PES-Architects

成立于1968年的PES建筑事务所由Pekka Salminen教授在赫尔辛基创立，现已发展成为芬兰最具国际影响力的建筑设计机构之一。在萨米宁教授的远见卓识引领下，事务所凭借其在复杂建筑挑战方面的创新方法获得了全球认可，特别是在表演场馆和文化设施领域的卓越成就。

事务所的项目组合展现了跨类型的非凡创造力，从荣获中国土木工程詹天佑奖的福州海峡文化艺术中心，到技术先进的赫尔辛基机场航站楼扩建工程。他们的作品以精湛的材料应用著称，这一点在其开创性的陶瓷系统运用和可持续设计解决方案中得到充分体现。

总部位于赫尔辛基的PES建筑事务所拥有超过100名来自不同国际背景的专业人士，并于2011年在上海成立了子公司，成功架起了欧亚建筑传统的桥梁。事务所采用综合设计方法，涵盖建筑设计、室内设计、城市规划、结构工程和项目管理，特别注重建筑信息模型（BIM）和可持续技术的应用。

近期代表作包括南昌保利大剧院（2024年）和无锡大剧院，这些项目都充分展现了事务所在文化建筑领域的专长，成功实现了场地语境敏感性与技术创新的和谐统一。他们的项目始终展现出对表演空间声学、可持续建筑系统和创新材料应用的深刻理解。

Founded in 1968 by Professor Pekka Salminen in Helsinki, PES-Architects has established itself as one of Finland's most internationally acclaimed architectural practices. Under Salminen's visionary leadership, the firm has garnered worldwide recognition for its innovative approach to complex architectural challenges, particularly in performance venues and cultural facilities.

The practice's portfolio demonstrates exceptional versatility across typologies, from the award-winning Fuzhou Strait Culture and Arts Center - recipient of the prestigious China Civil Engineering Zhan Tianyou Award - to the technologically advanced Helsinki Airport Terminal expansions. Their work is characterized by sophisticated material applications, as evidenced in their pioneering use of ceramic systems and sustainable design solutions.

With headquarters in Helsinki employing over 100 professionals from diverse international backgrounds, and a wholly-owned subsidiary established in Shanghai in 2011, PES-Architects has successfully bridged European and Asian architectural traditions. The firm's integrated design approach encompasses architecture, interior design, urban planning, structural engineering, and project management, with a particular emphasis on Building Information Modeling (BIM) and sustainable technologies.

Notable recent works include the Nanchang Grand Theatre (2024) and Wuxi Grand Theater, both exemplifying the firm's commitment to cultural architecture that harmoniously blends contextual sensitivity with technical innovation. Their projects consistently demonstrate a sophisticated understanding of performance space acoustics, sustainable building systems, and innovative material applications.