Oppo 技术研究中心大楼
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2014 年赢得的竞赛作品，中国手机制造商 Oppo 的 42 层技术与研究中心大楼由英国的 Gianni Botsford Architects 与台湾的 RJWu & Partners 合作设计。这座新塔楼位于成都南部的新加坡四川高新技术创新园中心，旨在成为俯瞰新公园的总体规划的焦点。这座大楼可以容纳多达 5000 名工程师和支持人员，其设计通过将大体量的塔楼分解为更适合人类尺度的较小体量，并在水平和垂直方向上进行错动，以实现平面和天际线的多样性，并确保所有用户都能获得异常高的自然光照水平，典型的楼层平面布局周围分布有一系列“观景房”。
作为研究区域总部，这座大楼容纳多达 5000 名工程师和支持人员，鼓励员工通过提供一个激发灵感的工作场所来促进思想的交流和互动，让员工可以互相学习。塔楼中分布有独立工作区、放松区、培训区、画廊、餐饮区以及可以眺望公园和城市的观景区。
通过在总体规划中引入方向性，一个垂直的塔楼与周围的水平低层建筑相结合，形成一种关系，使焦点和可识别性更强。设计概念为一个垂直村庄，塔楼中穿插着空隙和不同楼层高度，以促进协作，创造替代的流通路线和互动场所。设计将大体量的塔楼分解为更适合人类尺度的较小体量，并在水平和垂直方向上进行错动，以实现平面和天际线的多样性，并确保所有用户都能获得异常高的自然光照水平，典型的楼层平面布局周围分布有一系列“观景房”。
自相似性在应用同样的错动逻辑于立面设计时得到了利用，这不仅创造了一个动态和细腻的效果，还回应了规划法规要求所有新高层建筑实现 30% 实体立面的规定。塔楼的每个垂直体量都旨在视觉上溶入天空，因为它们顶部设有三层高的“灯笼”空间，为连接的楼层提供开放性和自然光。
Won in competition in 2014, the new 42 storey Oppo Technology & Research Centre Tower for Chinese mobile phone manufacturer Oppo was designed by Gianni Botsford Architects in the UK, in collaboration with RJWu & Partners in Taiwan. The new tower sits at the centre of the new Singapore Sichuan Hi Tech Innovation Park to the South of Chengdu, and aims to be a focal point of the masterplan overlooking the new park. The design, housing up to 5000 engineers and support staff, breaks down the large volume of the tower into smaller volumes that relate better to the human scale; these volumes are shifted both horizontally and vertically to achieve diversity in plan and skyline, and ensure unusually high levels of daylight are achieved for all users, with a typical floor plan benefiting from a series of ‘rooms with a view’ staggered around the perimeter.
Housing up to 5,000 engineers and support staff, the regional headquarters for research encourages staff to come together by providing an inspiring place to work that promotes cross-fertilisation of ideas allowing staff to interact and to learn from each other. The tower is interspersed with areas for independent work, relaxation, training, galleries, food and views out to the park and city.
By introducing directionality within the masterplan, a vertical tower integrates with the surrounding horizontal low-rise buildings to introduce a relationship that provides focus & legibility. Conceived as a vertical village, the tower is punctuated with voids and varying floor heights to promote collaboration, creating alternative circulation routes and places of interaction. The design breaks down the large volume of the tower into smaller volumes that relate better to the human scale; these volumes are shifted both horizontally and vertically to achieve diversity in plan and skyline, and ensure unusually high levels of daylight are achieved for all users, with a typical floor plan benefiting from a series of ‘rooms with a view’ staggered around the perimeter.
Self-similarity was used in applying the same shifting logic to the façade, which not only creates a dynamic and filigree effect, but also responds to the planning regulation of achieving a 30 per cent solid façade for all the new high-rise buildings. Each of the vertical volumes of the tower is designed with the intention to visually dissolve into the sky as they are topped with a triple height ‘lantern’ space which provides openness and daylight to the connecting floors.