Owner organization design for mega industrial construction projects
2024年PCT项目商业计划书及运营管理方案
PCT项目商业计划书及运营管理方案目录概论 (4)一、运营管理 (4)(一)、公司经营宗旨 (4)(二)、公司的目标、主要职责 (5)(三)、各部门职责及权限 (6)(四)、财务会计制度 (9)二、建设单位基本情况 (11)(一)、公司基本信息 (11)(二)、公司简介 (11)(三)、公司竞争优势 (12)(四)、公司主要财务数据 (13)(五)、核心人员介绍 (13)(六)、经营宗旨 (14)(七)、公司发展规划 (16)三、PCT项目背景及必要性 (17)(一)、积极试点示范,稳妥推进XXX产业化进程 (17)(二)、做好政策保障,健全XXX管理体系 (18)(三)、推进国际合作,提升XXX竞争优势 (19)(四)、保障措施 (20)(五)、PCT项目实施的必要性 (21)四、发展规划分析 (22)(一)、公司发展规划 (22)(二)、保障措施 (23)五、企业合规与伦理 (25)(一)、合规政策与程序 (25)(二)、伦理规范与培训 (26)(三)、合规风险评估 (27)(四)、合规监督与执行 (29)六、创新驱动 (30)(一)、企业技术研发分析 (30)(二)、PCT项目技术工艺分析 (32)(三)、质量管理 (34)(四)、创新发展总结 (35)七、PCT项目环境影响评估 (36)(一)、PCT项目环境影响评估 (36)(二)、环境保护措施与治理方案 (37)八、风险评估分析 (39)(一)、PCT项目风险分析 (39)(二)、公司竞争劣势 (41)九、PCT项目运行方案 (42)(一)、PCT项目运行管理体系建设 (42)(二)、运营效率提升策略 (44)(三)、风险管理与应对 (45)(四)、绩效评估与监测 (46)(五)、利益相关方沟通与合作 (47)(六)、信息化建设与数字化转型 (48)(七)、持续改进与创新发展 (48)(八)、运营经验总结与展望 (49)十、PCT项目沟通与合作机制 (51)(一)、沟通体系构建 (51)(二)、合作伙伴选择与合作方式 (53)(三)、利益相关方管理 (55)(四)、团队协作与合作文化 (57)(五)、跨部门协同与协作平台 (59)(六)、沟通与合作中的问题解决 (60)(七)、共享资源与互惠机制 (62)(八)、沟通与合作绩效评估 (63)十一、知识产权管理与保护 (65)(一)、知识产权管理体系建设 (65)(二)、知识产权保护措施 (66)十二、成果转化与推广应用 (67)(一)、成果转化策略制定 (67)(二)、成果推广应用方案 (68)十三、PCT项目质量与标准 (69)(一)、质量保障体系 (69)(二)、标准化作业流程 (70)(三)、质量监控与评估 (71)(四)、质量改进计划 (73)十四、人力资源管理与开发 (74)(一)、人力资源规划 (74)(二)、人力资源开发与培训 (75)概论随着项目管理深度与复杂性的增长,制定全面而精细的项目可行性研究报告及运营方案显得尤为关键。
00第零篇:ATLC基本思想
服务于设计公司和地产的经历,使其在设计中更为关注设计与开发实施的内在 联系。坚持产品服务于市场和产品领先市场的设计理念,对于设计与工程、成本、 市场的关联有着较深的认知。
• 4、日照遮挡
• 5、城市标志性 • 6、管理简洁 • 7、高差合理:“三维设计”
• 8、屋顶的利用(设备、花园)
• •选择对策 • • • 1、研究政策“点”:地方报批难度,地域性松弛部位。 2、抓住产品“线”:配比合理,推出顺序合理。 3、控制要全“面”:水电性质(差价),物管简洁合理,管理多种。
•
7、规划管理特殊
1.当地特殊退让 2.计容 3.日照
4.绿化率
5.覆盖率 6.停车率 7.人防 8.教育 9.物管用房 10.优惠奖励 • 8、规划要点特殊
• • • • • • • •
ATLC 的观点三、典型价值挖掘 1、挖掘住宅附加值 2、挖掘商业附加值 3、挖掘写字楼附加值 4、挖掘地形高差 5、挖掘地下空间 6、挖掘城市环境 7、挖掘规划要点特殊点
•2、体验型
•3、直接消费型 •设计标准基本要点: •1、单体配置评价(类似住宅:厨、卫、储、招) •2、规划上聚集效应、规模效应、互相借势、复合效应。讲“聚”字。 •3、交通组织上,均好型与旗舰店结合,讲究一个“留”字。
• 区别其他“学院派”设计策划单位,本司切入高度和角度不同: 1、设计美学是最低要求,60分及格线,必须做到。 2、性价比高、操作性强是本公司优势,30分,加强分,拉开差距。 3、政策性强,具有全程全局观,产品突破,10分,关键分,获得行业优异水平。
浙江省丽水、湖州、衢州三地市2024届高三下学期4月二模英语含答案
丽水、湖州、衢州2024年4月三地市高三教学质量检测试卷英语试题卷第一部分听力(共两节,满分30分)第一节(共5小题;每小题1.5分,满分7.5分)听下面5段对话。
每段对话后有一个小题,从题中所给的A 、B 、C 三个选项中选出最佳选项。
听完每段对话后,你都有10秒钟的时间来回答有关小题和阅读下一小题。
每段对话仅读一遍。
1.What does the man think of the dress?A.It is attractive.B.It is tight.C.It is plain.2.What can we learn about the woman?A.She found a great job.B.She is popular in college.C.She won the student election.3.Where does this conversation take place?A.In a house.B.In a park.C.In a forest4.What animal does the woman own?A.A mouse.B.A dogC.A cat.5.Who is the woman most grateful to?A.Her parentsB.Her professors.C.Her friends.第二节(共15小题;每小题1.5分,满分22.5分)听下面5段对话或独白。
每段对话或独白后有几个小题,从题中所给的A 、B 、C 三个选项中选出最佳选项。
听每段对话或独白前,你将有时间阅读各个小题,每小题5秒钟;听完后,各小题将给出5秒钟的作答时间。
每段对话或独白读两遍。
听第6段材料,回答第6、7题。
6.What are the speakers mainly talking about?A.A new discoveryB.A map of the universeC.The secrets in DNA.7.Why has the woman been reading about the topic?A.Out of curiosity.B.For schoolworkC.As a hobby.听第7段材料,回答第8至10题。
全生命周期管理视角下城市重点地区规划建设路径思考
1032023.19 / Urban and Rural Planning and Design 城乡规划·设计益主体涉及广、建设项目数量多、开发建设周期长,其前瞻谋划和规划实施工作在新时期高质量发展要求下面临更大的挑战,也更迫切需要对工作转型方向与制度创新路径进行探索。
近年来,各地城市结合自身实际开展了丰富的城市重点地区建设实践,在规划建设管理各个环节已积累了较为成熟的经验,但由于规划决策与行为的分散性,各阶段参与主体缺乏整体统筹意识,大多呈现碎片化多头推进状态,造成实际推进效果与城市高品质建设预期仍有差距。
在此背景下,基于我国现有的规划体系特征及广州在重点功能片区的规划探索实践,思考并总结有效适用于城市重点地区全流程规划建设管理的工作路径要点,对当前城市建设发展具有重要的现实意义。
2当前城市重点地区规划建设中的重难点研判城市重点地区,通常指城市战略规划、国民经济和社会发展规划等确定必须重点推进城市规划的建设开发区域,包括重要的城市商业商务区、产业功能集聚区及特色发展地区等。
城市重点地区在城市发展战略中一般被赋予了更高的发展定位、更高的空间品质、更高的建设效率的期许,其规划建设管理因高强度空间开发、高运转建设周期、多维度主体诉求及财务成本压力叠加面临严峻的挑战。
2.1空间维度:高效集约的空间资源利用土地是重要的生产资料,城市重点地区的土地更具有稀缺性。
有限的土地资源、高昂的再开发成本,驱使城市空间向高强度、高密度方向演进,间接导致人、地、产等客观要素及技术逻辑的矛盾高度集聚在有限的土地载体上。
由于单位面积更小的土地承载更多的空间发展需求,需在有限的空间里处理好自然资源、历史文脉与现代开发之间的矛盾,对跨专业设计协调及后期建设施工管理等方面带来新的更大的挑战。
如商务区内部小街区、密路网的摘要 研究探讨了在新时期城市建设由高增量转向高质量发展的背景下,城市重点地区规划建设环节中存在的难点和痛点,如高效集约的空间资源利用、精明紧凑的开发建设周期、多元复杂的利益主体诉求、理想空间范式与现实经济性的平衡取舍考量等,并基于广州市重点功能片区的规划实践,指出建立伴随式与成长型的地区规划、空间组织与开发建设机制的意义,进而从顶层设计、详细规划、城市设计、土地开发等环节,总结提出全生命周期管理视角下的规划建设工作要点,以期为超大、特大城市重点地区的高质量发展提供路径指引与模式借鉴。
工程管理专业英语词汇短语
Part1market demand 市场需求facility 设施the speculative housing market 投机性住宅市场the real estate developer 房地产开发商government agency 政府机构public project 公共项目project management 项目管理the conceptual planning stage 概念规划阶段feasibility 可行性in-house 内部的,内业的the project life cycle 项目生命周期from cradle to grave 从开始到结束knowledge domain 知识领域construction industry 建筑业spectrum 波普,光谱,范围residential housing construction 房屋住宅建设subcontractor 分包商institutional and commercial building construction 办公与商业用房建设specialized industrial construction 专业化工业项目建设infrastructure and heavy construction 重大基础项目建设architectural and engineeringA/Efirm 建筑与工程设计公司consortium 财团,株式会社preliminary design 初步设计general contractor 总承包商on site quality inspection 现场质量监督litigation 法律诉讼shop drawings 施工图constructability 可建造性,可施工性value engineering 价值工程construction contract 施工合同design/construct firm 设计、施工公司turnkey 交钥匙承发包模式facility maintenance 设施维护Part2project integration management 项目综合管project scope management 项目范围管理project time management 项目时间管理project cost management 项目成本管理project quality management 项目质量管理project human resource management 项目人力资源管理project communications management 项目沟通管理 project risk management 项目风险管理project procurement management 项目采购管理contractual relationships 合同关系changes 工程变更claims 施工索赔mega-projects 巨型项目“functional”organization “职能式”组织“project”organization “项目式”组织 suborganizations 次级组织strong matrix-type suborganization 强矩阵式次级组织interpersonal influence 人际间影响力formal authority 正式的授权reward and/or penalty power 奖励和/或惩罚的权利 matrix organization 矩阵式组织hierarchical structure 层级结构Part3job-site productivity 工作现场生产率non-productive activities 非生产性工作temporary work stoppage 临时性工作暂停union activities 工作活动performance analysis 绩效分析base labor productivity 基准劳动生产率labor productivity index 劳动力生产指数non-local labor 非当地用工productive labor yield 劳动力产出requisitions 询价purchase orders 订购单subcontracts 分包合同shipping and receiving documents 装船与接收文件invoices 发票bulk materials 大众材料standard off-the-shelf materials 现货材料fabricated members or units 预制构件或单元 semi-processed state 半成品状态pre-processed 预加工的pressure vessels 压力容器field assembly 现场装配skilled craftsmen 熟练技工crawler mounting 履带式底盘claim shell 抓铲挖土机 `dragline 拉铲挖土机backhoe 反铲挖土机shovel 正铲挖土机bulldozer 推土机rotary-percussion drills 旋转冲击钻bituminous 沥青Part4economic evaluation 经济评价the planning horizon 规划期cash flow profile 现金流量图minimum attractive rate of returnMARR 最低收益率sensitivity or uncertainty analysis 敏感性或不确定性分析annual benefit 年收益annual cost 年费用net annual cash flow 年净现金流量opportunity cost 机会成本social rate of discount 社会贴现率profit measure利润指标值private corporations 私营股份制公司public agencies 公共机构net future valueNFV /净终值net present valueNPV 净现值equivalent uniform annual net value NUV 等额净年值capital recovery factor 资金回收因子benefit-cost ratioBCR 收益-费用比profitability index 盈利指数saving-to-investment ratioSIR 存款投资比率absolute numerical measure 绝对指数internal rate of returnIRR 内部收益率marginal efficiency of capital 边际资本收益return on investmentROI 投资收益payback periodPBP 投资回收期profit maximization利润最大化public sector 公共领域basic principle 基本原理nonnegative 非负的budget constraint 预算限制incremental analysis 追加分析internal rate of return method 内部收益率法Part5Word Bank-financed projects 世界银行融资贷款项目foreign bidders 海外投标人civil works 土木工程I nternational Competitive BiddingICB 竞争性国际招标Limited International Bidding 有限国际招标 National Competitive Bidding 国内竞争性招标International Shopping 国际订购Direct Contracting 直接签约General Procurement Notice 通用采购公告 prequalification 资格预审bidding documents 招标文件domestic contractors 国内承包商instructions to bidders 投标人须知conditions of contract 合同条件specifications of drawings 技术规范与图纸bill of quantities 工程量清单payment terms 支付条件minutes of the conference 会议纪要pre-bid conferences 标前会议site visits 现场踏勘substantially responsive 实质性响应the lowest evaluated cost 经评审的最低造价Part6the sealed bids 密封的投标报价construction company 建筑公司marketing strategy 市场营销策略long-term goals 长期目标client relationships 客户关系short-term goal 短期目标direct costs estimate 直接费估算mark-up 涨价溢价company or head office overheads 公司或总部管理费unrealistic bids 不切实际的报价owner-contractor agreement 业主与承包商之间订立的合同standard form of agreement 标准合同形式American Institute of ArchitectsAIA 美国建筑师协会bonus and penalty clauses 奖励与惩罚条款 lump-sum agreement 总价合同changer order 变更单written authorization 书面授权unit-price agreement 单价合同quantity takeoff 工程量清单cost-plus-fee agreements 成本加酬金合同equity partners 股权伙伴rental rates 出租比例percentage fee 百分百酬金合同fixed fee 固定酬金合同changes 工程变更contract award 合同授予changes clause 变更条款publicly financed project 公共融资项目extra work 附加工作the prime contractor 主承包商Part7the International Federation of Consulting Engineering 国际咨询师联合会the FIDIC Conditions of Contract for Constructions FIDIC施工合同条件the General Conditions FIDIC通用条件the Particular Conditions FIDIC专业条件the Appendix to Tender FIDIC投标附录arbitration 仲裁,裁决Dispute Adjudication BoardDBA争议仲裁委员会Conditions of Contract for Works of Civil Engineering Construction 土木工程施工合同条件Conditions of Contract for Electrical and Mechanical Work 机电安装工程合同条件Conditions of Contract for Design-Build and Turnkey设计-建造于交钥匙合同条件Client/Consultant Model Services Agreement 客户/咨询师服务协议Conditions of Subcontract for Works of Civil Engineering Construction 土木工程分包合同条件Guides to the Use of the Different FIDIC Conditions of Contract 各种FIDIC合同条件应用指南Amicable Settlement of Construction Disputes 施工争端友好解决方式Insurance of Large Civil Engineering Projects 大型土木工程保险The Conditions of Contract for Plant and Design-Build FIDIC安装与设计-建造合同The Conditions of Contract for EPC/Turnkey Projects FIDICEPC/交钥匙项目合同条件The Short Form of Contract FIDIC简短格式合同The Form of Contract for Dredging and Reclamation Works FIDIC疏浚与防洪工程合同格式priced contract with activity schedule 总价合同priced contract with bill of quantities 单价合同target contract with activity schedule 目标总价合同target contract with bill of quantities 目标单价合同cost reimbursable contract 成本补偿合同 performance bond 履约保函parent company guarantee 母公司担保advance payment 预付款retention 工程留置权bonus for early completion 工期提前奖delays damages 误期损害surety 担保financial loan 商业贷款insurance policy 保险政策in breach of contract 合同违约bid bond 投标担保justification 正当的理由labor and material bond 劳动力与原材料担保lien bond 留置权担保comprehensive general liability insurance 综合责任险professional liability insurance职业责任险workers’ compensation insurance 工人补偿险builder’s risk fire insurance 施工方火灾险Part8construction planning 施工计划the choice of technology 施工技术的选择the definition of work tasks 工作任务的定义the estimation of the required resources and durations for individual tasks 所需资源和各项工作持续时间的估算reasoning backward 逆向推理normative problem 规范性问题cost control 成本控制schedule control 进度控制critical path scheduling procedures 关键线路进度控制程序job shop scheduling procedures 工作现场进度控制程序work breakdown 工作分解manufacturing terminology加工制造业术语 resource allocations 资源分配fore-runner 先行者laborious and tedious process 复杂和枯燥的过程general models 通用模型databases and information systems 数据库和信息系统the storage and recall of the activities 工作活动的存储于记忆manpower 人力,劳动力the duration of the activity 工作活动的持续时间placing concrete on site 现场浇筑混凝土placing forms 支设模板installing reinforcing steel 绑扎钢筋pouring concrete 浇筑混凝土finishing the concrete 混凝土养护removing forms 模板拆除position forms on the cleaning station 在清理场所码放的模板hierarchical structure 层级结构work breakdown structure 工作结构分解precedence relations 先导顺序关系structural integrity结构整体性design drawings 设计图纸milestone events 里程碑事件lag 时间间隔computer based simulation 基于计算机的模拟excavation equipment 开挖机械\Part9critical path methodCPM 关键路线发predecessor/successor activities先导/后续工作resource constraint 资源约束artificial precedence constraint 人为先导关系约束activity-branch network 双代号网络图dummy activity 虚工作earliest time schedule 最早时间进度latest time schedule 最迟时间进度float 时差,机动时间maneuvering room 可调整的余地free float 自由时差independent float 独立时差total float 总时差inter-relationships 相互关系graphical presentations of project schedules 项目进度的图形表达network diagrams 网络图time-scaled network 时标网络bar or Gantt chart 横道或甘特图horizontal axis 横轴,横坐标vertical axis 纵轴,纵坐标S-curves S型曲线resource graphs 资源图uncertainty associated with the actual durations与实际持续时间相关的不确定性regulatory approval 行政许可adverse weather 不利的天气contingency allowance 应急准备probabilistic perspective概率的角度independent random variables 相互独立的随机变量random fluctuations 随机波动positive correlations正相关over-optimistic 过于乐观的Part10e-construction 工程返工personal injuries 人身伤害conformance 遵守,服从re-evaluation of design decisions设计决策的重要评估tunneling methods 隧道开掘方法actual site conditions 现场的实际状况roadway rehabilitation 公路路面返修quality assurance 质量保证n-site inspections 现场监督检查US Occupational Safety and Health AdministrationOSHA 美国职业安全与健康署violation of existing standard 违反现行规范标准employee participation in quality control 质量控制的员工参与statistical methods 统计方法batches of materials 材料批implicit assumption 隐含的假设total quality control 全面质量控制zero defects goal 零缺陷目标quality circles 质量环“optimum”proportion “最佳”的比例non-destructive techniques 非破坏性技术x-ray inspection of welds 焊接的X光检测 exhaustive or 100% testing 全数或100%检测lot 母体,总体sampling by attributes 特征抽样sampling by variables 变量抽样direct costs 直接成本indirect costs 间接成本construction accidents 工程事故insurance premiums 保险赔偿unsecured railings 未经保护的围栏on-board electronics面板电子元器件asbestosis 矽肺,石棉肺sewer line 排污管道four lane street 四车道道路Part11construction yard and warehouse management information 施工仓储管理信息concrete pumps 混凝土泵warehouse clerks 仓储管理员daily rental charge 日租金tedious manual task 繁琐的手工作业application programs 应用程序duplicate 复制verbal description 文字描述warehouse inventory database 仓储清单数据库relational data model 关系数据模型data dictionary 数据字典numerical code 数据编码redundancy 冗余aggregate 集料,骨料external models of the information 外部信息模型algebraic theory 代数理论projection 映射advantages of distributed processing 分散式处理的优点dynamic changes in information needs 信息需求的动态变化untidy information 凌乱的信息information flow 信息流preprocessor system 预处理系统independent systems 独立系统geometric information 图形信息。
港资购物中心在内地的POE研究——以上海兴业太古汇与北京王府中环为例
场为底部平台,动辄几十层的办公或住宅塔楼屹立其上,形成鲜明的“生日蛋糕”形象[1,2]。
作为内化的公共活动空间的中庭承接了重要的城市意义,如街道、广场、交通、节点分流,成为当地居民日常出行、活动与互动的焦点,容纳了丰富的城市活动,独具地方色彩[3]。
从20世纪80年代开始,香港的房地产商开始大规模地参与内地的城市更新项目,通过创造性的场所营造,产生了各地许多时尚的大型购物中心,使老城区焕发活力。
港资的代表性商业项目输出到内地并不是一种简单的复制行为,对香港商业开发商的跨地域实践进行更深层次和批判性的研究具有重要的现实意义。
2商场建筑的使用后评价本文选取了两个由香港知名发展商开发的以零售商场为主体的商业综合体进行比较研究,通过实地考察和分析,同时对目标消费者进行行为观察、问卷调查,并采集其网络公众评价信息作进一步补充,发现商场在建筑设计及使用上的不足,探寻使用者对新兴消费空间的偏好。
2.1研究对象案例一是由香港兴业国际集团和香港太古地产共同开发的上海兴业太古汇(即大中里再开发项目),地处上海市高端购物街区南京西路的东段。
凭借地铁上盖的优势,兴业太古汇与13号线南京西路站形成了多层级的公共交通连接,并与地铁公司共同设计开发了地铁集散层的地下商业空间——“地铁廊”。
项目的核心部分——狭长的半月形商场贯穿地块南北,共计四层,并配有屋顶花园,而多个二至三层楼高、低密度的小型独栋零售建筑分散布置在南京西路和石门一路一侧。
场地南端还有一栋经历了移位、活化后的百年历史建筑——查公馆,是各类时尚艺术和文化活动的举办地(见图1)。
案例二是香港置地首次进入北京市场的全资大型商业旗舰项目——王府中环,位于中央商务区的核心地带,紧摘要 在高密度的城市环境下,对于在紧凑土地上创造有意义的公共空间并最大化商业价值,香港已形成一套较完整的经验,即购物中心作为内化和立体化的城市生活场所,成为当地居民日常出行与互动的焦点。
这些巨构建筑背后的商业地产发展商们将业务版图拓展到中国内地,带来了先进的建筑设计,给予使用者多元化体验。
才让理事长受邀担任PM2014Orlando国际大会组委会委员
邱 碧罗 秘 书长在 邀请 信 中写 道 : “ 我 谨代 表 MP I F理事 会邀 请你 担 任 P M2 0 1 4世 界大 会 的 国际组委会 委 员 。组 委会 是 由全球 粉 末冶 金 工业 界领 袖所 组成 , 他 们分 别代 表 了相 应 国家 的粉末 冶金 组织 , 并将 协助 举办 这 次世 界大 会 ” 。邱 碧 罗先 生还 说 明 : “ 这 是一 个荣 誉 性 的职务 , 在2 0 1 4年 5月 1 8日晚将 有粉 末冶 金世 界大 会 的招 待会 , 国际组 委会 的委员 将被 邀请 参 加 国际领 导人 的特别招 待 会” 。 才让理 事 长担 任 国际组 委会 委 员 , 标 志 我 国粉末 冶金 组 织成 为 国际 大家庭 的一 员 , 我们 粉末冶 金 界将积 极 参 与 国际合作 与交 流 活动 , 将 更多 参与 国际合作 事 宜 , 在 粉 末冶 金 国际舞 台上 发挥 更 大 的作 用 。所 以 , 邱 碧 罗秘 书 长在邀 请 电 中还希 望 我们 努力 支持 , 积 极参 加这 次 盛会 。 欲 投稿 、 参 会及 参展 人 士请 登 陆 网站 h t t p : / / www. mp i f . o r g / 查询 有 关信 息。
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的8 8 以上 , 其 中 以江西 省 的钨矿 石 的产 量最 高 , 江西 省 的 钨矿 石 产 量达 到 了 4 6 5 0 0吨 。江 西省 重 要 的钨 加 工企 业有 : 崇 义章 源 钨业 股份 有 限公 司 、 江 西钨 业 集 团有 限公 司 、 江 西 稀 土金 属 钨业 集 团有 限公 司和 江西 省 修水 县香 炉 山钨 业有 限责 任公 司 。湖 南省 重要 的钨加 工 企 业有 : 湖 南 有 色金 属 控 股集 团有 限公 司和 郴 州 矿 业集 团有 限 公 司 。信 息 摘 译 自《 金 属 粉 末报 告 》 网站 h t t p : / / www. me t a l — p o wd e r . n e t / v i e w/ 3 3 6 2 6 / r e —
孙继德 副教授
荣誉/获奖 2001 年 国际建筑业管理体制、法制和机制的研究,教育部,科技进步二等奖 2006 年 中国工程保证担保制度的研究与应用,教育部,科技进步一等奖 2007 年 “工程项目管理”课程,获得国家级精品课程
语言能力 熟练掌握英语的读、说、写
孙继德 副教授
院系: 建设管理与房地产系 邮箱: jdsun126@ 办公电话: +86-21-65981802 --------------------------------------------------------------------------------------------------------------教育经历 1985.9—1989.7:同济大学,工民建专业,本科 1989.9—1992.3:同济大学,结构工程专业,硕士研究生 1996.9—2000.4:同济大学,管理科学与工程专业,在职博士
2011.10,Owner Organization Design for Mega Industrial Construction Projects International Journal of Project Management,ISSN0263-7863, 名,EI:20113414261570 /SSCI 检索 WOS:000295110200005 第 1
研究与教学领域 工作经历 教学经历(教学岗位履历) 1992.4—至今:同济大学经济与管理学院 建设工程项目管理
企业经验 2006 年起,在上海营广建设工程管理有限公司担任董事,副总经理 2000 年以来,多次为政府、协会、企业等进行培训,如河北省建设厅、河北省国资委、中 国投资协会、中国建筑业协会、中国建设监理协会、中建八局、中国石化、上海十三冶建 设公司等 2010 年起担任中国建筑学会工程管理研究分会副理事长兼秘书长
期待未来:人人享有可持续能源——访扎耶德未来能源奖总监Nawal Al-Hosany博士
比政府进行 管理 ,目的是奖 励在可持续 设立 了一个非常高级别的可持续发展 的 次来中国访问,其中一个主要原因就是我
发展及可再 生能源领域的成果 和创新 ,
同时 起到 教 育和 激 励 下一 代的 作用 。
计划 ,包括一些政府 、私营部 门、公民 们没有收到来 自中国的申请 。中国在可持
- Ho s a n y自豪地说道 。 因素 ,一是参加 国际新能源会议 ,二是 的研究分析 公司初审 ,由审查委 员会 与 A1 推广 “ 扎耶德未来能源奖 ”。于是 ,我 评选委 员会分别评估 ,在 第四及最后 阶 们的话题 ,自然地从 “ 能源”开始。 自2 0 0 8 年 设 立以 来 ,扎耶 德未 来
社会和非政府组织 ,其 中就有扎耶德未 续能源方面 已经发展了很多年,并且保持
。 .
●
着 强劲 的势头 。我 们觉 得有 必要 到 中国来 的 申请 。 “ 中 国有很 多优 秀的 中学 ,
可用资源 。对于如何通过可持续的设计
进一步推广这个奖项,我们特别期待来 自 今 年很 希 望能 收到 来 自中国 中学 的 申 和 开 发 ,使得 能够 用 更少 的资 源 使用 中国的企业 、个人以及学校在2 0 1 3 年8 月5 请”,N a wa l 一H O S a n y 博士期望着。
和 可持 续发 展 做 出的技 术 创新 和 解决 估 与 淘 汰 。 方案 。该奖 项 体现 了阿联 酋建 国之父
正 是 由于 评 估 过 程 的 严 格 与 透 明 ,
还有一部分是位于 中国的跨 国企业。并 且从历年的获奖名单看 ,E l 本、印度、
谢赫 ・ 扎耶德的远见 ,他本人为阿联酋 使得这个奖项拥有 了较高 的信誉度 ,为 孟加拉 国等亚洲 国家的企业和个人对此 的者或者入 围者带来 了不少与 奖项的参与更积极 。 了基础。该奖项 由马斯 达尔代替阿布扎 国际组织合作的机会 。 “ 联合 国秘书长 为此, ̄Ho s a n y f 8 士表示 :“ 我第一
2024年宁德时代的组织结构和部门定位英文版
2024年宁德时代的组织结构和部门定位英文版Title: Organizational Structure and Department Positioning of Contemporary Amperex Technology Co., Ltd. in 2024Introduction:Contemporary Amperex Technology Co., Ltd. (CATL) is one of the leading manufacturers of lithium-ion batteries in the world. Founded in 2011, the company has rapidly grown to become a key player in the electric vehicle industry. In 2024, CATL's organizational structure and department positioning are crucial for its continued success and growth.Organizational Structure:CATL's organizational structure in 2024 is designed to streamline decision-making processes and enhance efficiency. The company is divided into several key departments, each with its own responsibilities and goals. The top management team, led by the CEO, oversees the overall strategic direction of the company. The research and development department focuses on innovation and technologyadvancement, while the production department is responsible for manufacturing high-quality batteries. The sales and marketing department is in charge of promoting CATL's products and expanding its market share. The finance and human resources departments support the company's operations by managing financial resources and human capital effectively.Department Positioning:In 2024, each department at CATL has a clear positioning within the company's overall structure. The research and development department plays a crucial role in driving innovation and developing cutting-edge battery technologies. The production department ensures that CATL's batteries meet the highest quality standards and are produced efficiently. The sales and marketing department is responsible for identifying new business opportunities, building partnerships, and promoting CATL's brand globally. The finance department manages the company's financial resources, while the human resources department focuses on recruiting and retaining top talent.Conclusion:CATL's organizational structure and department positioning in 2024 are essential for the company's continued success in the competitive battery industry. By focusing on innovation, quality, sales, finance, and human resources, CATL is well-positioned to achieve its goals and maintain its leadership position in the market.。
agile organization的要素
agile organization的要素
敏捷组织(agile organization)的要素可以归纳为以下几点:
1. 灵活的组织结构:敏捷组织通常采用扁平化的组织结构,弱化层级关系,鼓励分散决策和交叉团队合作。
团队之间的沟通和协作更加流畅,迅速适应变化。
2. 自主权与授权:敏捷组织鼓励员工自主权,让他们自主决策和执行任务,提供必要的资源和支持。
领导者需要赋予员工更多的自主权和授权,以便他们更好地应对变化。
3. 客户导向:敏捷组织注重理解客户需求和价值,以客户满意度为导向进行决策。
组织需要保持灵活性和快速响应能力,以满足客户需求的变化。
4. 小步快速迭代:敏捷组织采用小步快速迭代的方式进行工作,不再依赖传统的长期规划和决策制定。
通过周期性的迭代和持续反馈,组织能够快速适应变化,并根据市场需求进行调整。
5. 持续学习与创新:敏捷组织鼓励持续学习和创新,充分利用员工的智慧和创造力。
组织提供学习和培训机会,鼓励员工不断探索新的方法和技术。
6. 跨功能团队协作:敏捷组织强调跨功能团队的协作和合作。
不同职能团队的成员共同合作,共享知识和资源,以实现共同的目标。
7. 持续改进和透明度:敏捷组织强调持续改进和透明度。
团队和组织要持续反思和改进工作流程和组织架构,分享信息和经验,以促进透明度和学习。
nadler标准
nadler标准
"Nadler标准"可能是指Nadler-Tushman模型,这是一种用于分析和评估组织变革和创新的框架。
Nadler-Tushman模型由David Nadler和Michael Tushman于1980年提出,用于帮助组织识别问题、提出解决方案,并进行变革和创新。
Nadler-Tushman模型将组织视为一个由多个子系统组成的系统。
它包括以下四个组织子系统:
1. 环境子系统:包括组织外部的各种影响因素,如市场、竞争、法规等。
2. 技术子系统:涉及组织内部的技术、工艺、流程等。
3. 结构子系统:包括组织内部的组织结构、职责分工和权力关系等。
4. 人员子系统:涉及组织内部的员工、团队和文化等。
Nadler-Tushman模型强调这些子系统之间的相互作用和协调,以实现组织的有效运作和变革。
它可以用来识别组织中的问题和瓶颈,并提出相应的解决方案。
通过评估和改进各个子系统之间的协调程度,可以促进组织的创新和变革。
请注意,如果"Nadler标准"指的是其他概念或术语,请提供更多上下文信息,以便我可以更准确地回答你的问题。
CELEBRATING_20_YEARS_OF_PROGRESS
40The Roundtable on Sustainable Palm Oil (RSPO) held its annual conference (RT2023) in Jakarta, Indonesia, from November 20 to 22, 2023. Themed “Partners for theNext 20,” the meeting highlighted what RSPO’s members and partners have achieved over the last twodecades. Nearly a thousand delegates from the global sustainable palm oil industry held discussions on the core challenges facing the industry including mitigating climate change, increasing uptake of certified sustainable palm oil (CSPO), protecting labor rights, and Celebrating 20 Y ears of Progressfacilitating greater smallholder inclusion in green supply chains through compliance with emerging international regulations.Established in 2004, the RSPO is an international non-profit organization that unites stakeholders from the palm oil industry. It is committed to promoting the growth and use of sustainable oil palm products through facilitating supply chain cooperation and dialogue between stakeholders. Members of RSPO and participants hail from different backgrounds including plantation companies, manufacturers, and retailers of palm oil products as well as environmental and social NGOs, all originating from countries producing or using palm oil.“Through nearly two decades of voluntary action, RSPO members have banded together to raise the bar of sustainability within the industry,” said RSPO CEO Joseph D’Cruz in his opening remarks at RT2023. “The impact we have collectively achieved is increasingly being acknowledged by stakeholders outside our industry, and we are seeing a definite shift in the sustainable palm oil narrative in our favor.”For the nearly 20 years of its operation, the RSPO has facilitated global change to make theproduction and consumption of41palm oil sustainable. Its membership has grown from 200 members from 16 countries in 2004 to now more than 5,700 members in over 100 countries and territories.Significant achievements of the RSPO over the past 20 years were announced at RT2023: The global certified area has increased from 125,000 hectares in 2008 to 4.9 million hectares across 23 countries; Certified Sustainable Palm Oil (CSPO) supply has reached 15.4 million metric tons; and its trademark licenses have increased sharply to more than 1,600 in over 100 countries and territories, with particular growth in China, Japan, and Southeast Asia.As the third largest consumer of palm oil in the world, China shoulders a key role in drivingmarket demand for sustainable palmoil and greening the global value chain. Chinese member companies in RSPO number 348, which consume nearly 500,000 metric tons ofCSPO annually, a testament to great progress in both market awareness and corporate sustainability practices. “Promoting the green and low-carbon development of bulk soft commodities including palm oil can help China achieve its dual-carbon goals,” said Lin Hui, a researcher at the Institutes of Science and Development under the Chinese Academy of Sciences, when addressing the session themed “Shaping the Next 20: Synergizing Policies and Strategies for Sustainable Palm Oil.”“As a global partnership to make palm oil sustainable, we must ride this trajectory and continue to evolve and pursue new territory,” Joseph D‘Cruz remarked. He revealed that the RSPO launched a Certification, Trade and Traceability System (CTTS) in October with the formation of a tripartite consortium of global agricultural technology experts. The system aims to meet current demand and anticipate the future needs of a sector that is rapidly evolving tomeet tightening global regulations, starting with the EU Deforestation Regulation (EUDR), and actively engage with all stakeholders for knowledge-sharing on this topic.“There is now room for us to move beyond a standard and certification system and develop tools that would enable the industry to demonstrate sustainability in the way thatmarkets, regulators and customers demand today,” D‘Cruz added.“Formulating science-based policies that promote sustainable development of palm oil worldwide is of paramount importance,” Lin Hui opined, suggesting establishment of international cooperation mechanisms between palm oilproducing and consuming countries including green production and investment policies for origin countries and green consumption and trade policies for consuming countries. Additionally, a transparent and traceable supply chain for sustainable palm oil should be established through the latest technologies and digitalized solutions.Anne Rosenbarger and José Roberto Montenegro, co-chairs of the RSPO Board of Governors, together called for the successes of the past 20 years to be leveraged and scaled further through collective action and innovative approaches. “RSPO is strategically evolving to meet current and forthcoming challenges including shiftingregulatory and market expectations by improving the auditability and implementability of our current standards and Assurance systems in order to be ready to connect to the broader industry’s sustainability platforms,” said Anne Rosenbarger.It was reported that following a comprehensive and highlyconsultative review of 2018 RSPO Principles and Criteria and 2019 RSPO Independent Smallholder Standard , a technical revision process is underway to produce a new set of standards in 2024.。
我们已经进入博学者时代 等
企业发展与保护环境可以、也必须共同促进。
到2050年,世界上将有约98亿人口,
他们对食物、商品和服务的要求可以促进经济发展,但也会给资源带来巨大的负担。
美国
环境保护基金(Environmental Defense Fund)主席Fred Krupp认为,为了提高企业可持
续性的标准,并在当前势头的基础上更进一步,企业领导人需要肩负起气候责任。
首先,领导层必须公开承诺:未来,商业和自然将繁荣共生。
CEO们必须设定积极
的可持续目标,已经有169家公司已经制定了科学的减排目标,165家公司承诺其电力
100%来自可再生能源。
其次,企业需要跨行业、跨供应链地开展合作。
如Gigaton
10亿吨碳污染。
大型消费品公司组成的联盟最
第三,企业领导人必须倡导明智的环境政策。
企业高管需要
最后,领导层必须加快环境方面的创新。
颠覆性技术让企业领
010
011。
医药行业专业英语词汇非常有用
FDA和EDQM术语:CLINICAL TRIAL:临床试验ANIMAL TRIAL:动物试验ACCELERATED APPROV AL:加速批准STANDARD DRUG:标准药物INVESTIGATOR:研究人员;调研人员PREPARING AND SUBMITTING:起草和申报SUBMISSION:申报;递交BENIFIT(S):受益RISK(S):受害DRUG PRODUCT:药物产品DRUG SUBSTANCE:原料药ESTABLISHED NAME:确定的名称GENERIC NAME:非专利名称PROPRIETARY NAME:专有名称;INN(INTERNATIONAL NONPROPRIETARY NAME):国际非专有名称ADVERSE EFFECT:副作用ADVERSE REACTION:不良反应PROTOCOL:方案ARCHIV AL COPY:存档用副本REVIEW COPY:审查用副本OFFICIAL COMPENDIUM:法定药典(主要指USP、NF).USP(THE UNITED STATES PHARMACOPEIA):美国药典NF(NATIONAL FORMULARY):(美国)国家处方集OFFICIAL=PHARMACOPEIAL= COMPENDIAL:药典的;法定的;官方的AGENCY:审理部门(指FDA)IDENTITY:真伪;鉴别;特性STRENGTH:规格;规格含量(每一剂量单位所含有效成分的量)LABELED AMOUNT:标示量REGULATORY SPECIFICATION:质量管理规格标准(NDA提供)REGULATORY METHODOLOGY:质量管理方法REGULATORY METHODS V ALIDATION:管理用分析方法的验证COS/CEP 欧洲药典符合性认证ICH(International Conference on Harmonization of Technical Requirements for Registration of Pharmaceuticals for Human Use)人用药物注册技术要求国际协调会议ICH文件分为质量、安全性、有效性和综合学科4类。
佛吉亚卓越体系知识手册、2015.5.8
佛吉亚卓越体系概述FES Overview3、佛吉亚卓越体系是怎样的一种方法?佛吉亚卓越体系是针对营运的一种方法:@它全面地阐述了佛吉亚是如何在核心过程的实施与持续改进中起作用并取得成果。
@它为实现佛吉亚目标提供了一种系统的方法。
@它包含着许多工具和技巧用来帮助每个佛吉亚员工取得进步并为集团的成功做贡献。
5、FES包含哪几个子系统sub-system?FES包含6个子系统。
分别是EE、SP、LS、DS、PS、CS。
支持系统:EE:Employee Empowerment员工激励SP:Supplier Partnership供应商伙伴关系实现过程:DS:Development Subsystem开发子系统PS:Production Subsyetem生产子系统管理过程:LS:Leadership Subsystem股东子系统CS:Customer Subsystem客户子系统7、什么是过程Process?通过重复使用一些资源(人力、知道、材料、工具、FES文件)来完成输入要素到输出要素的转移的连续性行为。
每个过程必须是认为有增加价值。
8、什么是FCP?FCP是FES Core Procedure佛吉亚卓越体系核心程序9、佛吉亚的五个价值观是什么?透明度、团队合作、持续改进、企业家精神、尽职尽责EE基本知识1、什么是EE?EE:Employee Empowerment员工激励,将员工组织在自主的小组中,致力于实现QCDP 的目标并以此方式持续改进QCDP。
2、什么是GAP?什么是UAP?GAP:Autonomous Production Group自主生产小组UAP:Autonomous Production Group自主生产单元3、什么是佛吉亚垂直精炼的组织机构?组织汇报关系不超过4层,即:工厂经理、UAP经理、主管、自主生产小组。
4、GAP的人数最少,最多,最好是多少?最少2人,最多8人,最佳5人。
奥士康组织架构
奥士康组织架构一、引言奥士康(Assurant)是一家全球领先的保险和风险管理解决方案提供商,总部位于美国佛罗里达州迈阿密。
该公司成立于1892年,如今在全球拥有超过16,000名员工,遍布于14个国家和地区。
为了更好地实现公司的战略目标和提供高质量的服务,奥士康建立了一套完善的组织架构。
二、总体架构奥士康的组织架构分为五个主要部门,分别是保险部门、风险管理部门、销售与市场部门、技术与运营部门以及行政与支持部门。
这五个部门共同合作,确保公司各项业务能够高效运行。
三、保险部门保险部门是奥士康的核心业务部门,负责提供各类保险产品和服务。
保险部门下设多个业务单元,包括汽车保险、住宅保险、健康保险等。
每个业务单元都有自己的管理团队和专业人员,负责产品开发、销售、理赔等工作。
四、风险管理部门风险管理部门负责评估和管理奥士康所承担的各类风险。
该部门下设风险评估团队和风险控制团队,前者负责对公司业务进行风险评估和预测,后者负责制定和执行风险控制策略。
风险管理部门与保险部门紧密合作,确保公司能够有效管理风险并保障客户权益。
五、销售与市场部门销售与市场部门负责奥士康的销售和市场推广工作。
该部门下设销售团队和市场团队,前者负责与渠道合作伙伴沟通、推动销售,后者负责制定市场营销策略、开展市场调研和推广活动。
销售与市场部门通过与其他部门的紧密合作,为公司的业务发展提供支持。
六、技术与运营部门技术与运营部门是奥士康的技术支持和运营管理中心。
该部门下设多个技术团队和运营团队,负责IT系统开发与维护、数据管理、运营流程优化等工作。
技术与运营部门致力于提升公司的信息化水平和运营效率,为其他部门提供技术支持和解决方案。
七、行政与支持部门行政与支持部门是奥士康的后勤保障和行政管理部门。
该部门下设人力资源团队、财务团队、法务团队等,负责员工招聘与管理、财务管理、法律事务等工作。
行政与支持部门为公司提供各类行政支持服务,确保公司各项事务的顺利进行。
美国对独立发明家和小型公司的评估和支持体系
美国对独立发明家和小型公司的评估和支持体系
李斌
【期刊名称】《管理观察》
【年(卷),期】1994(000)009
【总页数】2页(P20-21)
【作者】李斌
【作者单位】
【正文语种】中文
【中图分类】F279.7
【相关文献】
1.美国、新加坡等国家和地区学校质量督导评估实践及其启示 [J], 武向荣;
2.国际绿色住区评估体系的分析——以美国LEED及《中国生态住区技术评估手册》等评估体系为例 [J], 张春子;Paolo Vincenzo Genovese;李津威;滕人瑶
3.把发明家和发明成果推向社会前沿 [J], 王曙光
4.美国对独立发明人与小型公司的评估与支持系统 [J], 菊开
5.一名美国科学家和两名日本科学家因发明复杂有机物有效合成方法获2010年诺贝尔化学奖 [J],
因版权原因,仅展示原文概要,查看原文内容请购买。
白板天使传承表
1、理清你要什么
2、想要,还是真的要
3、清理漩涡
决断力
决断力
行动的力量
行动的力量
没有任何的保证,你仍旧前进。
坚持的力量
坚持的力量
决心
决心
潜藏欲求
漩涡要我们做的,我们去做了-欲求
漩涡要我们不要做的,我们就不做-抗拒
欲求、抗拒用红笔标注
潜藏抗拒整合
潜藏抗拒整合:
1.主题
2.某某,你生命中目前发生了**,可能是在害怕/避开/抗拒什么?
3.拟人化,给出能量礼物
害怕避开抗拒三项顺序不能交换。
学员示范时帮助写下害怕避开抗拒的内容
生死之战
关系
关系的意义:让漩涡冒上来得以生产
关系的重点:接纳我们现在在哪里,就从哪里开始
超越角色责任
超越角色责任
陪同生产
陪同生产
超越依赖
超越依赖
依赖源自需要
需要源自漩涡
给出你的需要
沟通
沟通
沟通不是操控
沟通是让了解发生
交易不是给予,牺牲也不是给予
真正的给予:全然的给予,给出你自己。
接受
Q:你生命的满意度是几分?(满分100)=也是你的接受能力
鼻塞的人闻不到花香
人间天堂四阶段
手中无剑,心中有剑(否认需要)
手中有剑,心中有剑(承认需要)
手中有剑,心中无剑(超越个人需要)
手中无剑,心中无剑(超越一切)
人生的最后一次
人生的最后一次
1、到不同的市场
2、到国际的市场
3、书包杂志网络
4、对人类的心灵深度了解
商业模式
商模式
你是做什么生意的?
麦当劳-房地产;google-广告;apple-app store
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Owner organization design for mega industrial construction projectsJide Sun, Peiliang ZhangSchool of Economy and Management, Tongji University, Shanghai 200092, China Received 15 April 2011; accepted 19 April 2011AbstractThe characteristics of Mega construction projects bring great difficulties and challenges to project management, as in the aspects of complexity, uncertainty, integrated management, etc. Mega industrial construction is more difficult to managers. Traditional project management with even appropriate method and data can not meet mega construction projects, so with integrating projects objectives with strategic view, managers should design project organization on the basis of every project characteristics, establish good communication and cross-functional coordination mechanism, create unity and cooperation partnership culture in the project process. This paper has designed an owner organization of a mega industrial construction project according to relevant literature and determining factors of organization, and has also proposed that cross-functional and cross-professional coordination is key to continuous improvement and successful implementation of the organization.© 2011 Elsevier Ltd. and IPMA. All rights reserved.Keywords: Mega industrial construction project; Owner organization design; Cross-functional coordination; Cross-professional coordination1.IntroductionMega construction projects are usually described as substantial investment (more than 1 billion dollars) (Rodney Turner, 1999; Bruzalius et al., 2002; Flyvbjerg et al., 2003; Molenaar, 2005; van Marrewijk et al., 2008), long schedule (over two years) public infrastructures, which usually have long life time of 50 years and more, and generate multiple social impact (Bruzalius et al., 2002), and invested or commissioned by governments. In addition, some projects which have large scale or complex technology, such as underground civil engineering, industry plant construction and soon, are considered as Mega construction projects, due to their complexity on project implementation, integration on project management and consideration on operating during the process of design and construction phase (van Marrewijk et al., 2008).Mega construction projects bring great difficulties and challenges to project management (Rodney Turner, 1999; Bruzalius et al., 2002; Flyvbjerg et al., 2003; Molenaar, 2005; van Marrewijk et al., 2008). In the first place, huge investment and long construction period, as well as more uncontrollable factors during implementation may cause uncertainty to project management; Secondly, long designed lifecycle and complex construction process require high level construction method and quality; because of large amount of participate parterres and requirement of cross-professional works within them, the efforts on cross-functional collaboration and coordination within the projects will be far greater than conventional projects. Besides, Mega construction projects are often composed of many individual project groups, with its own objectives, each individual project of which is generally different from each other, So the conflicts and contradictions of resources, schedules and staff scheduling among these individual projects would be the main features of managing mega projects. Furthermore, with the social and public property, mega projects often generate high public attention and strong government intervention intensity, therefore, the external coordination is also a key to managing mega projects (Rodney Turner, 1999; Bruzalius et al., 2002; Flyvbjerg et al., 2003; Molenaar, 2005; van Marrewijk et al., 2008).Compared to conventional mega projects, it is more difficult and challenging to manage mega industrial construction projects in some sense. On the one hand, the whole life-cycle integrating conception is more emphasized in managing industrial projects. In the beginning or building process, the whole life-cycle profit and operational functionality after completion must be concerned and considered, and the schedule objective would be closely linked to financial objective during industrial projects process. On the other side, industrial construction projects involve more specialized fields, especially involving lots of specialty related to industrial equipment and machinery. Consequently, multi-disciplinary collaboration will be more general inthe implementation process, and civil engineering specialty works must be coordinated with them, which requires managers to conduct in a more strategic and comprehensive way. According to mega projects and project management literature, this paper presents a case study of organization design of an industry construction project, where determining factors and design methods has been concerned. The objective of this paper is to present the process of organization design of a mega project, to discuss internal elements and continuous improvement in the operation of this organization, and to provide reference value for future projects with similar complexity and challenge.2. Literature reviewOwing to these characteristic, most mega construction projects overrun on cost, fall behind schedule and fail to deliver in terms used to justify the need for the project. In much literature, researchers used to interpret the reason of such overruns in operational level. Flyvbjerg B, etc. contend that a main cause of such overruns is a lack of realism in initial cost estimates, motivated by vested interests (Flyvbjerg et al., 2003). The length and cost of delays are underestimated, contingencies are set too low, changes in project specifications and designs are not sufficiently taken into account, changes in exchange rates between currencies and price changes are undervalued, as are expropriation costs and safety and environmental demands. Many major projects also contain a large element of technolog- ical innovation with associated high risk. Such risk tends to translate into cost increases, which are often not adequately accounted for initial cost estimates. To sum up, they consist that inappropriate data and methods is the main reason of mega projects overruns (van Marrewijk et al., 2008; Flyvbjerg et al., 2003).Recent years, more and more researchers tend to study mega projects management in a strategic view, focus on project design, decision making, cooperation and cross-functional collaboration, etc. they have realized the limitation of traditional project management and defined programme management to managing complexity, mega or a portfolio of projects. Burke R defined programme management as the management of large capital projects (Burke, 2003), while Reiss G, etc. andGAPPS considered programme management involve directing a portfo- lio of projects (Reiss et al., 2006; GAPPS, 2008), one huge projects (mega projects), and managing a series of projects for the same client. Programme management can only be success- fully designed and implemented in any organization if there is commitment from the business leaders (Williams and Parr, 2006). Fowler andWalsh cite that if projects affect a large part of the organizational resources, the involvement of senior man- agement is crucial (Fowler and Walsh, 1999). The alignment, planning, coordination and execution of the functional projects in a programme are carried out with a high level of precision, as a problem from one project is likely to affect the other projects, which in turn can affect the entire programme. Cooperation and cross-functional collaboration in projects process has been stated as other key challenges to mega projects success (Williams and Parr, 2006). Additionally, project (or programme ) is character- ized as uncertain, dynamic and change process, as an agency for change (Rodney Turner and Muller, 2003). OGC state that communication is central to any change process (OGC, 2007). The greater the change, the greater the need for clear communication about the reasons and rationale behind it, the benefits expected, the plans implemented and its proposed effects. Thus, cross-functional communication is essential for programme management. Nils Bruzelius, etc. focus on institu- tional aspect of mega projects, and consider that inadequate institutional approaches and regimes are the major causes for wrong assessment of mega projects (Bruzalius et al., 2002). Alfons van Marrewijk, Stewart R. Clegg, etc. conclude that project design (including contractual arrangements) and project cultures play a role in determining how managers and partners cooperate to achieve project objectives to a greater or lesser extent (Alfons van Marrewijk et al., 2008). Project design involves project organization design, regimes design and project delivery etc., Dirk Pieter van Donk and Eamonn Molloy state that Every project has a specific structure, and contingency factors need to be reflected in project structure (van Donk and Molloy, 2008). Within the field of project management studies, attention for a cultural perspective on project management has increased significantly in the last decade. Increasingly, project culture is related to successful collaboration in complex projects (Hastings, 1995;Jaafari, 2003; Maya et al., 2005). Martin's fragmentation perspective on organization culture, which focuses on ambiguity, power and situationality, is more helpful in shedding light on the daily practices in mega projects (Martin, 2002). J. Rodney Turner and Ralf Muller recognize the important of partnership between project owner and project manager, and a collaborative working relationship should be maintained between them, with both viewing the project as a partnership (Rodney Turner and Muller, 2004; Rodner Turner,2004).Based on a critical review of existing literature in mega projects, programme management, and project management, this paper can conclude that traditional project management with even appropriate method and data can not meet complexity, specificity and uncertain of mega construction projects, which is the main course of the overruns of mega projects. Consequently, at the beginning of mega construction projects, integrating projects objectives with strategic view, managers should design organizational structure on the basis ofthe characteristics of project, establish good communication and cross-functional coordination mechanism, create unity and cooperation partnership culture in the project process.3. Organization design3.1. Project description: the tobacco industrial plantThis tobacco industrial plant project is the “11th Five-Year Plan” technological transformation projects invested by Hangzhou manufacturing department, and the production capability will be annual output 1 million boxes (50 billion cigarettes) after competition, and considering development factors, the production capability is designed to 1.6 million boxes. This plant involves varieties of buildings, and most single buildings cover large area. As a core buildings of the industry projects, joint industrial workshop is located in the centre of the factory and layouts as a letter of “U” shape, from east to west 453.8 m, from north to south 375.45 m, covers an area of 127,100 m2 , total construction area of 179,750 m2 , building height 23.8 m (2 floors above ground); production command center (19,558 m2, 5 floors above ground, 1 floor under ground), service center (19,628 m2,5floors above ground, 1 floor underground), production inspection and test center (19,389 m2, 5 floors) and central laboratory (6900 m2,3 floors) as the main factory building, located in the west side of the plant; power-assisted area is located north of the joint industrial workshop, and integrated logistics area as well as the green landscape areas are separately located north and south of the joint industrial workshop of the north and south. Many complex and high technology applied in this project will bring difficulty and challenge to project management, including the classification and particular process technology, the application of wire overhead pool model, the application of green building technology, etc.3.2. Method and determining factors of owner organizationAccording to an important conclusion of organization theory, a system objective determines the system organization, while organization is the decisive factor which determines whether the objective could be achieved (You, 2004). A construction project organization system usually involves these components as following: project structure, project management organizational structure, task division, function division and work flow organization. Project management organization structure reflects the relationships between the various subsystems and between the various elements in the system, and reflects the relationships between the various work units, departments and employees within the system (Ding, 2006). Owner organization is the key organization in project management, because of the central status of owner management in project management. Owner organization structure is determined by several factors described on Fig. 1:(1) owner management models in projects are usually divided into three models: 1) the owners rely on their own human resources; 2) the owners consign to one ormoremanagement consulting companies (consultants); 3) the owners consign to one or more management consulting companies (consultants), and the owners also involved in the management.(2) characteristics and scale of the projects;(3) project work break-down structure is closely related to owner organization, different work break-down structures correspond to different organizations;(4) contracting model and contracts structure of the projects affect owner organizations greatly;(5) human resources of owners.。