams 5. Define Level of Development (LOD) or Level of Information Need - Implement quality control procedures 1. Assess model performance and health 2. Verify information completeness and compliance
Topic 2: Collaboration Process	36%	- Coordinate and maintain geolocation 1. Align shared coordinates across models 2. Resolve coordinate and unit discrepancies 3. Implement location changes using shared coordinates - Review consultant and subcontractor deliverables 1. Evaluate geometry and content accuracy 2. Enforce adherence to project and industry standards 3. Validate compliance with QA, LOD, and information requirements - Manage Common Data Environment (CDE) workflows 1. Share data securely with internal and external parties 2. Implement issue tracking and resolution processes 3. Manage access permissions and data security - Manage multidisciplinary 3D models 1. Map phases across linked models 2. Assemble multi-building or multi-discipline model sets 3. Implement shared parameters and standards - Manage 3D coordination 1. Oversee clash detection workflows 2. Assign and track clash resolution responsibilities 3. Define clash matrix and reporting standards
Topic 3: Corporate Standards and Documentation	16%	- Develop BIM Execution Plan (BEP) templates 1. Define mobilization plan templates 2. Establish information delivery plan templates 3. Establish risk management system templates 4. Define project team roles and responsibilities - Establish BIM standards aligned with organizational requirements 1. Create model health thresholds 2. Research, interpret, and apply industry and data standards - Evaluate digital tools for consistency and efficiency 1. Establish standard tool evaluation processes 2. Evaluate tools and build business cases - Create project and content templates 1. Customize content creation templates 2. Create Autodesk Construction Cloud (ACC) project templates 3. Create multidisciplinary model templates 4. Support graphic standards via authoring tools - Develop training and learning paths 1. Assess staff competencies against requirements 2. Create training resources for career development - Document corporate-level best practices 1. Perform post-project evaluations 2. Review and update BIM standards 3. Define QA/QC processes for milestone reviews
Topic 4: Data Management	20%	- Ensure model creation complies with standards 1. Enforce naming, numbering, and coding conventions 2. Control visibility and output standards - Execute project closeout 1. Archive project data securely 2. Facilitate compliant data handover - Audit and resolve model issues 1. Manage workset, browser, and layer organization 2. Verify alignment with project and industry standards 3. Address file performance and corruption issues

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Autodesk Certified Professional in BIM Management for Building Design Sample Questions (Q11-Q16):

NEW QUESTION # 11
An AEC company has received a design model from the Architect of Record to begin creating construction documentation. The BIM Execution Plan identifies a fast-track delivery schedule, and the project team includes new consultants with limited exposure to the client's preferred toolset and workflows. The BIM manager must determine how best to prepare the delivery team and assess the model's compatibility with internal systems.
As the BIM manager prepares for the Project Kickoff meeting, which two pieces of information are most critical to avoid issues related to digital compatibility? (Select two.)

A. Graphic standards.
B. Any add-ins required.
C. Project units.
D. Software version and build.
E. Shared Coordinates.

Answer: B,D

Explanation:
Software version and build information is essential because Revit models are not backward-compatible. Opening and saving a model in a newer release upgrades it, potentially preventing teams using an earlier version from accessing the file. Build differences can also matter where hotfixes or updates affect cloud worksharing, interoperability, stability, or specific model functions.
Required add-ins are equally important. A model or workflow may depend on third-party tools for data validation, content placement, exports, parameter management, automation, or specialized object handling. If contributors lack the approved add-in or use incompatible versions, they may be unable to reproduce required processes or may generate inconsistent deliverables.
Project units and shared coordinates are critical for modelling and spatial coordination, but they are project-configuration issues rather than the most direct determinants of digital-tool compatibility. Graphic standards govern presentation and documentation consistency but do not determine whether the model and workflow can be operated within the organization's technology environment.
The kickoff should therefore confirm the approved software release, build, update policy, required add-ins, licensing, installation procedures, and testing responsibilities before production begins.
Reference topics: Software compatibility; Revit version management; approved builds; add-in governance; technology assessment; project kickoff; fast-track mobilization.

NEW QUESTION # 12
Refer to the exhibits.

A BIM manager is preparing a site model that includes three separate buildings. Which exhibit shows the correct way to assemble and position the individual building models on the site while maintaining proper coordinates and orientation?

A. Exhibit 3
B. Exhibit 2
C. Exhibit 1
D. Exhibit 4

Answer: A

Explanation:
Exhibit 3 represents the correct multi-building coordination condition. It shows the three building models occupying their intended and separate locations while referencing a common site-coordinate framework. Each building retains the model reference required for its individual internal setup, but all models are related to one consolidated site reference, thereby preserving their geographic placement and orientation when linked into the site model.
Exhibit 1 displays multiple displaced site-reference indicators, suggesting that the building models have not been reconciled to one authoritative shared-coordinate system. This condition creates a risk that models will appear correctly only when manually positioned and will subsequently shift when reloaded or exchanged. Exhibit 2 does not demonstrate the required relationship between the individual building origins and the shared site reference. Exhibit 4 places the building geometries on top of one another, which is characteristic of models linked using a common internal origin without applying their correct site positions.
For a campus or multi-building project, the site model should function as the authoritative spatial reference. Each building model is positioned against that site definition, and the coordinated relationship is retained through shared positioning rather than repeated manual movement. This allows consistent federation, consultant exchange, reload behavior, and downstream coordination.
Reference topics: Shared coordinates; multi-building projects; site-model authority; linked-model positioning; survey and internal reference management; model federation.

NEW QUESTION # 13
The BIM manager is working in an Architectural model that uses the phases Existing and New Construction. They have linked in a Structural model that uses only Phase 1 for existing and Phase 2 for new construction. After linking, they notice that demolition elements from the Structural model do not display correctly in the demolition views.
Which approach allows the BIM manager to display linked elements correctly based on this phase setup, without changing the phases in the linked model?

A. Open the linked model and manually change its phase names to match the host model.
B. Map the linked model's phases to the host model's phases in the Revit Link properties.
C. Override the linked view's phase settings using view templates in the host model.
D. Apply a phase-filter override to the linked model using Visibility/Graphics settings.

Answer: B

Explanation:
Revit phase mapping is specifically intended to reconcile differences between phase structures in a host model and a linked Revit model. The BIM manager should map Phase 1 in the structural link to Existing in the architectural host and map Phase 2 to New Construction. Revit can then interpret the linked elements' phase-created and phase-demolished conditions in the context of the host view.
This preserves the structural consultant's internal phase definitions and avoids altering a model controlled by another discipline. It also produces consistent display behaviour across host views using phase filters such as Show Previous + Demo, Show Complete, or other project-specific configurations.
A Visibility/Graphics override can alter how an entire link or category appears, but it does not correctly translate the underlying phase relationships. Renaming or restructuring the phases directly in the consultant's model is unnecessary and may disrupt that firm's documentation. A host view template can control link-display settings, but it cannot substitute for correct phase correspondence where the two files use different phase names or phase structures.
Phase mapping is therefore the controlled, non-destructive coordination mechanism for this scenario.
Reference topics: Revit phase mapping; linked-model display; phase filters; demolition views; host and consultant model coordination; multidisciplinary phase standards.

NEW QUESTION # 14
A BIM manager is running clash detection for the first time on a large retail project during the Design Development phase. After copying all the models to the coordination space on Autodesk Forma, the matrix shows no clashes among any of the models.
How should the BIM manager proceed?

A. Continue forward on the project because there are no coordination issues.
B. Add sheets to the publish settings and rerun the clash.
C. Use the project as a case study for a firm-wide presentation.
D. Verify the shared coordinates for each model and republish.

Answer: D

Explanation:
A complete absence of clashes on a large multidisciplinary retail project is more likely to indicate an input or positioning problem than perfect coordination. The BIM manager should first confirm that every published model uses the approved shared-coordinate system and appears in the correct horizontal position, elevation, and orientation. Models exported using unrelated internal or project coordinates may be separated by a substantial distance in the coordination space, preventing the clash engine from detecting intersections.
After correcting the source models, the teams should republish the designated coordination views and verify visually that the architectural, structural, and building-services models overlay correctly before rerunning clash detection. Publication status, model versions, included geometry, and coordination-space assignments should also be checked.
Adding sheets does not affect three-dimensional clash detection because sheets are documentation containers rather than coordinated model geometry. Proceeding on the assumption that zero results means zero issues would bypass essential input validation. A case study would be inappropriate until the unexpected result has been investigated and confirmed.
The governing principle is that clash results are only reliable when the model inputs, coordinate systems, publication settings, and federation are validated first.
Reference topics: Shared coordinates; model publication; coordination-space validation; clash-detection inputs; federated-model positioning; quality assurance.

NEW QUESTION # 15
The BIM manager is coordinating a multi-building project in which each building must maintain a unique internal coordinate system but share a common origin point for site-wide references.
Which two actions are required to correctly manage the coordinate setup in this scenario? (Select two.)

A. Assign a unique Project Base Point for each building model.
B. Create unique Survey and Project Base Points for all buildings, maintaining individual Building Coordination.
C. Share coordinates by acquiring from the master site model, using a single Survey and Project Base Point.
D. Place the Survey Point at the shared site origin for all buildings.
E. Place the Project Base Point at the shared site origin for all buildings.

Answer: A,D

Explanation:
The Survey Point represents the shared real-world or site coordinate framework. Placing or defining it consistently at the common site origin allows every building model to relate to the same survey reference for federation, site plans, civil coordination, and geographically consistent exports.
Each building should retain its own Project Base Point because this point supports the building's local project-coordinate framework. A building may use a convenient internal datum and orientation suited to its grids, geometry, and documentation while still maintaining a transformation to the common survey system. This separation allows the buildings to remain independently manageable without losing site-wide positional accuracy.
Placing every Project Base Point at the shared site origin would eliminate the intended distinction between each building's local coordinate basis and the common site reference. Likewise, using a single Project Base Point across all separate models is not how Revit coordinate systems operate; each model has its own internal origin, Project Base Point, and Survey Point. Option B is imprecise because the requirement is not to establish unrelated Survey Points, but to align the models to one shared site origin.
The correct arrangement is a common Survey Point reference combined with a locally appropriate Project Base Point for each building.
Reference topics: Survey Point; Project Base Point; multi-building coordination; local versus shared coordinates; site federation; building-specific origins.

NEW QUESTION # 16
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