27 August 2018
Transport engineering has now developed into a multidisciplinary field spanning economics, politics, sociology and psychology, in addition to its core mathematical, engineering and computational principles.
The following subjects will be covered.
- Briges Structural design. Steel bridges, Truss design.
- Subgrade of Railways. Requirements, Constructions and Analysis».
- Reliability of building structures
-Comparing Russian (SP) and European (Eurocode) design standards
- Earthquake Engineering: Theory and Implementation for Transport Infrastructures
-Mechanics of Materials (Resistance of Materials)
Application of Innovative Materials for the Structural Elements of Bridges;
Experimental Investigation of Structural Elements of Reinforced Concrete Bridges
Design of Bridges Using Finite Element Analysis Software;
Analysis of Rational Combined Parameters for Design of Pedestrian Bridges;
Application programming in Autocad;
Numerical programming methods.
An Introduction to Building Information Modeling;
BIM Process, Adoption and Integration;
BIM for Infrastructure;
BIM –Decisions for Infrastructure Design and Exploitation.
Natalia Telyatnikova -Project Coordinator
This course is focused on Bachelor’s in their second to last or last year, Master’s and Phd students and researchers in, but is also open for anyone with broad interests and an inquisitive mind.
This course is in English and partly in Russian (translation provided). Therefore, is a great opportunity to practice your English language skills! Nevertheless we expect you to have a good command of the English language. These language requirements are your own responsibility and will enable you to follow the course lectures, write papers and participate actively in the discussions. Therefore applicants do not need to prove the suggested language skills in the registration process.
The course aims to introduce students and researchers to the wide range of technical subjects and information when studying transport and infrastructure engineering at university, as well as the challenges facing the modern engineer. By the end of the course, students will:
• Have a understanding of the fundamentals of infrastracture engineering of Bridges and Railway Construction;
• Understand how these knowledge are used to comprehend the world of construction infrastructure objects;
• Have a basic understanding of BIM methodology of modern applications in infrastructure projects;
Transport engineers plan, design and operate the large public and private infrastructure systems that connect our physical world.
We need a broad range of continually evolving, large-scale transport infrastructure, including roads, railway, bridges and tunnels. Transport engineers quantify and optimise our mobility infrastructure networks to meet travel and freight demands, while ensuring safety, equity and sustainability, at minimal levels of congestion and cost.
Transport engineering has always been one of the essential civil engineering disciplines, impacting roadways, bridges, transit stations, and other.
EUR 600: PARTICIPATION FEE
Our fee is an all-in package consisting the following components:
• Course participation
• Course materials
•Cultural Events and Company visits
A stay at the dorm at Moscow State University of Railway Engineering is not included, but be can offer you the dormitory room for extra price (around 70 Euro for study period).
For those not comfortable sleeping in the dormitory room, we offer different accommodations for additional costs –please contact us and we will offer you the best solution.
RUB 32767: TRAVEL EXPENSES AND OTHER PERSONAL EXPENSES
Not included in the fee are personal expenses like travel costs (plane ticket, train ticket, etc.), travel insurance and other expenses, as well as accommodation. For more details please contact us via e-mail.
If you have questions, be sure to contact us!