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Advanced Building Design documentation

  • GitHub
  • Home
  • Assignments
    • Part A
    • Part B
    • Part C
    • Part D
    • Assessment Rubric
  • Learning Objectives
    • 1. Collaborate with each other
    • 2. Update KPIs
    • 3. Evaluate previous projects
    • 4. Design Management Plan
    • 5. Benchmark Building Model
    • 6. Communicate design and analysis
    • 7. Guide the design team
    • 8. Evaluate alternative design solutions
    • 9. Learn from OpenBIM
    • 10. Justify Design Decisions
  • Project
  • Roles
    • Client
    • Company
    • Course Mentors
    • Student
    • Subjects (Consultants)
    • Teaching Assistant
    • Teacher (Chief Consultant)
    • Team
  • Schedule
  • Subjects
    • Architecture
    • Geotech
    • MEP
    • Materials / LCA
    • PM/ICT
    • Structure
  • Tools
    • IDS OpenBIM Model Checking
    • DGNB overview
    • Design Grid
    • LCA for Renovated Buildings
    • Quantity take-off and pricing
    • BEATS
      • BX Average Facade Transparency
      • B3: CO2
      • Cost
      • V2: Core Vs Usable Space Ratio
      • B2: Energy peak loads
      • H2: F2F height
      • F1: Gross floor area (total above ground)
      • V3: Horizontal Deflection
      • F3 Hours
      • H3: Minimum height in office space (Floor to ceiling)
      • F1: # of permanent workspaces in building
      • V1: Total height of building
    • LCA in the built environment
      • 1 Introduction
      • 2 Current Danish Legislation
      • 3 New Climate Legislation
      • 4 LCA Tools
      • 5 Circular Economy in Relation to LCA
    • LCA Optimzation and Collaboration
      • 1 General LCA Prioritization
      • 2 Material (MAT)
      • 3 Architect (ARCH)
      • 4 Geotech (GEO)
      • 5 Structural (STR)
      • 6 Mechanical, Electrical, and Plumbing (MEP)
      • 7 Project Managers (PM)
  • Workflows
    • Generate Graph from BIM Model(ARCH)
    • Catenda based workflow
    • Construction Schedule (simplified)
    • IDA ICE
    • IFC 4X3 Export
    • LCAbyg
    • Revit based collaboration
    • Rhino.Inside.Revit
    • SimaPro
    • Speckle based workflow
  • Repository
  • Suggest edit
  • .md

BEATS

Contents

  • Stage A
    • Gross Floor Area (Total Above Ground)
    • F2F Height
  • Stage B
    • # of Permanent Workspaces in Building
    • Average Façade Transparency
    • Min Height in Office Space
  • Stage C
    • Core Vs Usable Space Ratio
    • Energy Resilience
    • Horizontal Deflection
  • Stage D
    • CO2
    • Cost
    • Hours

BEATS#

The purpose of the beats is to help us to understand the implications of the decisions you are making. Also it should help you to see that it is not possible to optimise every requirement. There are 12 beats for you to monitor, 3 in each of the 4 parts of the course.

Stage A#

Gross Floor Area (Total Above Ground)#

F2F Height#

Stage B#

# of Permanent Workspaces in Building#

Average Façade Transparency#

Min Height in Office Space#

Stage C#

Core Vs Usable Space Ratio#

Energy Resilience#

Horizontal Deflection#

Stage D#

CO2#

Cost#

Hours#

previous

Quantity take-off and pricing

next

BX Average Facade Transparency

Contents
  • Stage A
    • Gross Floor Area (Total Above Ground)
    • F2F Height
  • Stage B
    • # of Permanent Workspaces in Building
    • Average Façade Transparency
    • Min Height in Office Space
  • Stage C
    • Core Vs Usable Space Ratio
    • Energy Resilience
    • Horizontal Deflection
  • Stage D
    • CO2
    • Cost
    • Hours

By Advanced Building Design Lab

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