Daylighting and acoustics parameters are related to each other in terms of material usage, specifically for window openings. However, no study has included acoustics and daylighting as objectives in the multi-objective optimisation models. In this study, this relationship was included to the optimisation process of generating building conceptual form. A model was developed to optimise the form of a building using acoustics, daylighting and floor area as the objectives. Daylight autonomy parameter for daylighting performance and C₅₀ (speech clarity), reverberation time, Speech Transmission Index parameters for acoustic performance were used in the model which was created with visual programming language. Case studies were conducted with the model, and the results were discussed. Maximising speech clarity and maximising annual daylighting in the space were determined as objectives for the building form optimisation process in the case studies.

采光和声学参数在材料使用方面相互关联，特别是对于窗户开口。然而，没有研究将声学和采光作为多目标优化模型的目标。在这项研究中，这种关系被包含在生成建筑概念形式的优化过程中。开发了一个模型，以优化建筑形式，以声学、采光和建筑面积为目标。采光性能和 C _{50 的}日光自主参数（语音清晰度），混响时间，声学性能的语音传输指数参数用于使用可视化编程语言创建的模型中。对模型进行了案例研究，并对结果进行了讨论。在案例研究中，最大化语音清晰度和最大化空间中的年度采光被确定为建筑形式优化过程的目标。