Course title: Traffic Management Plan (TMP) - [Arabic]
Duration: +10 training hours | 5 lessons | 5 sections

The Traffic Management Plan (TMP) course focuses on providing participants with the knowledge and practical skills to prepare, implement and monitor traffic management plans during temporary road works or in operational environments (project sites, factories, hospitals...). The trainee learns to organize the movement of vehicles and pedestrians in work areas, reduce congestion, and protect workers and the public in accordance with regulatory requirements and technical standards.

Target audience

• Traffic engineers
• Road Safety Engineers
• Transportation and highway engineers
• Supervisory and Site Engineers
• Maintenance engineers and supervisors
• Project Managers and Implementation Managers
• Occupational Safety and Health Officers and Coordinators
• Traffic Management Coordinators
• Operations and Maintenance Managers
• Employees of government agencies (Ministry of Transportation, Municipalities, Traffic Safety Departments)
• Consultants, researchers and academics in transportation and traffic safety
• Occupational Safety and Health Officers

Definition and objectives of the Traffic Management Plan (TMP) course 

The course aims to enable participants to:

• Understand the concept of TMP, its objectives, and when it is required.
• Identifying and assessing traffic hazards and developing effective controls (Hazard & Risk Assessment).
• Designing the elements of the plan (signals, signs, signs, detours, barriers, cones, alternative routes).
• Prepare an executable field plan with mechanisms for monitoring, updating, and secure site closure.
• Adherence to relevant legislation and standards (e.g. road zone work guides, occupational health and safety requirements, and frameworks such as Austroads and WHS or local equivalents).
• TMP plan documentation (TCP traffic control plans, incident management, and public communication plans).

TMP Traffic Planning Management Course Main Themes

1. Traffic Management Plan Concept and Objectives
   • Why TMP? Minimize conflicts, improve traffic flow, protect workers and users.
   • When is the plan required (maintenance, expansions, conversions, events)?
2. Types of temporary work and road hazards
   • Categorize actions by duration, location, and impact.
   • Evaluate the level of risk and its impact on speeds, visibility, and traffic flow.
3. Essential TMP Elements
   • Signs and signage, diversion schemes, barriers and side guards, and calming devices.
   • Communication and radio equipment, readiness checks and checklists.
4. Prepare and execute a realistic field plan
   • Site survey and traffic estimation (vehicular/pedestrian/bicycle/public transportation).
   • Arrange devices according to plans, monitor during execution, and adjust on the fly.
   • Safely close the site, remove devices, and return to normal.
5. Safety rules and legal responsibilities
   • Responsibilities of the project owner, contractor, TMP coordinator, and safety inspectors.
   • Documentation, accident/incident investigation, and record-keeping.

Content structure (5 lessons = 5 sections)

Lesson 1: TMP Basics and Framework

• TMP definition, scope, stakeholders, chain of custody.
• Goal matrix (safety, flow, communication, compliance).

Lesson 2: Risk, Standards, and Compliance

• Hazard identification and risk assessment (likelihood x severity).
• Legislation and standards (Austroads/WHS or national and local standards).

Lesson 3: Practical Design of TMP Elements

• Selecting and positioning devices and chart lengths.
• Design examples, TCPs, idle zones, and consolidation.

Lesson 4: Implementation, Monitoring and Closure

• Daily operating plan, team roles, use of communication devices.
• Performance indicators (delays, queues, near-misses), contingency and lockdown plans.

Lesson 5: Documentation, Incident Management, and Communication

• Components of the TMP document: TCPs, Incident Management Plan, Public Information Plan.
• Daily and weekly reports, adjustment history, lessons learned.

Course levels and specializations (according to your needs)

• Execution and control path: Site Setup, Hardware Configuration, Inspection, Shutdown.
• Design path: Assessing network impact, selecting strategies, setting up TCPs.
• Specialized skills: Work area models provided to the trainee in the use of CAD.

Key topics covered in the course

• Hazard & Risk Assessment: Identifying hazards and formulating controls.
• Traffic flow management: Safe paths for vehicles, pedestrians, and bicycles.
• Legislation and standards: Safety requirements and technical specifications.
• Equipment and arrangement: Installation, monitoring, removal.
• Documentation: TCPs, incident plans, public communication.
• Site assessment: Scanning, visibility, speed, traffic volumes, conflict points.

Learning Outcomes

By the end of the Traffic Management Plan TMP course, the participant will be able to:

• Prepare an integrated TMP for an urban or highway worksite.
• Create accurate, executable, and auditable TCP charts.
• Align the design with local standards and occupational safety and health requirements.
• Lead field implementation, monitor performance, and document changes.
• Prepare effective reports and communication schedules with the team and the public.

Training and evaluation method

• Interactive lectures and short practical exercises for each lesson.
• Final assignment/project: Prepare a complete TMP for a selected site (including TCP, incident plan, and communication plan).
• Short test at the end of the course + project submission for certification.

Tools and templates that the trainee gets

• Checklist ready for TMP setup.
• Incident Management Plan Template and Public Communication Plan Template.
• A brief guide to compliance and common standards.

Frequently asked questions

Is the course suitable for beginners?
Yes, it starts with the basics and then progresses to creating a complete plan with practical examples.

Do we need design software?
Content demonstrates principles and typical drawings; provides an overview of CAD; optional CAD workshop can be added.

Does the course include local standards?
We provide a general framework with reference to international examples (Austroads/WHS). It is recommended to refer to the local regulator's guide.

Coach: ElhadyMohamed

Introducing the trainer:

• • PhD researcher in business administration and civil engineer specializing in infrastructure projects and road safety.
  • He has more than 16 years of experience in the design, implementation and maintenance of road projects, with a special focus on safety auditing and accident investigation.
  • Current positionChief Safety Engineer at the Ministry of Transportation and Logistics - Eastern Province, as part of the safety audit project implemented by Eurogroup Engineering Consultants.

• Professional accreditations:

• • Road Safety Professional (RSP1-SA) - Certified by the American Board of Transportation Engineers (ITE).
  • Road Safety Audit Team Leader - certified by the International Road Federation (IRF).
  • Road Safety Auditor (RSA) - certified in several Australian states.
  • Certified instructor and lecturer in Defensive Driving.
  • He holds a NEBOSH certification from the British Institute for Occupational Safety and Health.
  • Professional certifications in project management: PMP - P3O - PMO-CP.

• Highlights:

• Participated in the world's largest road assessment project within the iRAP program in Saudi Arabia in collaboration with the Eastern Province Municipality.
• Conducted more than 200 investigations into fatal traffic accidents, including analyzing the causes and making technical recommendations to improve safety.
• He has trained hundreds of engineers and specialists through advanced courses such as: RSE - RSP - DDS - TMP - ITSS - RSC.

Definition of the course:

• This course focuses on providing participants with the basic knowledge and skills to prepare and implement traffic management plans during the implementation of projects or temporary road works.
• The trainee learns how to regulate traffic, ensure the safety of drivers and pedestrians, and minimize congestion during field work.

Main axes:

• Traffic Management Plan Concept and Objectives
• Types of temporary work and road hazards
• Basic TMP elements (signals, switches, barriers, etc.)
• Prepare and execute a realistic field plan
• Safety rules for workers and the surrounding area