架构师提供的文本描述。Lamoricière学校的重建和扩建工作于2011年9月完成，由档案5在赢得概念竞赛后设计，是该社区的一个里程碑，也是一个对其环境开放的会议和交流场所。该建筑巧妙地插入现有的环境，同时肯定其公共设施的特点。通过分解体积，它可以将新设备包括在幼儿园模板的扩展中，并尊重邻近建筑物的规模。

Text description provided by the architects. Completed in September 2011, the reconstruction and expansion of the Lamoricière School, designed by archi5 upon winning a competition for their concept, is a landmark in the neighborhood, as well as a meeting and exchange place open to its environment. The building is subtly inserted in the existing surroundings while affirming its public facility characteristics. The decomposition of the volume allows it to include the new equipment in the extension of the kindergarten template and to respect the scale of neighboring buildings.

 © Fabien Terreaux & Thomas Jorion

法比安·特雷奥克斯(Fabien Terreaux)

这种重构和扩展的设计是在仔细阅读背景特征的基础上提出的。由于功能的空间重叠，学校群体遭受了许多失败。这导致人流混乱，幼儿园缺乏能见度，无法从卡诺大道进入幼儿园。

The proposed design of this reconstruction and expansion is based on a careful reading of background characteristics. The school group suffered many failures due to spatial overlapping of functions. This was leading to confusion between flows and a lack of visibility of the kindergarten and its access from the Boulevard Carnot.

 © Fabien Terreaux & Thomas Jorion

法比安·特雷奥克斯(Fabien Terreaux)

城市的地位和项目的雄心使我们提出了一个全面的战略，有两个互补的目标：-一个容量组成，提供独立的阅读程序和他们的访问-作为独立的实体的学校团体的凝聚力，在林荫大道卡诺有一个新的城市立面。

The position of urban and ambition of the program led us to propose a comprehensive strategy with two complementary goals: - A volumetric composition that provides independent reading programs and their access - Cohesion of the school group as separate entities with a new urban facade on the Boulevard Carnot.

该项目是优化总体成本和纳入环境标准和可持续发展进程的一部分。它是根据巴黎市气候计划的目标建造的，每年50千瓦时/立方米。我们在研究和工程中进行的思考遵循了以下几条思路：-项目技术要求-与项目建筑设计相关-耐久性和成本优化、操作、维护和维护材料-易用性-投资成本方面的运营成本和维护优化-技术系统实施的维护优化

The project is part of a process of optimizing the overall cost and the inclusion of environmental criteria and sustainable development. It was constructed according to the goals of the climate plan of the City of Paris, 50 kWh/m3 / year. The reflections we have conducted during studies and works have followed several lines: - Program Technical Requirements - Relevance to the architectural design of the project - Durability and cost optimization, operation, maintenance and maintenance materials - Ease of use - Optimization of operating costs and maintenance in terms of investment costs - Optimization of maintenance of technical systems implementation