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Module 1: Introduction to Mivan Shuttering Technology
• Overview of Mivan shuttering and its applications in RCC structures.
• Key advantages of Mivan shuttering in high-rise buildings (G+45).
• Types of RCC structures suitable for Mivan shuttering.
• Understanding components of Mivan formwork (panels, beams, props, pins, wedges, etc.).
• Industry standards and codes related to Mivan shuttering.
Module 2: Understanding RCC Structural Components
• Overview of key RCC components: o Foundations (raft, pile caps). o Columns. o Shear walls. o Slabs and beams. o Staircases and lift cores.
• Mivan shuttering requirements for each structural element.
• Compatibility of Mivan with structural designs and drawings.
Module 3: Reading Structural and Formwork Drawings
• How to interpret RCC and Mivan shuttering drawings.
• Identifying Mivan components in drawings (panels, corner panels, wall panels).
• Quantifying shuttering area from drawings.
• Understanding construction sequencing for Mivan formwork.
Module 4: Estimation of Foundation Shuttering Components
• Materials required for foundation shuttering.
• Step-by-step calculation for foundation components:
• Estimation of supporting elements: props, tie rods, and plywood interfaces.
Module 5: Estimation of Vertical Components (Columns, Walls, Shear Walls)
• Panel requirements for columns, walls, and shear walls.
• Calculating shuttering area and volume for vertical elements.
• Estimating accessories like corner angles, pins, wedges, and spacers.
• Material optimization techniques for repeated use of panels.
Module 6: Estimation of Horizontal Components (Slabs and Beams)
• Mivan shuttering for slabs and beams:
• Estimation of slab props, beam props, and scaffolding materials.
• Calculation of material wastage and allowances.
Module 7: Estimation of Staircase and Lift Core Shuttering
• Mivan shuttering design and materials for staircases:
• Lift core estimation:
Module 8: Estimation of Roof and Parapet Shuttering
• Shuttering requirements for roof slab and beams.
• Mivan shuttering components for parapet walls.
• Safety and material considerations for high-altitude shuttering.
Module 9: Costing, Rate Analysis, and Budgeting
• Rate analysis for Mivan shuttering materials (panels, props, tie rods).
• Labor cost estimation for installation and dismantling.
• Budgeting for a full G+45 project: o Material procurement. o Maintenance and reuse of panels. o Scrap value of shuttering materials.
Module 10: Practical Case Studies and Optimization Techniques
• Case study of a G+45 high-rise building using Mivan shuttering.
• Challenges in estimation and real-world solutions.
• Material optimization strategies for reducing costs.
• Sustainability in Mivan shuttering: reuse and recycling.
MODULE 11: SCHEDULING AND PLANNING FOR G+45 HIGH RISE BUILDING CONSTRUCTION
EXAMPLE 1 SCHEDULING AND PROCUREMENT TIMELINE FOR MIVAN SHUTTERING MATERIALS
EXAMPLE 2 : PLANNING & SCHEDULING
EXAMPLE 2:- PLANNING & SCHEDULING FOR MIVAN
