COURSE OUTCOMES
At the end of this course, the student will be able to:
CO1: Demonstrate the advanced construction techniques for sub structure and super structure
CO2: Identify suitable underground construction techniques for a given soil strata
CO3: Discuss the methods, equipments and features involved in offshore construction
CO4: Explain the methods and techniques of long span bridge construction
CO5: Express the basic aspects and stages of precast and prefabrication construction
CO1: Acquire knowledge on strength and serviceability of concrete elements.
CO2: Design special reinforced concrete elements such as deep beams, corbels, shear walls and grid floors
CO3: Appreciate the knowledge about dead load, imposed load and wind load effects on structures
CO1: Review the developmemt of modern urban form with current development and regulatory guidelines.
CO2: Apply fire protection and fire resistance systems for multi-storey buildings as per regulations.
CO3: Understand the scope of building services and be able to generate relevant outputs for multi-storied buildings followed by handover and subsequent maintenance.
This is a short course which will enable students to combine analytical and design knowledge and facilitate the design of RCC and Steel Structures.
CO1: Modelling, analysis and design of Trusses using STAAD Pro.
CO2: Modelling, analysis and design of Bridge Decksfor moving loads.
CO3: Modelling, analysis and design of circular and rectangular water tanks using STAAD Pro.
CO4: Design of slab, beam. columns and footings using Excel
This is a short course on basic structural design that will facilitate the theoretical and numerical computations reqired for design of RCC Structural elements like slabs, beams, columns and foundations.
Course Outcomes:
At the end of this course, the students will be able to:
CO1 : Utilise the material strengths and properties of concrete and steel in Limit State Method of Design for RCC structural elements
CO2 : Understand the design process for beams in flexure, shear and torsion for URS, DRS and flanged beams including IS Code provisions and structural detailing as per SP34.
CO3 : Understand the design process for slabs in flexure for one way, two way and staircase slabs including IS Code provisions and structural detailing as per SP34.
C04 : Understand the design process for short and long columns in axial compression and bending including IS Code provisions and structural detailing as per SP34
The successful completion of the course will enable the student to achieve the following outcomes:
CO1: Assimilate design philosophies of Limit State Method(LSM) and Working Stress Method(WSM), apply LSM methodology of design as per IS 800 for hot rolled structural steel members, refer SP6 for relevant properties. Apply principles of plastic analysis to beams and portal frames, determine plastic capacities for different configurations.
CO2: Based on design loads, compute design strength for individual connections for both bolted and welded connections as per codal criteria. Assess, compute, evaluate bolted welded strengths for various configurations in beam to beam connections and beam to column connections.
CO3: Evaluate design strengths, compute member sizes and configuration for tension members subjected to axial tension and flexure.
CO4: Evaluate design strengths, compute member sizes and configuration for hot rolled and built up sections s for compressive loads as per codal parameters in IS 800.
CO5: Assess design loads, compute design strength required in flexure, shear and local failures for laterally supported and unsupported beams for various configurations for both hot rolled and built up sections.
The content is intended to add muscle to optimization routines covered in class, students are encouraged to develop their own snippets.
This is a list of talks conducted for student benefit