Bldg Systems — Modeling, Analysis, and Coordination

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Module 1 | Overview

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Integrated Design Project

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Exhibition Center Examples

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Practice

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Module 2 | Building Modeling Integration & Coordination

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Overview

Working on Multi-Disciplinary Design Projects Model Integration and Coordination Approaches

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Model Integration Examples

Example: Audubon Center Example: Hospital Project

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Model Integration Workflows

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Linking Revit Models

Example: Linking Revit Models Example: Creating a New Linked Revit Model

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Integrating with Autodesk Construction Cloud Model Coordination

Example: Publishing Your Models to Autodesk Construction Cloud Example: Using Model Coordination to Find Clashes Example: Classifying Clashes as Issues or Not Issues

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Integrating with Navisworks Manage

Example: Exporting a Model to Navisworks Manage Example: Merging Models and Finding Clashes

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Practice

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Module 3 | Performance-Based Design — Goals, Targets, and Strategies

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Overview

Design Approach: Performance-Based Design Building Science: Green Building Materials

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Requirements & Design Goals

Requirements: Planning & Building Codes

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Design Goals & Potential Design Strategies

Choosing Design Goals Setting Design Targets Benchmarks & Rating Systems

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Learning from Successful Examples

Example: Best Practice Guides / Holistic Frameworks Example: Layering Sustainable Design Strategies - The Interlace

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Practice

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Module 4 | Conceptual Modeling — Building Context & Passive Design

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Overview

Conceptual Design Features Building Science: Passive Design

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Requirements & Design Goals

Planning Requirements Design Goals & Potential Design Strategies

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Conceptual Design Modeling

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Evaluating Context

Example: Visualizing Site using Google Earth Example: Using Climate Consultant

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Using Autodesk Forma to Design, Analyze, and Compare Massing Options

Overview - What is Autodesk Forma?Creating Building Forms using Forma’s Basic Design Modeling Tools Creating Building Forms using the 3D Sketch Modeling Tool

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Analyzing and Comparing on Your Building Forms

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Running Analyses on Your Design Options

Analysis Tools in Autodesk Forma Analysis: Area Metrics

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Evaluating Passive Design Opportunities

Analysis: Daylight Potential Analysis: Microclimate Analysis: Noise Analysis: Rapid Operational Energy Analysis: Sun Hours Analysis: Wind

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Using Analysis Results to Compare Your Design Options

Analyzing and Comparing Design Options

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Practice

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Module 5 | Schematic Design — Space Planning & Building Layout

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Overview

Space Planning & Building Layout Concepts Building Science: Building Cores

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Requirements & Design Goals

Requirements Design Goals & Potential Design Strategies

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Schematic Design Modeling

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Space Planning

Example: Observing & Analyzing Spaces Around You Example: Creating a Space Budget Spreadsheet Example: Planning for Building Core Spaces

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Building Layout

Example: Analyzing the Y2E2 Building Layout Example: Creating Space/Bubble Diagrams Example: Using Masses to Explore Layout Options

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Practice

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Module 6 | System Design - Building Cores & Circulation Systems

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Overview

Access, Egress, and Circulation Components Building Science: Safe Egress — Moving People in an Emergency

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System Requirements & Design Goals

Building Code Requirements Design Goals & Potential Design Strategies

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System Modeling

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Modeling Site Topography & Context

Creating a Revit Project Site Model using Autodesk Forma Linking Other Revit Models to your Project Site Model

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Modeling Spaces & Occupancy

Example: Use Revit Spaces to Predict Occupancy

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Modeling Circulation Elements

Example: Modeling Corridors & Hallways Example: Modeling Mechanical Cores Example: Modeling Circulation Cores — Stairs & Ramps Example: Modeling Elevators & Escalators

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Simulation & Analysis

Example: Displaying Occupancy Info in Plan Views Example: Summarizing Occupancy Info in Schedule Views Example: Displaying Distance to Exits

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Practice

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Module 7 | System Design - Building Envelope Systems

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Overview

Envelope System Components Building Science: Heat Transfer — Conduction, Radiation, Thermal Mass Building Science: Daylighting Building Science: Green Materials

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System Requirements & Design Goals

Building Code Requirements Design Goals & Potential Design Strategies

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System Modeling

Example: Modeling Wall Systems Example: Modeling Windows & Glazing Systems Example: Modeling Floor Systems & Terraces Example: Modeling Roof Systems Example: Modeling Green Roofs Example: Modeling Detailed Thermal Properties Example: Modeling Shading Features Example: Modeling Visible Light Properties Example: Modeling Using Spaces vs. Rooms

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Simulation & Analysis

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Energy Use Analysis

Example: Generating Insight for Building Performance Analysis Example: Evaluating the Impact of Envelope Thermal Properties

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Solar Analysis

Example: Insight Solar Analysis Example: Evaluating Shading Device Effectiveness

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Daylighting Analysis

Example: Insight Daylighting Analysis Example: Illuminance Rendering in Revit

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Practice

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Module 8 | System Design - Structural Systems

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Overview

Structural System Components Structural System Strategies Building Science: Stresses on Framing Elements Building Science: Load Collection & Structural Load Paths

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System Requirements & Design Goals

Building Code Requirements Design Goals & Potential Design Strategies

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System Modeling

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Model Creation & Linking

Model Linking Workflow Overview Example: Creating a New Linked Structural Model

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Modeling Structural Framing Elements

Example: Modeling Structural Columns Example: Modeling Beams Example: Modeling Beam Systems Example: Modeling Structural Floors Example: Copying Elements to Other Levels Example: Modeling Cantilevers & Floor Openings Example: Modeling Trusses Example: Modeling Sloping Beams & Beam Systems

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Moduling Structural Materials & Construction Methods

Example: Modeling Concrete Frame Structures Example: Modeling Steel Frame Structures Example: Modeling Wood Frame Structures

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Model Integration & Coordination

Example: Publishing Your Models to ACC Example: Using Model Coordination to Find Clashes Example: Classifying Clashes as Issues or Not Issues

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Simulation & Analysis

Overview: Analysis Workflow

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Preparing a Model for Analysis

Example: Creating an Analytical Model Example: Applying Structural Loads & Boundary Conditions

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Using Robot Structural

Example: Exporting Framing Elements to Structural Analysis using Robot Example: Calculating Design Loads with Robot Example: Verifying Member Sizes with Robot Example: Designing Steel Frame Members with Robot Example: Designing Wood Frame Members with Robot

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Practice

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Module 9 | System Design - HVAC Systems

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Overview

MEP Systems Overview Heating Strategies & System Components Cooling Strategies & System Components Ventilation Strategies & System Components Building Science: User Comfort & Thermal Loads

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System Requirements & Design Goals

Building Code Requirements Design Goals & Potential Design Strategies

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System Modeling

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Model Creation & Linking

Example: Creating a New Linked Mechanical/HVAC Model

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Calculating HVAC Loads

Example: Specifying Internal Loads using Spaces Example: Creating a Space Schedule and Fine-Tuning the Occupancy/People Assumptions

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Using Revit’s Heating and Cooling Loads Tool

Example: Grouping Spaces into HVAC Zones Example: Computing HVAC Loads

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Alternative: Using Energy Plus

Example: Creating an Energy Analytical Model and Generating Analytical Spaces Example: Grouping Spaces into HVAC Zones Example: Computing HVAC Loads Example: Using Required Airflow Computation to Place Air Terminals in Spaces

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Identifying Effective Strategies for the Project Climate

Example: Using Climate Analysis

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Modeling Air Transport Systems

Overview: Air Transport Systems Example: Air Handler Location Alternatives Example: Duct System Layout & Placement Example: Modeling Zone Thermal Controllers Example: Air Terminal Location Alternatives Example: Connecting Air Terminals to Ducts

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Modeling Fluid Transport Systems

Overview: Fluid Transport Systems Example: Modeling Radiant Floors Example: Modeling Radiators

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Modeling Self-Contained Systems

Example: Modeling Self-Contained Heaters & Cabinet Systems

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Simulation & Analysis

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Confirming Model Accuracy

Example: Using the System Inspector to Review Duct Air Flows Example: Using the System Browser to Review System Connections Example: Sizing Ducts to Match the Computed Air Flow Example: Confirming the System Design Using Space and Zone Schedules

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Practice

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Module 10 | System Design - Plumbing Systems

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Overview

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System Modeling

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Model Creation & Linking

Example: Creating a New Linked Plumbing Model

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Modeling Water Supply & Sanitary Systems

Example: Typical Restrooms - Placing Trunk and Branch Lines Example: Typical Restrooms - Connecting Hot & Cold Water Supply Systems Example: Typical Restrooms - Connecting Sanitary Systems

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Modeling Greywater Systems

Example: Greywater Reuse Systems

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Modeling Fire Protection Systeems

Example: Fire Sprinkler Systems

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Practice

Module 11 | System Design - Power & Lighting