Why this course?

Description

COURSE SYLLABUS :- DURATION 2 MONTHS

Module 1: Introduction to RCC Structures and High-Rise Buildings

• 1.1 Basics of RCC (Reinforced Cement Concrete)
  Understanding RCC composition, properties, and advantages
  Example: Mix design example for M25 concrete
  Template: Concrete mix design calculation sheet

• 1.2 Characteristics of High-Rise Buildings
  Definition, challenges, and structural requirements
  Example: Comparison of low-rise vs high-rise building structural demands
  Template: Checklist for high-rise structural considerations

• 1.3 Load Types and Load Combinations
  Dead load, live load, wind load, seismic load, etc. as per IS codes
  Example: Load calculation for a 30-story building
  Template: Load calculation worksheet

• 1.4 Overview of Design Codes and Standards
  IS 456, IS 1893, IS 13920, NBC, and relevant international codes
  Example: Application of IS code clauses in design decisions
  Template: Summary sheet of relevant IS codes for quick reference

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Module 2: Structural Systems for High-Rise RCC Buildings

• 2.1 Moment Resisting Frames (MRF)
  Concepts, design considerations, and advantages
  Example: Design concept of a 15-storey MRF
  Template: Frame layout and analysis sheet

• 2.2 Shear Walls and Core Walls
  Importance, behavior, and design approach
  Example: Shear wall design for lateral load resistance
  Template: Shear wall reinforcement detailing template

• 2.3 Combined Systems: Frames with Shear Walls
  Interaction and load sharing mechanisms
  Example: Analysis of a combined system under wind load
  Template: Load distribution calculation template

• 2.4 Outrigger and Belt Truss Systems
  Concept, applications in high-rise structures
  Example: Use of outrigger system in a 50-storey building
  Template: Structural schematic and design checklist

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Module 3: Analysis of RCC High-Rise Structures

• 3.1 Linear Static Analysis
  Application and limitations
  Example: Static analysis of a 10-storey RCC frame
  Template: Step-by-step analysis worksheet

• 3.2 Linear Dynamic Analysis
  Modal analysis and response spectrum methods
  Example: Modal analysis of a 25-storey building
  Template: Modal analysis result sheet

• 3.3 Non-Linear Analysis Techniques
  Pushover analysis basics for seismic performance
  Example: Pushover curve plotting for a sample building
  Template: Non-linear analysis data recording sheet

• 3.4 Software Tools for Structural Analysis
  Introduction to ETABS, STAAD.Pro, and SAP2000
  Example: Simple ETABS model creation for a high-rise
  Template: Software input/output checklist

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Module 4: Design of RCC Elements – Beams and Slabs

• 4.1 Design Principles for Beams
  Flexural design, shear design, and detailing
  Example: Flexural design of a typical beam in a high-rise
  Template: Beam design calculation sheet

• 4.2 Slab Design Methods
  One-way and two-way slabs, flat slabs
  Example: Design of a two-way slab for office floor
  Template: Slab design and reinforcement detailing template

• 4.3 Serviceability Checks
  Deflection and crack control in beams and slabs
  Example: Deflection calculation for a cantilever slab
  Template: Deflection check worksheet

• 4.4 Detailing of Reinforcement
  Bar bending schedules and lap/splice lengths
  Example: Detailing of beam reinforcement for seismic zones
  Template: Bar bending schedule template

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Module 5: Design of RCC Columns and Foundations

• 5.1 Column Design Principles
  Axially loaded and eccentrically loaded columns
  Example: Design of a rectangular column for G+30 building
  Template: Column design calculation format

• 5.2 Interaction Curves and Load Combinations for Columns
  Axial load-moment interaction diagrams
  Example: Interaction curve plotting for columns
  Template: Interaction curve data sheet

• 5.3 Foundation Types for High-Rise RCC Structures
  Isolated footing, combined footing, raft foundation, pile foundation
  Example: Design of a raft foundation for high-rise tower
  Template: Foundation design checklist

• 5.4 Design and Detailing of Footings
  Reinforcement and concrete specifications
  Example: Detailing of pile cap for a high-rise
  Template: Foundation reinforcement detailing template

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Module 6: Design for Lateral Loads (Wind and Earthquake)

• 6.1 Wind Load Analysis
  Wind speed calculations and pressure distribution
  Example: Wind load calculation for a coastal high-rise
  Template: Wind load calculation worksheet

• 6.2 Seismic Load Considerations
  Earthquake zoning, response spectrum, and base shear calculation
  Example: Seismic base shear calculation for zone IV
  Template: Seismic load calculation sheet

• 6.3 Ductile Detailing for Earthquake Resistance
  Design of special moment frames and shear walls
  Example: Ductile detailing of beam-column joints
  Template: Detailing checklist for seismic zones

• 6.4 Performance-Based Design Concepts
  Beyond code compliance, resilience and safety objectives
  Example: Case study of performance-based design in India
  Template: Performance objective documentation form

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Module 7: Durability and Serviceability of RCC Structures

• 7.1 Concrete Durability Requirements
  Factors affecting durability, protective measures
  Example: Mix design adjustments for chloride exposure
  Template: Durability assessment checklist

• 7.2 Corrosion Protection of Reinforcement
  Coatings, cathodic protection, and inhibitors
  Example: Application of corrosion protection in basement columns
  Template: Corrosion protection planning sheet

• 7.3 Crack Control Measures
  Causes, types, and control strategies
  Example: Crack width calculation and reinforcement spacing
  Template: Crack control checklist

• 7.4 Long-Term Deflections and Creep
  Effect on structure and design considerations
  Example: Creep calculation for long-span slabs
  Template: Deflection and creep tracking sheet

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Module 8: Fire Resistance and Safety in RCC High-Rise Buildings

• 8.1 Fire Resistance Requirements as per Codes
  Structural fire resistance ratings and testing
  Example: Fire resistance rating for columns and beams
  Template: Fire safety compliance checklist

• 8.2 Fireproofing Materials and Methods
  Coatings, boards, and encasements
  Example: Application of fire-resistant coatings on steel reinforcement
  Template: Fireproofing application plan

• 8.3 Structural Behavior under Fire Conditions
  Thermal effects on concrete and steel
  Example: Analysis of temperature effects on beam strength
  Template: Thermal analysis worksheet

• 8.4 Evacuation and Structural Safety Planning
  Designing safe egress and refuge areas
  Example: Floor layout for emergency evacuation
  Template: Emergency evacuation plan template

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Module 9: Quality Control and Construction Practices

• 9.1 Concrete Quality Control
  Sampling, testing, and acceptance criteria
  Example: Concrete cube test report and interpretation
  Template: Quality control checklist

• 9.2 Reinforcement Placement and Inspection
  Correct positioning, splicing, and cover maintenance
  Example: Reinforcement inspection checklist for beams and columns
  Template: Reinforcement inspection report template

• 9.3 Construction Joints and Cold Joints
  Types, treatment, and design considerations
  Example: Construction joint detail for floor slabs
  Template: Construction joint detailing sheet

• 9.4 Safety in High-Rise RCC Construction
  Site safety protocols and risk management
  Example: Safety plan for concrete pouring at height
  Template: Construction safety checklist

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Module 10: Case Studies and Practical Project Work

• 10.1 Case Study: Design of a 30-Storey RCC Residential Building
  Complete design walkthrough with challenges and solutions
  Template: Project design summary sheet

• 10.2 Case Study: RCC Commercial Tower with Complex Geometry
  Addressing irregular shapes and load paths
  Template: Design challenges and mitigation log

• 10.3 Practical Exercise: Modeling and Analysis using ETABS
  Create model, apply loads, and interpret results
  Template: Modeling and analysis step-by-step guide

• 10.4 Preparation of Structural Drawings and BOQ
  Detailing and quantity estimation for tendering
  Template: Sample structural drawing set and BOQ format

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