This course covers the modules on Caverns, shafts, construction methods of underground stations, Underground station design methodology and underground station analysis. Beginning with in depth understanding of the types, uses and construction of caverns, it also covers shafts used for underground construction, construction practices in shafts . The different types of underground Metro stations, an overview of the modelling and analysis and construction practices of underground metro stations is also covered in this course. This comprehensive course equips learners with the knowledge and skills needed for efficient, safe, and successful underground metro projects and caverns. This course is majorly for consumption in the Indian subcontinent and the target audience are undergraduate and post graduate students, faculties and freshers who has entered the industry as young professionals.
Target Learners
This course is majorly for the leaners in the Indian Subcontinent
 Undergraduate students in Civil Engineering
 post graduate students in geotechnical Engineering
 faculties and freshers who has entered the industry as young professionals
Overview
Syllabus
- Caverns
- The "Caverns" module provides a comprehensive exploration of underground spaces, commencing with an introduction to caverns and their diverse applications. The module examines various cavern types, addressing crucial considerations for their construction. Learners gain insights into factors influencing the choice of cavern shape, and the design and construction of support systems for cavern stability. The construction process is detailed, emphasizing rock support techniques. The module guides the selection of numerical modeling software for effective design analysis and delves into the importance of continuous monitoring to ensure cavern stability. Through this holistic approach, participants acquire a well-rounded understanding of cavern engineering, covering theoretical aspects, practical construction considerations, and the application of advanced numerical tools for effective design.
- Shafts
- The "Shafts" module offers a comprehensive exploration of these vital underground structures. It begins with an introduction to shafts and their diverse applications, spanning industries such as mining, civil engineering, and infrastructure. The module covers different types of shafts and details excavation techniques and construction methods for both raising and sinking operations. Emphasis is placed on the critical aspects of selecting excavation methods and support systems tailored to specific shaft requirements. By encompassing theoretical knowledge and practical applications, learners gain a well-rounded understanding of the construction and applications of shafts.
- Construction Methods for Underground Stations
- The "Construction of Metros" module provides a comprehensive exploration of underground station components and construction methods essential for metro systems. It initiates with an introduction to the components of underground stations, laying the foundation for understanding their intricate construction. The module delves into construction methods, emphasizing the Bottom-Up Methodology and the strategic selection of construction approaches. Practical applications are showcased, offering learners real-world insights into the implementation of construction methodologies for underground metro stations. By blending theoretical knowledge with practical applications, this module equips participants with the expertise needed to navigate the complexities of metro construction, ensuring efficient, safe, and successful projects in urban transportation infrastructure.
- UG Station - Earth Retaining Systems
- The "UG Stations Retaining Systems" module provides a comprehensive exploration of earth retaining structures in the context of underground stations. It begins with an understanding of underground stations and their configurations, followed by an in-depth analysis of various types of earth retaining structures. The module delves into the design of diaphragm walls, emphasizing their analysis. Learners will gain proficiency in the design of secant pile walls, guide walls, and the intricacies of strut and waler design. Capping beams, crucial for structural integrity, are also covered. By blending theoretical knowledge with practical design principles, this module equips participants with the skills needed to address the complexities of retaining systems in the construction of underground stations.
- UG Station - Analysis
- The "UG-Station Analysis" module provides a detailed exploration of the structural analysis considerations crucial for underground station design. Covering various aspects of load analysis, the module begins with an examination of codes of practice, dead loads, live loads, and superimposed dead loads. It further explores considerations related to earth and water loads, surcharge, seismic loads, and construction loads. The course encompasses load combinations and criteria for fire resistance. Soil springs are studied to understand soil-structure interaction. Practical applications involve the generation and interpretation of 2D and 3D models, enabling learners to proficiently analyze and assess structural responses in underground station projects. The module equips participants with the skills needed to adhere to industry standards and ensure the structural integrity of underground station construction
- UG Station- Design
- The UG station design module covers SOD restrictions & Element sizing for UG Stations, Floatation calculation, Structural Elements Clear cover & fire rating ,Design of D-wall of underground stations ,Design of Slabs(Base slab, concourse slab and roof slab) Design of Beam and column. This module equips the learners to design an underground metro station.
Taught by
Subject Matter Expert
