Construction & Maintenance of Elevated Roads

Available Dates

Nov-11-2024

Amsterdam
Dec-16-2024

Amsterdam
Jan-27-2025

Amsterdam
Feb-24-2025

Amsterdam
Mar-24-2025

Amsterdam
Apr-28-2025

Amsterdam
May-26-2025

Amsterdam
June-30-2025

Amsterdam
July-28-2025

Amsterdam
Aug-25-2025

Amsterdam
Sep-29-2025

Amsterdam
Oct-27-2025

Amsterdam
Nov-24-2025

Amsterdam
Dec-29-2025

Amsterdam

Dates in Other Venues

Oct-28-2024

Barcelona
Oct-28-2024

Dubai
Oct-28-2024

Kuala Lumpur
Oct-28-2024

Istanbul
Nov-04-2024

Kuala Lumpur
Nov-04-2024

Istanbul
Nov-11-2024

London
Nov-11-2024

Paris
Nov-11-2024

Singapore
Nov-25-2024

Dubai
Nov-25-2024

Kuala Lumpur
Nov-25-2024

Istanbul
Nov-25-2024

Barcelona
Dec-02-2024

Kuala Lumpur
Dec-02-2024

Istanbul
Dec-09-2024

Singapore
Dec-09-2024

Paris
Dec-16-2024

London
Dec-23-2024

Barcelona
Dec-23-2024

Istanbul
Dec-30-2024

Kuala Lumpur
Dec-30-2024

Dubai
Jan-06-2025

Barcelona
Jan-06-2025

Dubai
Jan-13-2025

Istanbul
Jan-13-2025

Kuala Lumpur
Jan-20-2025

Paris
Jan-20-2025

Singapore
Jan-27-2025

London
Feb-03-2025

Barcelona
Feb-03-2025

Dubai
Feb-10-2025

Kuala Lumpur
Feb-10-2025

Istanbul
Feb-17-2025

Paris
Feb-17-2025

Singapore
Feb-24-2025

London
Mar-03-2025

Dubai
Mar-03-2025

Barcelona
Mar-10-2025

Kuala Lumpur
Mar-10-2025

Istanbul
Mar-17-2025

Singapore
Mar-17-2025

Paris
Mar-24-2025

London
Apr-07-2025

Dubai
Apr-07-2025

Barcelona
Apr-14-2025

Istanbul
Apr-14-2025

Kuala Lumpur
Apr-21-2025

Singapore
Apr-21-2025

Paris
Apr-28-2025

London
May-05-2025

Barcelona
May-05-2025

Dubai
May-12-2025

Istanbul
May-12-2025

Kuala Lumpur
May-19-2025

Singapore
May-19-2025

Paris
May-26-2025

London
June-02-2025

Dubai
June-02-2025

Barcelona
June-09-2025

Kuala Lumpur
June-09-2025

Istanbul
June-16-2025

Singapore
June-16-2025

Paris
June-23-2025

London
June-30-2025

Dubai
June-30-2025

Barcelona
July-07-2025

Barcelona
July-07-2025

Dubai
July-14-2025

Kuala Lumpur
July-14-2025

Istanbul
July-21-2025

Singapore
July-21-2025

Paris
July-28-2025

London
Aug-04-2025

Barcelona
Aug-04-2025

Dubai
Aug-11-2025

Kuala Lumpur
Aug-11-2025

Istanbul
Aug-18-2025

Paris
Aug-18-2025

Singapore
Aug-25-2025

London
Sep-01-2025

Dubai
Sep-01-2025

Barcelona
Sep-08-2025

Istanbul
Sep-08-2025

Kuala Lumpur
Sep-15-2025

Paris
Sep-15-2025

Singapore
Sep-22-2025

London
Sep-29-2025

Dubai
Sep-29-2025

Barcelona
Oct-06-2025

Dubai
Oct-06-2025

Barcelona
Oct-13-2025

Istanbul
Oct-13-2025

Kuala Lumpur
Oct-20-2025

Paris
Oct-20-2025

Singapore
Oct-27-2025

London
Nov-03-2025

Barcelona
Nov-03-2025

Dubai
Nov-10-2025

Istanbul
Nov-10-2025

Kuala Lumpur
Nov-17-2025

Singapore
Nov-17-2025

Paris
Nov-24-2025

London
Dec-01-2025

Barcelona
Dec-01-2025

Dubai
Dec-08-2025

Kuala Lumpur
Dec-08-2025

Istanbul
Dec-15-2025

Paris
Dec-15-2025

Singapore
Dec-22-2025

London
Dec-29-2025

Dubai
Dec-29-2025

Barcelona

Course Details

Welcome to “Construction & Maintenance of Elevated Roads”! We’re thrilled to have you join us for this innovative 10-day educational journey crafted with care by LPC. This course will equip you with a comprehensive understanding of elevated roads.

Elevated roads play a crucial role in modern transportation systems. They offer solutions for congested urban environments, navigate challenging terrains, and enhance traffic flow. LPC team designer this course to provide participants with a deep understanding of elevated roads, from their historical evolution to their contemporary design, construction, and maintenance practices.

Over the span of 10 days, we will delve into the intricacies of elevated road infrastructure, exploring its technical aspects, components, and operational considerations. Participants will explore types of elevated, analyze their functions and benefits, and examine their role in alleviating traffic congestion in both urban and rural settings. From the foundations that anchor these soaring structures to the superstructures that support vehicular traffic, every aspect of elevated road engineering will be meticulously discussed.

Moreover, LPC incorporated real-world case studies and examples during the learning journy, as well as interactive discussions, and practical design challenges. Thereby, participants will have the opportunity to apply their newfound knowledge to solve complex problems and address the challenges faced in elevated road projects.

Join LPC as we embark on a journey to explore the heights of transportation engineering excellence with elevated roads: design, construction, and maintenance.

Upon completion of this course, attendees will be able to:

Describe terminologies and key concepts of elevated roads
Understand the role of elevated roads in urban and rural transportation systems
Analyze the technical aspects of elevated roads
Identify the components of elevated roads and their function
Master elevated roads maintenance and repair techniques
Analyze the loads acting on elevated roads
Explore case studies and real-world examples about elevated road projects

Civil Engineers
Structural Engineers
Transportation Engineers
Geotechnical Engineers
Architects
Technicians
Managers
Consultants
Contractors
Inspectors
Supervisors
Transportation Planners
Project Managers
Construction Managers
Governmental Officials
Transportation Consultants
Infrastructure Developers
Urban Planners
Maintenance Professionals
Quality Assurance Professionals
Anyone Transitioning to Elevated Roads Construction or Maintenance Roles

Our courses in Amsterdam are held at the LPC office located at:

Herengracht 124-128, 1015 BT Amsterdam, Netherlands

Once you register, we will subsequently send you the course details, including the location, trainer, and other logistical information.

Pay Attention, Please! The course location at our offices is subject to availability. Should our office be unavailable, we will secure an alternative nearby venue and promptly inform you of the change. The exact time and location will be confirmed one week prior to the course commencement.

Course Outline

10 days course

Day 1

Day 2

Day 3

Day 4

Day 5

Day 6

Day 7

Day 8

Day 9

Day 10

Introduction to Elevated Roads

Identifying elevated roads and its types
The function of elevated roads
The history of elevated roads
Standard specifications for elevated roads construction
Introduction to elevated roads construction techniques

Elevated Roads as a Solution

Differentiating between elevated roads and underground systems
Analyzing the role of elevated roads in mitigating traffic congestion
Elevated roads impacts based on social and environmental aspects
Applications of elevated roads in urban and rural areas
Challenges and opportunities of elevated roads

Technical Aspects of Elevated Roads

Factors influencing the design and planning of elevated roads
Principles of alignment and geometry of elevated roads
Structural design of elevated roads
Traffic engineering considerations for elevated roads
Safety features integration into elevated roads

Elevated Roads Components: Foundations

Understanding the foundations of elevated roads
Identifying shallow techniques of elevated roads
Identifying deep techniques of elevated roads
Foundation selection based on soil conditions, materials, and load
The importance of foundation design for elevated roads construction

Elevated Roads Components: Substructure

Identifying key parts of substructure
Determining the function of substructure parts
Factors influencing the selection of substructure type
Principles of substructure design in elevated roads projects
Materials and equipment used in substructure stage of construction

Elevated Roads Components: Superstructure

Describing parts of superstructure
Criteria used in selecting superstructure materials and designs
Types elevated roads deck
Understanding bridge esthetics
Substructure design methods

Testing & Maintenance of Elevated Roads

Importance of regular maintenance and inspection for elevated roads safety
Types of elevated bridge inspections
Nondestructive evaluation (NDE) methods for bridge inspection

Ultrasonic testing (UT)
Magnetic particle testing
Dye-penetrant testing
Eddy current testing (ECT)

Maintenance & repair techniques

Loads on Elevated Roads

Identifying bridge loads and its combinations
Load types:

Dead loads
Live loads
Earthquake loads
Wind loads

Methods for determining bridge load capacity
Understanding load rating techniques for assessing structural safety
Procedures for ensuring safe and legal loading practices

Defects in Elevated Roads

The causes of defects in elevated roads
Fatigue and fracture in elevated roads
Strategies for evaluating and mitigating fatigue and fracture issues
Identifying common types of cracks in elevated roads
Crack control strategies

Case Study & Design Challenge

Case study: Elevated Highways and its Lost Spaces: A Review of Kuala Lumpur’s seldom seen
Design solutions for specific scenarios related to construction and maintenance issues
Application of sustainability principles in elevated roads design
Course evaluation and Q&A

Construction & Maintenance of Elevated Roads

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