Multi-Level Residential Layout Plan
Budget: ₹1,500 – ₹12,500 INR
Project Brief: Single-Story Build with 3-Story Structural Provision
Project Overview
Design and engineering for a multi-generational, multi-story residential building.
Current Phase: Construction of a 1,500 sq. ft. Ground Floor.3bhk house plan
Future Phase: Vertical expansion to a total of 3 full floors.
Orientation: East-facing (Main entrance/facade).
Site Dimensions: 37.5 ft x 48 ft (Total Plot Area: 1,800 sq. ft.).
Target Ground Coverage: 1,500 sq. ft.
1. Architectural Requirements (Ground Floor)
Living/Dining: An open-concept living and dining zone that maintains distinct "zones" for furniture placement.
Kitchen & Storage: Modern kitchen layout with an integrated pantry and optimized general storage.
Bedrooms: Multiple bedrooms including at least one Primary Suite with an ensuite.
Circulation: A dedicated, logically placed stairwell designed to access future upper floors without disrupting the ground floor privacy or requiring structural demolition later.
Efficiency: Vertical plumbing stacks must be grouped to align with future bathrooms on floors 2 and 3.
2. Structural Engineering (Critical Path)
Because the upper floors will be added later, the ground floor must be engineered for the ultimate load of a 3-story structure.
Foundations & Columns: Deep footings and reinforced column sizes (RCC) calculated for a G+2 load path.
Slab Design: The roof of the ground floor must be designed as a structural floor slab (not a light roof) to accommodate future live loads.
Expansion Joints: Provisions for future rebar splicing (starter bars) to be left at column heads.
3. Deliverables & Scope
The selected professional must provide:
Floor Plans: Fully dimensioned layouts for the Ground Floor, with "Proposed" conceptual layouts for Floors 2 and 3.
Structural Set: Foundation plans, plinth beam details, column schedules, and roof slab reinforcement.
Elevations & Sections: Four-side elevations (East-facing primary) and cross-sections showing floor-to-ceiling heights.
Schedules: Window/door schedules and a basic material finish palette.
File Formats: High-resolution PDF and editable DWG (CAD) files. Revit (BIM) models are highly preferred for clash detection between plumbing and future structural members.
Project Overview
Design and engineering for a multi-generational, multi-story residential building.
Current Phase: Construction of a 1,500 sq. ft. Ground Floor.3bhk house plan
Future Phase: Vertical expansion to a total of 3 full floors.
Orientation: East-facing (Main entrance/facade).
Site Dimensions: 37.5 ft x 48 ft (Total Plot Area: 1,800 sq. ft.).
Target Ground Coverage: 1,500 sq. ft.
1. Architectural Requirements (Ground Floor)
Living/Dining: An open-concept living and dining zone that maintains distinct "zones" for furniture placement.
Kitchen & Storage: Modern kitchen layout with an integrated pantry and optimized general storage.
Bedrooms: Multiple bedrooms including at least one Primary Suite with an ensuite.
Circulation: A dedicated, logically placed stairwell designed to access future upper floors without disrupting the ground floor privacy or requiring structural demolition later.
Efficiency: Vertical plumbing stacks must be grouped to align with future bathrooms on floors 2 and 3.
2. Structural Engineering (Critical Path)
Because the upper floors will be added later, the ground floor must be engineered for the ultimate load of a 3-story structure.
Foundations & Columns: Deep footings and reinforced column sizes (RCC) calculated for a G+2 load path.
Slab Design: The roof of the ground floor must be designed as a structural floor slab (not a light roof) to accommodate future live loads.
Expansion Joints: Provisions for future rebar splicing (starter bars) to be left at column heads.
3. Deliverables & Scope
The selected professional must provide:
Floor Plans: Fully dimensioned layouts for the Ground Floor, with "Proposed" conceptual layouts for Floors 2 and 3.
Structural Set: Foundation plans, plinth beam details, column schedules, and roof slab reinforcement.
Elevations & Sections: Four-side elevations (East-facing primary) and cross-sections showing floor-to-ceiling heights.
Schedules: Window/door schedules and a basic material finish palette.
File Formats: High-resolution PDF and editable DWG (CAD) files. Revit (BIM) models are highly preferred for clash detection between plumbing and future structural members.