2026年williamhill英国官网-曼彻斯特williamhill英国官网联合设计

未来城市原型探索:老特拉福德球场滨水区城市设计

2026 SEUARCH-MSA Joint Design Studio

Prototype Urbanism for Urban Futures: Trafford Wharfside Area Urban Design

I.课程简介Intro

本课程是williamhill英国官网与曼彻斯特williamhill英国官网联合开设的研究生跨校国际联合设计课，中英双方导师联合授课，并安排英国曼彻斯特实地联合调研。课程强调运用多种数字工具对场地进行量化分析，通过虚拟推演破解城市空间复杂问题，开展专项研究，并结合片区发展需求梳理适配的设计策略。课程旨在培养学生掌握城市研究与设计全流程方法，提升跨文化协作能力，探索面向未来的滨水片区城市设计。

This course is an international joint graduate design studio co-organized by the School of Architecture, Southeast University, and the Manchester School of Architecture. Students are under guidance of tutors from both China and the UK jointly and visit Manchester for field research. Emphasizing digital tools and research-based design, students develop site-specific strategies and theoretical support for the overall urban design. The course aims to strengthen students’ abilities in urban research, design methodology, cross-cultural collaboration and English academic communication, leading to futuristic urban design proposal for the waterfront district.

参与学生Students

陈雅倩、冯丹阳、谢祺旸、张舒曼、张珣

CHEN Yaqian, FENG Danyang, XIE Qiyang, ZHANG Shuman, ZHANG Xun

指导教师Tutors

williamhill英国官网SEUArch: 王川 Dr WANG Chuan

曼彻斯特williamhill英国官网MSA: Dr Marianna CAVADA, Dr Mahmud TANTOUSH, Prof Ulysses SENGUPTA

场地williamhill

场地位于曼彻斯特特拉福德区、运河索尔福德段南岸，占地约87公顷，是工业革命发源地之一（前身为欧洲早期大型工业园区）。南侧紧邻曼联主场老特拉福德球场，诺曼·福斯特事务所已公布十万座新球场方案；北侧隔运河与索尔福德媒体城相望。距曼彻斯特市中心仅约3公里，轨道交通直达，属政府近中期重点推进的城市再生核心片区，未来将发展为集居住、文创、体育文旅与滨水生态于一体的混合活力社区。

Site Overview

The site covers approximately 87 hectares on the south bank of the Salford Canal in Trafford, Manchester, and stands as one of the birthplaces of the Industrial Revolution, having formerly served as an early large-scale industrial park in Europe.

To its south lies Old Trafford, Manchester United’s home stadium, with Foster + Partners having unveiled plans for a new 100,000-seat arena. To the north, it faces Salford Media City across the canal.

Merely around 3 kilometres from Manchester city centre with direct rail access, the area is a core urban regeneration zone prioritised by the government for near and medium-term development. It is set to evolve into a vibrant mixed-use waterfront community integrating residential quarters, cultural and creative industries, sports tourism and riverside ecology.

场地区位与现有规划意向分区

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II.曼彻斯特集体调研Manchester Site Visit

2026 年 1 月 28 日至 2 月 6 日，师生赴英国曼彻斯特williamhill英国官网参与联合设计工作坊，实地开展特拉福德滨水区场地调研。走访老特拉福德球场及运河工业滨水片区，记录场地风貌、交通与人群活动。同时在Marianna Cavada, Mahmud Tantoush, Ulysses Sengupta等老师指导下，参与在曼彻斯特williamhill英国官网中英混合分组辅导、数字设计工具培训，依托一手场地资料完成前期城市基底分析，并在2月5日进行了调研阶段答辩，为后续片区城市设计打下实地研究基础。

From January 28 to February 6, 2026, students visited the Manchester School of Architecture for a joint design workshop and field research in Trafford Wharfside. Through site visits to Old Trafford Stadium and the canal-side industrial waterfront, as well as mixed-group tutorials and digital design training, they collected first-hand materials and completed preliminary urban analysis for the subsequent design work.

现场调研与工作坊开展

III.南京最终答辩Final Review

在课程收尾阶段，英方导师Mahmud TANTOUSH赴南京进行为期一周的现场集中指导，针对各组设计方案开展深化研讨与修改完善。最终答辩在6月22日上午举行，并邀请了方榕与曹俊老师作为外请嘉宾。

Towards the end of the course, MSA Tutor Dr Mahmud TANTOUSH travelled to Nanjing for one week of on-site tutoring, conducting in-depth discussions and revisions on each group’s design proposals. The final review took place on the morning of June 22, with external reviewer Dr FANG Rong and Dr CAO Jun.

评图嘉宾Review Panelists

方榕 | 东南大学建筑设计研究院有限公司城市建筑工作室副主任、正高级规划师

Dr FANG Rong | Professorial Senior Planner & Deputy Director, Urban

Architecture Lab, Architects & Engineers Co., Ltd. of SEU

曹俊 | williamhill英国官网讲师

Dr CAO Jun | Lecturer, School of Architecture, Southeast University

1.Reweaving the Event City｜重织事件城市

张舒曼ZHANG Shuman、冯丹阳FENG Danyang

本设计聚焦老特拉福德球场周边片区，回应赛日与非赛日活力断层。场地拥有球场、运河、工业遗产与媒体城等多重资源，却在时间与空间上彼此割裂。方案提出“Reweaving the Event City”概念，将赛事转化为驱动城市空间生成的持续动力，通过重织球迷、游客与居民的行为路径，将瞬时事件延展为日常公共生活。

核心策略包括：

1.以人群行为生成层级网络：提取三类人群赛前、赛后与日常的路径与停留需求，叠加生成一级事件环、二级慢行网络和公共空间节点。

2.以事件时间线回应活力断层：将“到达—聚集—观赛—转场—停留—延续”转化为空间序列，通过入口节点、球迷广场、核心事件环等形成连续公共空间系统。

3.以核心事件环编织城市资源：以串联球场、运河和工业遗产的核心事件环为骨架，将割裂的空间重新组织为连续的公共空间系统。

4.以可变空间原型实现事件与日常转换：通过堆叠事件盒子、空中连廊、弹性框架与口袋公园等原型，赛日承接高强度人流，非赛日转化为日常休闲、展示与社区活动。

The project focuses on Old Trafford, where match-day crowds quickly fade into everyday inactivity. Although the site contains the stadium, canal, industrial heritage, MediaCity and communities, these resources remain fragmented.

Reweaving the Event City transforms the football match from a temporary stadium event into a driver of continuous urban life, using the behaviours of fans, visitors and residents to create a more connected and adaptive district.

1. Extending the Event Timeline:The match is expanded into a sequence of arrival, gathering, watching, transition and staying, turning short peaks into longer urban activity.

2. Generating a Behaviour-based Network:Routes of fans, visitors and residents are overlaid to form the Event Loop, slow networks and public nodes.

3. Reweaving Urban Resources:The Event Core Loop connects the stadium, canal and industrial heritage into a continuous public system.

4. Transforming Events into Everyday Life:Stacked boxes, elevated walkways, flexible frames and pocket parks absorb match-day crowds and support daily leisure, culture and community use.

方案效果

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2.Trafford United Again | 特拉福德：重新连结

谢祺旸XIE Qiyang

本设计聚焦于两个痛点：特拉福德球场附近低附加值的传统工业生态和被多重边界分隔的僵化“功能分区”，试图通过保护性利用球场、粮仓、帝国战争博物馆等具有历史价值的“触媒”，将场地破碎的空间结构进行再组织。以“混合功能”为核心依托，通过可调控的生成式聚落算法，消解生硬的地块分区，打造产、居、商、文无边界融合的通透院落街区和可持续的复合城市秩序。

核心设计策略包括：

1.空间缝合重构：搭建三级路网，增设跨铁路、运河桥梁节点修复场地割裂，强化南北贯通轴线；

2.量化触媒生成：以工业遗存为功能触媒，经迭代运算生成 POI 点云与混合功能融球，弱化单一用地主导业态；

3.混合院落营建：设立 90m 标准街区、超大尺度街区两套模板，竖向分层排布业态，用地退让打造通透聚合院落；

4.分时活动叠加：叠加日常居住、产业生产、商业消费、赛事聚集四类分时活动，实现全天候街区活力。

Focusing on two pain points—the low-value traditional industrial ecosystem around Old Trafford Stadium and rigid functional zoning fragmented by multiple dividing boundaries—this design reorganizes the site’s fractured spatial structure through the protective reuse of historically valuable catalysts including the stadium, granaries and the Imperial War Museum. Centered on mixed-use development, the design adopts a generative settlement algorithm to erase rigid plot divisions, creating permeable courtyard blocks with seamless integration of industry, residence, commerce and culture, as well as a sustainable compound urban order.

1.Spatial stitching reconstruction: Build three-tier road network and bridge nodes across railways and canals to repair fragmentation and strengthen the north-south axis.

2.Quantitative catalyst generation: Generate POI point clouds and mixed-function metaballs via 4 kinds of catalysts to weaken single dominant land use.

3.Mixed courtyard construction: Set two sets of templates (90*90 m²/180*180 m²), arrange functions vertically and form permeable aggregated courtyards.

4.Time-sharing activity overlay: Superpose daily living, production, commercial consumption and match-day gatherings to realize all-day block vitality.

方案效果

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3.Driverless Trafford | 无人驾驶之城

张珣ZHANG Xun

本设计立足近未来无人驾驶场景，以共享出行消解场地核心停车难题。结合相关文献，剖析无人驾驶对城市开发密度、街道空间、建筑形态的多元影响；依托参数化手段，在现状主干路基础上迭代生成优化路网。

核心设计策略包括：

1.保留核心道路与历史建筑：原货运主路、码头岸线和铁轨线形被完整保留，转化为共享街道、线性公园与社区服务节点；保护工业建筑植入文创体育功能，形成文化与技术共生的骨架。

2.黏菌算法生成多层次无人驾驶路网：利用黏菌算法自然寻优，生成无人驾驶干线、接驳支线与步行巷道三级网络。路网在赛事日定向疏导，非赛事日开放为共享街道，实现平滑切换。

3.面向无人驾驶的未来街区形态：形成约80m×120m的超级街区，采用滨水低层工坊、中部庭院居住、节点垂直混合的梯度布局。建筑首层全开放，设无人车港湾与自动配送末端，街区取消固定地面停车，实现零静态停车与5分钟生活圈。

Focusing on near-future autonomous driving and shared mobility, this design solves urban parking shortages and explores how autonomous vehicles reshape urban density, street spaces and architectural forms. It adopts parametric tools to optimize the existing arterial road network.

Three core strategies are proposed:

1. Heritage Preservation. Original freight roads, dock waterfronts and railway alignments are retained and renewed into shared streets, linear parks and community nodes. Renovated industrial buildings integrate cultural and sports functions, creating an integrated framework of heritage and future technology.

2. Slime Mold Algorithm-based Road Network. A three-level network of autonomous driving trunk roads, feeder roads and pedestrian lanes is generated via natural optimization. The network supports traffic diversion during events and converts to shared streets on ordinary days for flexible use.

3. Autonomous-oriented Superblock Form. 80m×120m superblocks adopt a gradient layout of waterfront low-rise workshops, courtyard residences and vertical mixed-use buildings. With fully open ground floors equipped with autonomous vehicle stops and automatic delivery terminals, the blocks cancel fixed ground parking, realize zero static parking and complete a 5-minute living circle.

方案效果

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4.NeoHealthy City | 新·健康城市

陈雅倩CHEN Yaqian

根据场地现状保留具有历史、文化、形态价值的建筑，从场地空间结构、用地现状和使用人群三个方面分析，结合最突出的足球体育文化，设计以足球赛事产生的周期性人类活动潮为原型，通过对时间、空间和活动类型的重新组织，建立起一种可持续的城市健康节奏。

核心策略包括：

1.从个人健康到集体健康：整合现场及周边的体育和娱乐资源与设施，同时引入和培养新的活动和赛事，打造新的高强度活动节点。

2.从短期单次事件到持续活动的日常节奏：把保存下来的建筑遗址改造成适合不同年龄段活动的公共空间。

3.从分散的功能到推动空间行为的分层功能：在废弃的运河和滨水区域之间建立连接，融合绿色空间，并支持日常体育活动和社区活动。

Based on the current state of the site, we keep buildings that have historical, cultural, and formal value. By analyzing the site's spatial structure, current land use, and user groups, and combining it with the most prominent football culture, the design takes the cyclical human activity patterns generated by football events as a prototype. Through reorganizing time, space, and activity types, it establishes a sustainable urban health rhythm. Design Strategies include:

1. From Individual Health to Collective Health: Integrate on-site and surrounding sports and recreational resources and facilities, while introducing and nurturing new activities and events to create new high-intensity activity nodes.

2. From Single Events to Daily Rhythms with Continuous Activities: Transform preserved buildings sites into public spaces that support activities for different age groups.

3.From Dispersed Functions to Layered Functions Driving Spatial Behavior: Establish connections between the disused canal and waterfront spaces, integrate green spaces, and accommodate everyday physical activity and community activities.

方案效果

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