Infrastructure design and management, road safety

MSc in Project Management, Transportation and Spatial Planning

Course objectives

The objective of this course is to deepen students’ understanding of the concepts related to the planning and management of infrastructure, with particular emphasis on transport infrastructure in both interurban and urban environments.

The course examines contemporary trends in infrastructure planning and management, drawing on modern international regulations, guidelines, and best practices. Particular reference is made to European Directives and European Norms (EN standards) related to infrastructure design and management.

Beyond the traditional topics of transportation infrastructure planning and management, the course places strong emphasis on road safety in infrastructure design and operation. Key topics include Road Safety Audits, roadside safety, safe infrastructure for pedestrians and cyclists in urban environments, and the effective management of road infrastructure safety. Special attention is given to the fundamental concept of the Safe System approach.

In addition, specific categories of transport infrastructure—such as at-grade intersections, roundabouts, and grade-separated interchanges—and their contribution to road safety are examined.

Overall, the course focuses on the application of contemporary regulations, guidelines, standards, and best practices, primarily at the European level and secondarily at the international level, and explores how these frameworks can be effectively utilized in the planning, implementation, and operation of infrastructure projects.

More information

Upon successful completion of the course, students will be able to:

  1. Identify and use the appropriate design standards, regulations, and guidelines for infrastructure planning and management.
  2. Select the most suitable European and international standards when national standards are unavailable.
  3. Understand key concepts of Road Safety Management.
  4. Design and implement complex transportation projects and shape policies focused on safety.

The main course content includes the following sections:
1. Road infrastructure design principles
2. Design of transport projects.
3. The concept of road safety and safe system approach
4. Road safety control and management procedures for long-distance infrastructure (safety audits)
5. Safe pedestrian and cyclist infrastructure in urban environments
6. Design of complex transport infrastructure such as junctions, roundabouts, roundabouts, on-grade junctions and their contribution to road safety
7. Design of side space. Vehicle Interception Systems - European Standard EN 1317-OMOE- SAO Directive

Activity Semester workload
Lectures 39
Literature review 50
Tutorials 18,5
Assignment writing 80
Course total 187,5
Activity Semester Workload (h)
Teaching 39
Study & analysis of literature 50
Tutorial 18,5
Homework writing 80
Total 187,5

 

Evaluation process Yes/No
Language Greek
Problem solving Yes
Written work Yes
Oral presentation Yes

 

Specified evaluation criteria Determination of weight
Understanding concepts 25%
Use of theories and methods 25%
Applying theories and methodologies to problems solving 25%
Problem-solving speed 25%

The evaluation criteria used are linked to the learning outcomes, since the students' ability to show their knowledge and depth of understanding of the core content of the course is indirectly assessed.

The assessment system and criteria are familiar to the students, and they are considered sufficient to reflect the degree of understanding of the course and in-depth knowledge of its content.

The examination process is evaluated indirectly, since the students are asked to express their opinion after the end of the examinations, while the students can see their writing if they wish.

- Suggested bibliography:

  1. ΕΝ-1317 European Norm
  2. EN 1317 Part 1: Terminology and general criteria for test methods
  3. EN 1317 Part 2: Performance classes, impact test acceptance criteria and test

methods for safety barriers and vehicle parapets

  1. EN 1317 Part 3: Performance classes, impact test acceptance criteria and test methods for crash cushions
  2. ENV 1317 Part 4: Performance classes, impact test acceptance criteria and test methods for terminals and transitions of safety barriers *
  3. EN 1317 Part 5: Product requirements and evaluation of conformity for vehicle restraint systems
  4. TR 1317 Part 6: Pedestrian parapets
  5. TS 1317 Part 8: Motorcycle road restraint systems which reduce the impact severity of motorcyclist collisions with safety barriers
  6. Guide to Road Safety Part 6: Road Safety Audit. Austroads 2009.

10.              DESIGN MANUAL FOR ROADS AND BRIDGES, HD 19/03 - ROAD SAFETY

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Instructors

Nikolaos Iliou

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