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Christoph Mellüh
154 lines
4.9 KiB
ReStructuredText
154 lines
4.9 KiB
ReStructuredText
========================================
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Project 4: Terraced/Town Houses/Duplexes
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========================================
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.. include:: /_incomplete_message.rst
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In this project, we'll design a row of terraced houses, town houses, or duplexes using Bonsai.
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This tutorial will introduce concepts such as shared walls, duplicating units, parametric design,
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and collaboration with other stakeholders.
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Prerequisites
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=============
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- Completion of Project 3: Multi-Storey Single-Family Home
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- Advanced understanding of Bonsai and IFC concepts
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Learning Objectives
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===================
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- Design shared walls between units
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- Create shared roof structures
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- Implement complex landscaping for multiple units
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- Use parametric design for efficient unit creation
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- Generate drawings parametrically
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- Perform basic clash detection
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- Practice coordination with other stakeholders
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Tutorial Steps
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==============
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1. Project Setup and Master Planning
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------------------------------------
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1. Create a new IFC project for the terraced/town house development
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2. Develop a site plan for multiple units
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3. Establish a naming convention for units and shared elements
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2. Designing the Base Unit
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--------------------------
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1. Create a parametric model for a single unit
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2. Design shared walls with appropriate fire ratings
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3. Model floors and ceilings, considering sound insulation
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4. Create a basic roof structure that can be shared or individual
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3. Shared Walls and Structures
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------------------------------
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1. Implement shared walls between units
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2. Design party wall details for fire and sound separation
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3. Create shared foundation elements
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4. Model shared roof structures
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5. Duplicating and Modifying Units
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----------------------------------
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1. Duplicate the base unit
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2. Implement parametric variations for end units and corner units
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3. Create mirrored units for variety
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4. Adjust units for site topography
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6. Complex Landscaping
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----------------------
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1. Design shared green spaces
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2. Create individual garden areas
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3. Model driveways and shared parking areas
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4. Implement sustainable drainage systems
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7. Parametric Floor Plans
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-------------------------
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1. Develop a parametric system for generating floor plans
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2. Create options for different internal layouts
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3. Implement rules for automatic room labeling and area calculations
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8. MEP Systems for Multiple Units
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---------------------------------
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1. Design individual and shared MEP systems
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2. Create utility connection points for each unit
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3. Model shared building services (e.g., central heating plant)
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4. Implement smart metering systems
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9. Generating Parametric Drawings
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---------------------------------
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1. Set up a system for automatic drawing generation
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2. Create templates for plans, sections, and elevations
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3. Implement automatic dimensioning and annotation
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4. Generate schedules for doors, windows, and finishes
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10. Clash Detection
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-------------------
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1. Perform clash detection between architectural and MEP elements
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2. Check for clashes between units
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3. Verify clearances for accessibility and code compliance
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4. Generate clash reports
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11. Coordination with Other Stakeholders
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----------------------------------------
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1. Set up a collaborative BIM environment
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2. Create discipline-specific models (structural, MEP)
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3. Implement a change management process
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4. Use BCF (BIM Collaboration Format) for issue tracking
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12. Quantity Takeoff and Cost Estimation
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----------------------------------------
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1. Generate quantity takeoffs for materials and elements
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2. Create cost estimates based on unit types
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3. Implement cost comparison between different unit configurations
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13. Construction Sequencing
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---------------------------
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1. Develop a basic construction sequence for the development
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2. Create 4D simulations of the construction process
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3. Identify critical path activities
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14. Sustainability and Energy Analysis
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--------------------------------------
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1. Perform basic energy analysis for different unit types
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2. Implement sustainability features (e.g., green roofs, solar panels)
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3. Calculate and compare energy ratings for units
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15. Documentation and Deliverables
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----------------------------------
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1. Generate a complete set of drawings for the development
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2. Create marketing materials (e.g., 3D renderings, virtual tours)
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3. Prepare a BIM execution plan for the project
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Conclusion
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==========
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Congratulations on designing a complex multi-unit residential development!
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You've now mastered advanced concepts in parametric design, collaboration, and project coordination.
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Next Steps
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==========
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- Explore more advanced parametric design techniques
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- Dive deeper into BIM collaboration and project management
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- Learn about BIM for facilities management and handover
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- Investigate integration with GIS for larger site planning
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- Study algorithms for optimizing unit layouts and site arrangement
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In the final project, we'll scale up to an apartment block, introducing concepts like vertical transportation,
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advanced MEP systems, and complex structural analysis.
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