This course has been created for Civil and Transportation Engineers. The "Design concepts in Metro Rail systems" course is intended for entry level Engineers, those who want to comprehend and navigate the concepts in design of Metro rail systems. Throughout this course, participants will learn about the fundamental principles of design of Metro Rail systems in five modules. Tailored by industrial experts, this course is for the consumption of entry level Engineers in the Indian Subcontinent.
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This course has been created for Civil and Transportation Engineers. The "Design concepts in Metro Rail systems" course is intended for entry level Engineers, those who want to comprehend and navigate the concepts in design of Metro rail systems. Throughout this course, participants will learn about the fundamental principles of design of Metro Rail systems in five modules. Tailored by industrial experts, this course is for the consumption of entry level Engineers in the Indian Subcontinent.
This course has been created for Civil and Transportation Engineers. The "Design concepts in Metro Rail systems" course is intended for entry level Engineers, those who want to comprehend and navigate the concepts in design of Metro rail systems. Throughout this course, participants will learn about the fundamental principles of design of Metro Rail systems in five modules. Tailored by industrial experts, this course is for the consumption of entry level Engineers in the Indian Subcontinent.
The first module focuses on elevated metro stations, encompassing a detailed examination of station components, loads exerted on the station, modeling, and analysis concepts utilizing software. Learners will gain insights into the intricacies of designing station components, emphasizing practical applications and the utilization of software for effective modeling and analysis in the metro station design process.
The second module delves into the elements of elevated viaducts, exploring topics such as Indian codes of practice governing metro viaducts, the various loads acting on these structures, and the application of modeling and analysis concepts using software. It further addresses the design intricacies of the superstructure, substructure, and foundations of metro viaducts. Additionally, the module introduces the learners to modeling software specific to metro rails, providing a comprehensive overview of tools essential for effective design and analysis in the field.
The third module on underground stations- Earth retaining structures encompasses the elements comprising an underground metro station, its configuration and different earth retaining systems used in underground metros.
The fourth module focusing on Underground Metro Stations analysis involves the exploration of Indian codes of practice governing the design of metro components and the evaluation of loads impacting underground stations.
The fifth module centered on the design of underground stations includes considerations of SOD restrictions and the sizing of elements for underground stations. It encompasses the modeling of underground stations using software and the design of station components in accordance with the relevant code of practice.
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Syllabus
Elevated Viaduct - Design-I
This module focuses on elevated metro stations, encompassing a detailed examination of station components, loads exerted on the station, modeling, and analysis concepts utilizing software. Learners will gain insights into the intricacies of designing station components, emphasizing practical applications and the utilization of software for effective modeling and analysis in the metro station design process.
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Activities
Review elevated viaducts
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Revisit the concepts of elevated viaducts to strengthen fundamentals.
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Revisit textbooks or online resources on elevated viaducts.
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Solve practice problems related to viaduct design.
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Review case studies of elevated viaducts.
Discuss design challenges of underground stations with classmates
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Discuss design challenges of underground stations with classmates to gain different perspectives and approaches.
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Find a group of classmates to work with.
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Choose a specific design challenge related to underground stations.
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Discuss the challenge, sharing ideas and potential solutions.
Create a model of an elevated station using software
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Create a model of an elevated station using software to gain hands-on experience in designing and analyzing metro stations.
Show steps
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Choose a software program for modeling metro stations.
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Follow tutorials on how to use the software.
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Create a model of an elevated station, including all necessary components.
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Analyze the model to assess its structural integrity.
Two other activities
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Join a study group for the course
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Studying with peers can help you better understand the concepts covered in the course and improve your retention.
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Civil Engineering
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Find a group of students who are also taking the course.
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Meet regularly to discuss the course material.
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Work together on practice problems and assignments.
Design a proposal for an underground metro station
Show steps
Design a proposal for an underground metro station to apply your knowledge of design principles and engineering considerations.
Show steps
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Research different types of underground metro stations.
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Select a specific design concept for your proposal.
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Develop a detailed design plan, including drawings and specifications.
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Prepare a written proposal outlining your design.
Review elevated viaducts
Show steps
Revisit the concepts of elevated viaducts to strengthen fundamentals.
Show steps
- Revisit textbooks or online resources on elevated viaducts.
- Solve practice problems related to viaduct design.
- Review case studies of elevated viaducts.
Discuss design challenges of underground stations with classmates
Show steps
Discuss design challenges of underground stations with classmates to gain different perspectives and approaches.
Show steps
- Find a group of classmates to work with.
- Choose a specific design challenge related to underground stations.
- Discuss the challenge, sharing ideas and potential solutions.
Create a model of an elevated station using software
Show steps
Create a model of an elevated station using software to gain hands-on experience in designing and analyzing metro stations.
Show steps
- Choose a software program for modeling metro stations.
- Follow tutorials on how to use the software.
- Create a model of an elevated station, including all necessary components.
- Analyze the model to assess its structural integrity.
Join a study group for the course
Show steps
Studying with peers can help you better understand the concepts covered in the course and improve your retention.
Browse courses on
Civil Engineering
Show steps
- Find a group of students who are also taking the course.
- Meet regularly to discuss the course material.
- Work together on practice problems and assignments.
Design a proposal for an underground metro station
Show steps
Design a proposal for an underground metro station to apply your knowledge of design principles and engineering considerations.
Show steps
- Research different types of underground metro stations.
- Select a specific design concept for your proposal.
- Develop a detailed design plan, including drawings and specifications.
- Prepare a written proposal outlining your design.
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