Assessment of Comfort in Buildings and Energy Diagnostics

Abstract

This handout provides a comprehensive overview of building comfort evaluation and energy diagnostics, with a specific focus on architectural implications and design strategies. It integrates theoretical foundations, practical methodologies, and simulation-based approaches for assessing thermal, visual, acoustic, and indoor air quality comfort within buildings. The lessons explore key environmental parameters, performance indicators, modelling techniques, and scenario-based evaluation protocols using contemporary digital tools. Emphasis is placed on how architectural geometry, materials, envelope design, and spatial configuration influence both comfort and energy performance. The document also introduces workflows for simulation tools commonly used in architecture, illustrating how data-driven analysis supports decision-making in sustainable design. Through figures, graphs, and case-based examples, the handout equips students with the technical and analytical skills needed to evaluate and optimise building comfort while balancing energy efficiency objectives.