Course Outline:

Module 1: Introduction to CAD and BIM for Sustainable Design

• Overview of CAD and BIM in the context of sustainable design

• The role of CAD in the traditional design process

• Introduction to BIM concepts and workflows

• Benefits of CAD and BIM for energy efficiency and sustainability

• Introduction to energy modeling tools

Case Study: Analyze the lifecycle of a sustainable building using CAD and BIM tools

Module 2: CAD Tools for Energy-Efficient Building Design

• Basic tools and functions in AutoCAD for building design

• Drawing 2D and 3D floor plans, elevations, and sections

• Energy-efficient design principles (orientation, insulation, natural lighting)

• Introduction to energy analysis tools within AutoCAD

• Creating energy-efficient building envelopes

Case Study: Design a residential building layout focused on passive energy design strategies

Module 3: BIM for Sustainable Building Design with Revit

• Introduction to Revit for architectural design and BIM workflows

• Creating and modifying building models using Revit

• Integrating sustainability features (solar shading, daylighting, HVAC systems)

• Managing building information and data for energy analysis

• Collaboration in Revit using linked models

Case Study: Model a commercial building in Revit with sustainable features (e.g., green roofs, daylight harvesting)

Module 4: Energy Performance Simulation and Analysis

• Introduction to energy performance simulation tools (EnergyPlus, IESVE, etc.)

• Setting up energy models in BIM for performance analysis

• Understanding key energy metrics (U-values, thermal mass, heat gain)

• Analyzing building energy use and optimizing for efficiency

• Generating energy consumption reports and interpreting results

Case Study: Conduct an energy analysis of a mid-rise building and implement design optimizations

Module 5: Integrating Renewable Energy Systems into Building Designs

• Integrating solar energy systems into CAD/BIM models

• Wind energy and other renewable energy systems for buildings

• Modeling photovoltaic (PV) systems, wind turbines, and geothermal systems

• Calculating energy savings and reducing carbon footprint

• Evaluating renewable energy feasibility for various building types

Case Study: Design a small office building with integrated solar panels and an energy storage system

Module 6: Building Systems and MEP Design for Energy Efficiency

• Introduction to MEP systems in BIM (heating, cooling, ventilation, lighting)

• Optimizing HVAC and lighting systems for energy efficiency

• Energy-efficient electrical systems design

• Modeling and analyzing building systems for energy use reduction

• Introduction to Revit MEP for MEP engineers

Case Study: Design and simulate an HVAC system for a residential building in Revit

Module 7: Sustainable Material Selection and Life Cycle Assessment

• Material selection for energy-efficient building envelopes

• Introduction to Life Cycle Assessment (LCA) tools

• Environmental impact of materials and construction processes

• Integrating LCA results into BIM models

• Sustainable material sourcing and cost analysis

Case Study: Evaluate and compare materials for the construction of a low-energy office building

Module 8: Daylighting and Solar Gain Analysis

• Principles of daylighting and solar gain in building design

• Modeling daylighting systems in Revit and AutoCAD

• Analyzing natural light penetration and optimizing for energy efficiency

• Understanding shading analysis and solar access in building design

• Implementing smart glass and shading devices for energy savings

Case Study: Model daylighting solutions for a school building and perform solar gain analysis

Module 9: Green Building Certifications (LEED, BREEAM) and Compliance

• Overview of green building certifications (LEED, BREEAM, etc.)

• BIM tools for compliance with sustainable building standards

• Key requirements for LEED and BREEAM certifications

• Documentation and reporting for green building certifications

• Integrating sustainability features into BIM for certification

Case Study: Prepare a BIM model for LEED certification for a commercial building project

Module 10: Final Project and Review

• Capstone Project: Design, simulate, and analyze an energy-efficient building with renewable energy integration

• Review of key concepts learned throughout the course

• Presentations of final projects and peer feedback

• Q&A and troubleshooting session

• Certification and next steps for further learning

Case Study: Complete an energy-efficient office building design, incorporating all sustainability and energy-efficiency concepts learned in the course