A campus digital twin can add value to emergency exercises when the objective depends on real routes, access points, building relationships, staging locations, visibility or facilities dependencies. It should not be used merely because a three-dimensional model is available. Define the decision first, include only the required detail, validate it and document what the model does not represent.
A twin can be viewed on a screen or through immersive technology. The interface matters less than the accuracy and instructional purpose of the representation.
Choose site-dependent objectives
Good candidates include comparing evacuation routes, selecting an alternate assembly area, planning accessible movement, coordinating entry for partners, locating facilities controls, examining congestion or transferring operations between buildings.
Objectives that center on policy authority or message approval may need a plan and communication simulation rather than a detailed model. Use the simplest representation that elicits the target performance.
Define the model's scope
List the buildings, grounds and systems needed. Decide which features require accurate geometry, which only need recognisable landmarks and which can be omitted. A campus-wide model may use different detail levels for different areas.
Record whether doors, cameras, utilities, lifts, alarms or access controls are visual, simulated or connected to live data. Do not allow visual realism to imply a functional connection that does not exist.
Validate critical features
Facilities, accessibility, emergency-management and operational personnel should review the model. Check scale, routes, levels, entrances, barriers, gathering areas and the features used in exercise decisions.
Add a visible “valid as of” date. Campuses change through construction, events, temporary closures and room reassignment. Establish who reports changes, who approves updates and which differences can be covered by an exercise note.
Protect sensitive information
Apply institutional information-security and privacy requirements. Detailed interiors, security systems, infrastructure and access data may need restricted handling. Include only what participants require and control who can view, export or share the scenario.
Exercise logs may also contain participant decisions or simulated personal information. Define retention and access before the event.
Design evacuation exercises around decisions
A model can present an unavailable route, congestion, weather, mobility requirement or change in building status. Participants should compare alternatives, communicate the decision and update accountability or transportation plans.
Do not treat movement through a model as validation of real evacuation time. Physical behavior, crowd dynamics, alarms, environmental conditions and human assistance require other evidence. Use the twin to improve planning, then conduct appropriate focused drills under applicable rules.
Design access and coordination exercises
Ask teams to choose entry, staging, delivery or family-access points based on current conditions. Provide different roles with different information so they must build a shared picture. Include a facilities or partner voice that can confirm whether the proposed route is workable.
Track which model features influenced the decision. If participants ignore an important constraint, determine whether the issue was the plan, briefing, interface or data.
Support accessible participation
Provide a screen-based or non-immersive option where possible. Test keyboard access, labels, contrast, captions and the needs of participants who cannot use a headset or navigate a three-dimensional space comfortably.
Accessibility is also part of the scenario. Include routes, transport and support for students, staff and visitors with different needs. Involve the people responsible for those arrangements.
Connect the twin to the exercise record
Capture annotations, selected routes, resource placements, decisions and time-stamped changes in a form that supports debrief. Screenshots alone may not explain why a choice was made, so ask participants to record assumptions and unresolved information.
Afterward, separate findings about the campus from findings about the model. An incorrect access point requires a data update; an unclear approval path requires a plan or policy action.
Use a readiness checklist
Objective materially depends on the campus layout
Critical data has an owner and validation date
Sensitive detail is protected
Accessibility and alternative participation are planned
Facilitators can change conditions and recover the session
Exercise outputs can be reviewed
Model limitations are visible
Findings can feed plan updates and later live validation
Used this way, a campus digital twin becomes a shared decision environment—not a decorative replica.
Sources
NIST Digital Twins: https://www.nist.gov/el/intelligent-systems-division-73500/digital-twins
US Department of Education Emergency Planning: https://www.ed.gov/teaching-and-administration/safe-learning-environments/school-safety-and-security/emergency-planning
US Department of Education Emergency Exercises Fact Sheet: https://www.ed.gov/media/document/rems-emergency-exercises-fact-sheet-508c-2022-113227.pdf
FEMA Homeland Security Exercise and Evaluation Program: https://training.fema.gov/programs/nsec/hseep/
NIST Public Safety Immersive Test Center: https://www.nist.gov/ctl/pscr/about/public-safety-immersive-test-center
Continue the conversation
Every training environment has different constraints. If you are working through how to make scenarios more repeatable, measurable, or accessible, share your training challenge with us.
A campus digital twin can add value to emergency exercises when the objective depends on real routes, access points, building relationships, staging locations, visibility or facilities dependencies. It should not be used merely because a three-dimensional model is available. Define the decision first, include only the required detail, validate it and document what the model does not represent.
A twin can be viewed on a screen or through immersive technology. The interface matters less than the accuracy and instructional purpose of the representation.
Choose site-dependent objectives
Good candidates include comparing evacuation routes, selecting an alternate assembly area, planning accessible movement, coordinating entry for partners, locating facilities controls, examining congestion or transferring operations between buildings.
Objectives that center on policy authority or message approval may need a plan and communication simulation rather than a detailed model. Use the simplest representation that elicits the target performance.
Define the model's scope
List the buildings, grounds and systems needed. Decide which features require accurate geometry, which only need recognisable landmarks and which can be omitted. A campus-wide model may use different detail levels for different areas.
Record whether doors, cameras, utilities, lifts, alarms or access controls are visual, simulated or connected to live data. Do not allow visual realism to imply a functional connection that does not exist.
Validate critical features
Facilities, accessibility, emergency-management and operational personnel should review the model. Check scale, routes, levels, entrances, barriers, gathering areas and the features used in exercise decisions.
Add a visible “valid as of” date. Campuses change through construction, events, temporary closures and room reassignment. Establish who reports changes, who approves updates and which differences can be covered by an exercise note.
Protect sensitive information
Apply institutional information-security and privacy requirements. Detailed interiors, security systems, infrastructure and access data may need restricted handling. Include only what participants require and control who can view, export or share the scenario.
Exercise logs may also contain participant decisions or simulated personal information. Define retention and access before the event.
Design evacuation exercises around decisions
A model can present an unavailable route, congestion, weather, mobility requirement or change in building status. Participants should compare alternatives, communicate the decision and update accountability or transportation plans.
Do not treat movement through a model as validation of real evacuation time. Physical behavior, crowd dynamics, alarms, environmental conditions and human assistance require other evidence. Use the twin to improve planning, then conduct appropriate focused drills under applicable rules.
Design access and coordination exercises
Ask teams to choose entry, staging, delivery or family-access points based on current conditions. Provide different roles with different information so they must build a shared picture. Include a facilities or partner voice that can confirm whether the proposed route is workable.
Track which model features influenced the decision. If participants ignore an important constraint, determine whether the issue was the plan, briefing, interface or data.
Support accessible participation
Provide a screen-based or non-immersive option where possible. Test keyboard access, labels, contrast, captions and the needs of participants who cannot use a headset or navigate a three-dimensional space comfortably.
Accessibility is also part of the scenario. Include routes, transport and support for students, staff and visitors with different needs. Involve the people responsible for those arrangements.
Connect the twin to the exercise record
Capture annotations, selected routes, resource placements, decisions and time-stamped changes in a form that supports debrief. Screenshots alone may not explain why a choice was made, so ask participants to record assumptions and unresolved information.
Afterward, separate findings about the campus from findings about the model. An incorrect access point requires a data update; an unclear approval path requires a plan or policy action.
Use a readiness checklist
Objective materially depends on the campus layout
Critical data has an owner and validation date
Sensitive detail is protected
Accessibility and alternative participation are planned
Facilitators can change conditions and recover the session
Exercise outputs can be reviewed
Model limitations are visible
Findings can feed plan updates and later live validation
Used this way, a campus digital twin becomes a shared decision environment—not a decorative replica.
Sources
NIST Digital Twins: https://www.nist.gov/el/intelligent-systems-division-73500/digital-twins
US Department of Education Emergency Planning: https://www.ed.gov/teaching-and-administration/safe-learning-environments/school-safety-and-security/emergency-planning
US Department of Education Emergency Exercises Fact Sheet: https://www.ed.gov/media/document/rems-emergency-exercises-fact-sheet-508c-2022-113227.pdf
FEMA Homeland Security Exercise and Evaluation Program: https://training.fema.gov/programs/nsec/hseep/
NIST Public Safety Immersive Test Center: https://www.nist.gov/ctl/pscr/about/public-safety-immersive-test-center
Continue the conversation
Every training environment has different constraints. If you are working through how to make scenarios more repeatable, measurable, or accessible, share your training challenge with us.