The course Project Design and the Construction of Railway Infrastructure invites you to delve into a dynamic sector experiencing unprecedented growth. As global demand for efficient and sustainable transportation surges, the railway industry stands at the forefront, offering a wealth of career opportunities. Through this course, you will gain essential skills in track alignment and geometry, explore the intricacies of ballast and ballastless trackforms, and understand the complexities of track assembly. Additionally, the course covers crucial aspects such as energy systems, signalling, telecommunications, and the vital role of interoperability and technical regulations. With a focus on cost management, this course equips you with the expertise needed to design and construct cutting-edge railway infrastructure. Embrace this chance to become a key player in shaping the future of transportation.
Project design and the construction of railway infraestructure
The Project Design and Construction of Railway Infrastructure course is tailored for professionals and graduates in the railway sector eager to enhance or update their expertise. Participants will explore essential topics such as track alignment, electrification systems, signalling, and telecommunications, ensuring they are well-versed in current industry standards and practices.
50 hours
Civil Engineering and Structures
Course objectives
-
To understand track alignment and geometry principles.
-
To identify different ballast and ballastless track forms.
-
To analyse track assembly methods and techniques.
-
To explore electrification systems and their components.
-
To evaluate signalling systems for railway safety.
-
To investigate telecommunications in railway operations.
-
To comprehend interoperability and technical regulations.
What does it prepare you for?
This course equips you to effectively design and construct railway infrastructure. You'll gain a comprehensive understanding of track alignment and geometry, enabling you to optimise railway layouts for efficiency. You'll master the differences between ballast and ballastless track forms and learn the intricacies of track assembly. Additionally, you'll explore electrification systems, signalling, and telecommunications, ensuring interoperability and adherence to technical regulations, while also considering cost implications.
Teaching units
DIDACTIC UNIT 1. TRACK ALIGNMENT AND GEOMETRIC BASIC PRINCIPLES
1. Track alignment and geometry basic principles
DIDACTIC UNIT 2. MODULE: BALLAST AND BALLASTLESS TRACK TRACKFORMS
1. Ballast and ballastless track trackforms
DIDACTIC UNIT 3. TRACK ASSEMBLY
1. Track assembly
DIDACTIC UNIT 4. ENERGY: ELECTRIFICATION SYSTEM
1. Introduction
2. Components of the overhead line feeding system in railways
3. Overhead line. The catenary
4. Overhead line characteristics
5. Substations
6. Overhead line protections
DIDACTIC UNIT 5. SIGNALING SYSTEMS
1. Basic concepts
2. System components
DIDACTIC UNIT 6. TELECOMMUNICATIONS
1. Means of transmission
2. Telecommunication networks
3. Telecommunications services
DIDACTIC UNIT 7. INTEROPERABILITY AND TECHNICAL REGULATIONS
1. Interoperability and technical regulations
DIDACTIC UNIT 8. COSTS
1. Costs