Training on Energy Analysis & Sustainable Design with BIM (7D BIM)

Module 1: Foundations of Sustainable Design and 7D BIM

• Principles of sustainable building design and environmental performance
• Introduction to 7D BIM and lifecycle sustainability management
• BIM applications in energy efficiency and green building projects
• Global sustainability frameworks: LEED, BREEAM, EDGE, and regional standards
• Case Study: BIM-driven sustainable commercial building achieving green certification
• Practical: Evaluate sustainability goals and BIM requirements for a sample project

Module 2: BIM for Energy Modeling and Environmental Simulation

• Fundamentals of building energy modeling and simulation workflows
• Using Revit, Insight, and related tools for energy analysis
• Climate-responsive design, solar studies, and shading analysis
• Interpreting simulation outputs for sustainable decision-making
• Case Study: Energy performance optimization using BIM simulation tools
• Practical: Run a basic energy analysis model using BIM software

Module 3: Sustainable Design Strategies with BIM

• Passive design approaches for energy-efficient buildings
• Daylighting, ventilation, and thermal comfort analysis
• Material selection, embodied carbon estimation, and sustainability assessment
• BIM-based environmental impact evaluation during design stages
• Case Study: Passive design integration in a sustainable mixed-use development
• Practical: Develop a BIM-based sustainable design concept for a building project

Module 4: Advanced 7D BIM Workflows and Lifecycle Analysis

• Integrating BIM with energy and environmental simulation platforms
• Lifecycle assessment (LCA) and facility performance benchmarking
• Data management for 7D BIM sustainability workflows
• Using BIM for operational efficiency and long-term asset performance
• Case Study: Lifecycle performance analysis in a green infrastructure project
• Practical: Create a lifecycle sustainability assessment using BIM data

Module 5: Green Building Certification and BIM Compliance

• BIM workflows for LEED, BREEAM, EDGE, and other certifications
• Automating sustainability documentation and compliance reporting
• Tracking environmental credits and performance indicators using BIM
• Aligning BIM deliverables with certification requirements
• Case Study: BIM-enabled LEED certification process for a public facility
• Practical: Prepare a BIM-based sustainability compliance report

Module 6: Smart Building Operations and Performance Optimization

• Integrating BIM with digital twins and smart building systems
• Energy metering, monitoring, and operational performance analysis
• Continuous commissioning and maintenance optimization strategies
• Data-driven approaches to reducing operational energy consumption
• Case Study: Smart facility management using BIM and IoT integration
• Practical: Develop an operational energy monitoring workflow using BIM data

Module 7: Sustainable Construction Planning and Site Management

• BIM applications in sustainable construction and resource management
• Site logistics, waste reduction, and construction-phase energy tracking
• Environmental impact reduction during project execution
• Sustainable procurement and material management strategies
• Case Study: BIM-enabled construction waste reduction in a high-rise project
• Practical: Create a BIM-supported sustainable site management plan

Module 8: Advanced Energy Simulation and Performance Analysis

• Parametric energy modeling and scenario-based analysis
• Comparing design alternatives for optimal sustainability outcomes
• Simulation validation, calibration, and reporting techniques
• Predictive analysis for long-term environmental performance
• Case Study: Comparative simulation analysis for low-energy building design
• Practical: Conduct sensitivity analysis for alternative sustainable design options

Module 9: Collaborative Sustainability Workflows in BIM

• Interdisciplinary coordination for sustainable design projects
• Cloud-based BIM collaboration for environmental performance management
• Integrating stakeholder feedback into sustainability workflows
• Coordinating architectural, structural, and MEP systems for green buildings
• Case Study: Multi-disciplinary BIM collaboration in a net-zero development project
• Practical: Develop a collaborative sustainability coordination workflow

Module 10: Capstone Project BIM-Based Sustainable Building Strategy

• Team-based sustainable building modeling and performance evaluation
• Integrating energy analysis, lifecycle assessment, and certification planning
• Presenting BIM-supported sustainability strategies to stakeholders
• Final review, feedback, and implementation planning
• Final Project: Develop and present a BIM-enabled sustainable building and energy optimization strategy