IESVE for HVAC & MEP System Simulation
Model and optimize HVAC systems, airflow, and thermal comfort in buildings. Learn energy-efficient strategies, load calculations, and system performance evaluation for mechanical engineers and MEP consultants.
Course Overview
Course Modules Module 1: Introduction to HVAC Simulation Topics Covered HVAC Simulation Concepts IESVE Workflow Project Setup System Modeling Basics Thermal Loads Simulation Fundamentals Module 2: HVAC System Modeling Topics Covered Air Conditioning Systems Ventilation Systems Heating Systems Cooling Systems Airflow Concepts System Configuration Module 3: Load Calculations Topics Covered Cooling Load Analysis Heating Load Analysis Internal Gains Occupancy Loads Equipment Loads Peak Demand Analysis Module 4: Energy & System Performance Topics Covered HVAC Energy Consumption Plant Performance System Efficiency Operational Analysis Energy Optimization Performance Assessment Module 5: Reporting & Optimization Topics Covered Results Interpretation Energy Reports HVAC Recommendations Design Improvements Documentation Project Presentation Module 6: Final Capstone Project Topics Covered HVAC Modeling Load Calculations Energy Analysis Optimization Reporting Presentation Capstone Project Develop and analyze a complete HVAC system model for a commercial building and evaluate its energy performance.
Learning Outcomes
Perform HVAC load calculations and system simulations.
Evaluate HVAC energy performance.
Analyze heating, cooling, and ventilation systems.
Optimize building services design for efficiency.
Generate professional simulation reports.
Prerequisites
Participants should have: -Knowledge of HVAC and building services fundamentals -Basic understanding of energy modeling concepts -Laptop/Desktop with IESVE installed
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