Crowd Movement Analysis, Route Distribution, and Bottleneck Points

A practical 5-day program covering movement-data collection, density and flow analysis, route distribution, bottleneck classification, simulation, optimization, and congestion prediction for Hajj, Umrah, delegation, and high-density crowd operations.

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Expert-Led Training

Practical Learning

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days

5 Days

Language

English / Arabic

Course Summary

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Flexible / Always Available

Certificate

Accredited Certificate

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5 Days

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Course Details

Overview

The "Crowd Movement Analysis, Route Distribution, and Bottleneck Points" course is a specialized applied training program within the Professional Program in Crowd, Delegation, and Hajj and Umrah Operations Management. It is designed to equip participants with practical knowledge and field capabilities related to movement-data collection, density and flow analysis, route distribution, bottleneck classification, simulation, optimization, and congestion prediction.

The program follows the same source structure and moves participants from core concepts and operating principles to field application through Hajj and Umrah scenarios, route maps, data analysis, emergency simulations, operational checklists, role distribution, reporting templates, and practical workshops.

Objectives

Program Objectives

By the end of this course, participants will be able to:

Apply the practical methods, technologies, tools, checklists, and field procedures required for Crowd Movement Analysis, Route Distribution, and Bottleneck Points.
Demonstrate applied capability to implement the course topic in real Hajj, Umrah, delegation, and beneficiary-service contexts.
Use realistic Hajj and Umrah case studies to convert operational requirements into practical field actions.
Identify risks, gaps, bottlenecks, stakeholder needs, service issues, or technology opportunities using structured tools.
Prepare clear recommendations and action plans that support safe, smooth, and high-quality service delivery for the Guests of Allah.

Target Audience

This program is designed for the following target groups:

Leaders, officers, supervisors, and field staff working in Hajj, Umrah, security, civil defense, health, transport, municipal, accommodation, and pilgrim-service operations.
Crowd-management planners, operations-room teams, route planners, safety officers, emergency managers, data analysts, and smart-systems developers.
Protocol, reception, delegation, visitor-service, call-center, beneficiary-service, guidance, and volunteer-team personnel serving pilgrims and official visitors.
Managers and specialists in government, private, and non-profit organizations involved in Hajj and Umrah services, field coordination, digital platforms, or operational excellence.
Researchers, consultants, trainers, graduates, and professionals seeking specialization in crowd management, delegation management, and Hajj and Umrah operations.

Competencies

Core Competencies

Calculate Average Density and Flow Rate Using CCTV Data

Covers density measurement and safe density thresholds. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making.

Apply the Inflow/Outflow Ratio Model to Identify a Critical Bottleneck

Covers density measurement and safe density thresholds. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Key source references: 2000 شخص, 1500 شخص, 2000, 1500, 1, 33, 500 شخص, 10.

Build a Simple AnyLogic Simulation Model for a Mina Tunnel

Covers simulation scenarios to test route changes before implementation. Includes identification, classification, prioritization, and selection of suitable operational responses. Uses scenario-based simulation to compare alternatives and test operational decisions before field implementation. Key source references: 1000 شخص, 1.2 متر, 5, 8.

Apply the A* Algorithm to Distribute Crowds Across Two Routes Between Arafat and Muzdalifah

Covers the topic through field examples, operational models, case discussions, checklists, and practical application in Hajj and Umrah crowd-management environments. Key source references: 3 كم, 10, 5000 شخص, 5 كم, 6, 3000 شخص, 8000 شخص, 5000, 3000.

Test a Corridor-Closure Scenario at Jamarat and Its Impact on Density

Covers density measurement and safe density thresholds. Covers simulation scenarios to test route changes before implementation. Covers evacuation routes, assembly points, and crowd guidance measures. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Uses scenario-based simulation to compare alternatives and test operational decisions before field implementation. Key source references: 4, 3, 7, 15 دقيقة.

Apply an LSTM Model to Predict Density Ten Minutes Ahead

Covers density measurement and safe density thresholds. Covers LSTM time-series forecasting for short-term density prediction. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Key source references: 3 أيام, LSTM, 10.

Learning Journey

Program Outline

Day 1: Collecting and Analyzing Crowd Movement Data

Crowd Movement Data Sources

Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Covers LiDAR-based density and movement monitoring. Covers CCTV and video analytics for real-time crowd monitoring. Covers GPS or mobile-location data for movement analysis. Includes identification, classification, prioritization, and selection of suitable operational responses. Key source references: 1, CCTV, 2, LiDAR, 3, 4, GPS, 5, 6.

Density Measurement - Movement Speed

Covers density measurement and safe density thresholds. Covers flow-rate calculation and comparison between inflow and outflow. Covers movement speed and its relationship with density. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Key source references: 1, 2, 3, 4, 0, 5, 1.5 م/ث, 1.0 م/ث, 0.5 م/ث.

Video Analytics Tools (Video Analytics)

Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Includes identification, classification, prioritization, and selection of suitable operational responses. Key source references: 1, 2, 3, 4, 5, 30, 10.

Practical Workshop

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Includes identification, classification, prioritization, and selection of suitable operational responses. Key source references: 1, 10, 100 متر, 2, 3, 4, 5, 6.

Trajectory Analysis (Trajectory Analysis)

Covers movement speed and its relationship with density. Covers bottleneck identification, classification, and mitigation. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Includes identification, classification, prioritization, and selection of suitable operational responses. Key source references: 1, 2, 3, 4, 50.

Day 2: Identifying and Analyzing Bottlenecks (Bottlenecks)

Bottleneck Identification - Bottleneck Analysis

Covers density measurement and safe density thresholds. Covers flow-rate calculation and comparison between inflow and outflow. Covers bottleneck identification, classification, and mitigation. Includes identification, classification, prioritization, and selection of suitable operational responses. Key source references: 1, 2, 3, 4, 5, 7, 10%, 50%, 20%.

Applied Crowd Management Topic

Practical Workshop

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Key source references: 10, 2000 شخص, 1500 شخص, 500 متر, 3, 7, 1, 2, 500, 2000, 1500, 500 شخص, 4, 5.

Density Measurement - Lidar-Based Density

Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Covers LiDAR-based density and movement monitoring. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Includes identification, classification, prioritization, and selection of suitable operational responses. Key source references: LiDAR, 1, 2, 3, 4, 5, 100 متر.

Bottleneck Identification

Covers density measurement and safe density thresholds. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Includes identification, classification, prioritization, and selection of suitable operational responses.

Day 3: Designing and Distributing Crowd Routes

Route Distribution Principles (Route Distribution Principles)

Covers one-way flow design to avoid counter-flow conflicts. Key source references: 1, 2, 3, 4, 5.

Applied Crowd Management Topic

Covers density measurement and safe density thresholds.

Practical Workshop

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Key source references: 1, 3 كم, 10, 1 م/ث, 5000 شخص, 2, 5 كم, 6, 0.8 م/ث, 3000 شخص, 3, 8000 شخص, 4, 5000, 3000, 5, 8, 8000.

Final Test and Course Review - Simulation Scenarios To Test Route Changes Before Implementation

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Covers simulation scenarios to test route changes before implementation. Covers AnyLogic simulation modeling and scenario comparison. Covers evacuation routes, assembly points, and crowd guidance measures. Uses scenario-based simulation to compare alternatives and test operational decisions before field implementation. Key source references: AnyLogic, 4, 1, 4000 شخص, 2, 6000 شخص, 8, 3, 2000 شخص, 10, 1000 شخص.

Applied Crowd Management Topic

Covers density measurement and safe density thresholds. Covers LiDAR-based density and movement monitoring. Covers CCTV and video analytics for real-time crowd monitoring. Covers Nusuk card and platform usage for movement organization and service delivery. Uses scenario-based simulation to compare alternatives and test operational decisions before field implementation. Key source references: نسك, 1, LiDAR, CCTV, 2, 5, 3, 4.

Day 4: Crowd Simulation and Microscopic Modeling (Microscopic Modeling)

Microscopic Pedestrian Modeling (Microscopic Pedestrian Models)

Covers movement speed and its relationship with density. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Key source references: 1, 2, 3.

Anylogic Simulation Modeling

Covers density measurement and safe density thresholds. Covers simulation scenarios to test route changes before implementation. Covers AnyLogic simulation modeling and scenario comparison. Covers evacuation routes, assembly points, and crowd guidance measures. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Includes identification, classification, prioritization, and selection of suitable operational responses. Uses scenario-based simulation to compare alternatives and test operational decisions before field implementation. Key source references: AnyLogic, 1, 2, 3, 4, 5, 6, 20, 20 متر, 200 شخص.

Applied Crowd Management Topic

Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Covers AnyLogic simulation modeling and scenario comparison. Covers evacuation routes, assembly points, and crowd guidance measures. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Key source references: 1, 2, 3, 4, 5, AnyLogic, 10.

Practical Workshop

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Covers simulation scenarios to test route changes before implementation. Covers evacuation routes, assembly points, and crowd guidance measures. Uses scenario-based simulation to compare alternatives and test operational decisions before field implementation. Key source references: 1, 50 متر, 2 متر, 2, 500 شخص, 100 شخص, 3, 10, 4, 5, 50 شخص, 6.

Simulation Scenarios To Test Route Changes Before Implementation

Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Covers simulation scenarios to test route changes before implementation. Covers AnyLogic simulation modeling and scenario comparison. Covers LiDAR-based density and movement monitoring. Covers CCTV and video analytics for real-time crowd monitoring. Uses scenario-based simulation to compare alternatives and test operational decisions before field implementation. Key source references: LiDAR, CCTV, 1, AnyLogic, 2, 3, 4, 5, 10.

Day 5: Machine Learning for Congestion Prediction (Crowd Congestion Prediction)

Machine Learning Models For Prediction

Covers density measurement and safe density thresholds. Covers LSTM time-series forecasting for short-term density prediction. Covers Random Forest models for crowd-level classification and prediction. Includes identification, classification, prioritization, and selection of suitable operational responses. Key source references: 1, 2, 3, Random Forest, XGBoost, LSTM.

Data Preparation for Machine Learning (Data Preparation)

Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Key source references: 1, 5, 2, 3, 4.

Density Measurement - Lstm Time-Series Forecasting For Short-Term Density Prediction

Practical Workshop - Random Forest Models For Crowd-Level Classification

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Covers Random Forest models for crowd-level classification and prediction. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Includes identification, classification, prioritization, and selection of suitable operational responses. Key source references: 1, 2, 0, 3, 5, 7, 4, Random Forest, 6.

Applied Crowd Management Topic

Covers density measurement and safe density thresholds. Covers LSTM time-series forecasting for short-term density prediction. Covers Random Forest models for crowd-level classification and prediction. Key source references: 10, 1, LSTM, Random Forest, 2, 5, 3, 4, 6.

Final Test and Course Review

Covers density measurement and safe density thresholds. Covers bottleneck identification, classification, and mitigation.

Enrollment Summary

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Crowd Movement Analysis, Route Distribution, and Bottleneck Points

Certificate Included

Expert-Led Training

Practical Learning

Enrollment Support

days

5 Days

Language

English / Arabic

Overview

Program Objectives

By the end of this course, participants will be able to:

Apply the practical methods, technologies, tools, checklists, and field procedures required for Crowd Movement Analysis, Route Distribution, and Bottleneck Points.
Demonstrate applied capability to implement the course topic in real Hajj, Umrah, delegation, and beneficiary-service contexts.
Use realistic Hajj and Umrah case studies to convert operational requirements into practical field actions.
Identify risks, gaps, bottlenecks, stakeholder needs, service issues, or technology opportunities using structured tools.
Prepare clear recommendations and action plans that support safe, smooth, and high-quality service delivery for the Guests of Allah.

Target Audience

This program is designed for the following target groups:

Leaders, officers, supervisors, and field staff working in Hajj, Umrah, security, civil defense, health, transport, municipal, accommodation, and pilgrim-service operations.
Crowd-management planners, operations-room teams, route planners, safety officers, emergency managers, data analysts, and smart-systems developers.
Protocol, reception, delegation, visitor-service, call-center, beneficiary-service, guidance, and volunteer-team personnel serving pilgrims and official visitors.
Managers and specialists in government, private, and non-profit organizations involved in Hajj and Umrah services, field coordination, digital platforms, or operational excellence.
Researchers, consultants, trainers, graduates, and professionals seeking specialization in crowd management, delegation management, and Hajj and Umrah operations.

Core Competencies

Calculate Average Density and Flow Rate Using CCTV Data

Covers density measurement and safe density thresholds. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making.

Apply the Inflow/Outflow Ratio Model to Identify a Critical Bottleneck

Build a Simple AnyLogic Simulation Model for a Mina Tunnel

Apply the A* Algorithm to Distribute Crowds Across Two Routes Between Arafat and Muzdalifah

Test a Corridor-Closure Scenario at Jamarat and Its Impact on Density

Apply an LSTM Model to Predict Density Ten Minutes Ahead

Program Outline

Day 1: Collecting and Analyzing Crowd Movement Data

Crowd Movement Data Sources

Density Measurement - Movement Speed

Video Analytics Tools (Video Analytics)

Practical Workshop

Trajectory Analysis (Trajectory Analysis)

Day 2: Identifying and Analyzing Bottlenecks (Bottlenecks)

Bottleneck Identification - Bottleneck Analysis

Applied Crowd Management Topic

Practical Workshop

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Key source references: 10, 2000 شخص, 1500 شخص, 500 متر, 3, 7, 1, 2, 500, 2000, 1500, 500 شخص, 4, 5.

Density Measurement - Lidar-Based Density

Bottleneck Identification

Covers density measurement and safe density thresholds. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Includes identification, classification, prioritization, and selection of suitable operational responses.

Day 3: Designing and Distributing Crowd Routes

Route Distribution Principles (Route Distribution Principles)

Covers one-way flow design to avoid counter-flow conflicts. Key source references: 1, 2, 3, 4, 5.

Applied Crowd Management Topic

Covers density measurement and safe density thresholds.

Practical Workshop

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Key source references: 1, 3 كم, 10, 1 م/ث, 5000 شخص, 2, 5 كم, 6, 0.8 م/ث, 3000 شخص, 3, 8000 شخص, 4, 5000, 3000, 5, 8, 8000.

Final Test and Course Review - Simulation Scenarios To Test Route Changes Before Implementation

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Covers simulation scenarios to test route changes before implementation. Covers AnyLogic simulation modeling and scenario comparison. Covers evacuation routes, assembly points, and crowd guidance measures. Uses scenario-based simulation to compare alternatives and test operational decisions before field implementation. Key source references: AnyLogic, 4, 1, 4000 شخص, 2, 6000 شخص, 8, 3, 2000 شخص, 10, 1000 شخص.

Applied Crowd Management Topic

Day 4: Crowd Simulation and Microscopic Modeling (Microscopic Modeling)

Microscopic Pedestrian Modeling (Microscopic Pedestrian Models)

Anylogic Simulation Modeling

Applied Crowd Management Topic

Practical Workshop

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Covers simulation scenarios to test route changes before implementation. Covers evacuation routes, assembly points, and crowd guidance measures. Uses scenario-based simulation to compare alternatives and test operational decisions before field implementation. Key source references: 1, 50 متر, 2 متر, 2, 500 شخص, 100 شخص, 3, 10, 4, 5, 50 شخص, 6.

Simulation Scenarios To Test Route Changes Before Implementation

Day 5: Machine Learning for Congestion Prediction (Crowd Congestion Prediction)

Machine Learning Models For Prediction

Data Preparation for Machine Learning (Data Preparation)

Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Key source references: 1, 5, 2, 3, 4.

Density Measurement - Lstm Time-Series Forecasting For Short-Term Density Prediction

Practical Workshop - Random Forest Models For Crowd-Level Classification

Practical application: participants work individually or in small teams on a realistic Hajj and Umrah operations scenario using worksheets, maps, calculations, role play, or simulation outputs. Covers density measurement and safe density thresholds. Covers movement speed and its relationship with density. Covers Random Forest models for crowd-level classification and prediction. Includes quantitative calculations, formulas, assumptions, thresholds, and interpretation of the results for operational decision-making. Includes identification, classification, prioritization, and selection of suitable operational responses. Key source references: 1, 2, 0, 3, 5, 7, 4, Random Forest, 6.

Applied Crowd Management Topic

Covers density measurement and safe density thresholds. Covers LSTM time-series forecasting for short-term density prediction. Covers Random Forest models for crowd-level classification and prediction. Key source references: 10, 1, LSTM, Random Forest, 2, 5, 3, 4, 6.

Final Test and Course Review

Covers density measurement and safe density thresholds. Covers bottleneck identification, classification, and mitigation.

Crowd Movement Analysis, Route Distribution, and Bottleneck Points

Request Schedule & Quotation

Overview

Program Objectives

Target Audience

Core Competencies

Calculate Average Density and Flow Rate Using CCTV Data

Apply the Inflow/Outflow Ratio Model to Identify a Critical Bottleneck

Build a Simple AnyLogic Simulation Model for a Mina Tunnel

Apply the A* Algorithm to Distribute Crowds Across Two Routes Between Arafat and Muzdalifah

Test a Corridor-Closure Scenario at Jamarat and Its Impact on Density

Apply an LSTM Model to Predict Density Ten Minutes Ahead

Program Outline

Day 1: Collecting and Analyzing Crowd Movement Data

Day 2: Identifying and Analyzing Bottlenecks (Bottlenecks)

Day 3: Designing and Distributing Crowd Routes

Day 4: Crowd Simulation and Microscopic Modeling (Microscopic Modeling)

Day 5: Machine Learning for Congestion Prediction (Crowd Congestion Prediction)

More courses open for booking

Explore Our Monthly Training Schedules

Crowd Movement Analysis, Route Distribution, and Bottleneck Points

Request Schedule & Quotation

Overview

Program Objectives

Target Audience

Core Competencies

Calculate Average Density and Flow Rate Using CCTV Data

Apply the Inflow/Outflow Ratio Model to Identify a Critical Bottleneck

Build a Simple AnyLogic Simulation Model for a Mina Tunnel

Apply the A* Algorithm to Distribute Crowds Across Two Routes Between Arafat and Muzdalifah

Test a Corridor-Closure Scenario at Jamarat and Its Impact on Density

Apply an LSTM Model to Predict Density Ten Minutes Ahead

Program Outline

Day 1: Collecting and Analyzing Crowd Movement Data

Day 2: Identifying and Analyzing Bottlenecks (Bottlenecks)

Day 3: Designing and Distributing Crowd Routes

Day 4: Crowd Simulation and Microscopic Modeling (Microscopic Modeling)

Day 5: Machine Learning for Congestion Prediction (Crowd Congestion Prediction)

More courses open for booking

Explore Our Monthly Training Schedules