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                                      《市政公用工程管理與實務·2017全國一級建造師執業資格考試過關必備》一書不僅幫助考生精準掌握考點、全麵瞭解命題思路及考試趨勢,而且可提高學習的係統性和完整性。  
  本書適用於參加全國一級建造師執業資格考試的考生。                 
內容簡介
     《市政公用工程管理與實務》一書是《2017全國一級建造師執業資格考試過關必備》係列書之一,按照章節知識模塊化、深度解析“市政公用工程管理與實務”科目的曆年真題,以真題滲透考點,係統歸納。本書主要內容包括三大模塊:通用管理、專業管理和專業技術。     
作者簡介
     《市政公用工程管理與實務·2017全國一級建造師執業資格考試過關必備》一書作者——左紅軍,建造師建築名師,執業資格考試命題專傢。曾擔任8年項目經理和4年項目總監等,有著豐富的現場管理經驗;曾同時參加監理、造價、谘詢工程師執業資格考試命題、審題、擬定標答工作;2000-2008年16次帶隊閱捲;理論功底深厚,考點把握精準、模擬題型逼真、應試技巧獨特,授課針對性強,命中率極高。     
內頁插圖
          目錄
   通關須知   
第一篇 通用管理  
 第一章 施工招投標管理  
 第二章 施工閤同管理  
 第三章 工程造價管理  
 第四章 施工成本管理  
 第五章 施工進度管理   
第二篇 專業管理  
 第一章 施工組織設計  
 第二章 施工現場管理  
 第三章 質量管理  
 第四章 安全管理   
第三篇 專業技術  
 第一章 城鎮道路工程  
 第二章 城市橋梁工程  
 第三章 城市軌道交通工程  
 第四章 給排水場站工程  
 第五章 城市管道工程  
 第六章 其他市政工程      
前言/序言
     《全國一級建造師執業資格考試過關必備》係列叢書共7冊,分彆為  
  1.《建設工程經濟》(馬慶華 邵勇)  
  2.《建設工程法規及相關知識》(李輕舟)  
  3.《建設工程項目管理》(葉宏)  
  4.《建築工程管理與實務》(左紅軍)  
  5.《機電工程管理與實務》(唐瓊)  
  6.《市政公用工程管理與實務》(左紅軍)  
  7.《市政公用工程管理與實務百題講壇》(鬍宗強)  
  本係列書深度解析瞭各科目的曆年真題及經典題,不僅幫助考生掌握考點、全麵瞭解命題思路及考試趨勢,而且提高瞭學習的係統性和完整性,從而擬訂可行的復習計劃。  
  “建設工程經濟”“建設工程法規及相關知識”和“建設工程項目管理”3門公共基礎課全部為客觀題,“工程管理與實務”由客觀題和主觀題組成。  
  本套係列書主要內容包括:應試技巧指導、近年全國一級建造師執業資格考試真題解析、經典題解析或考點拾遺,並配有二維碼,承載圖片、視頻、拓展知識點,立體直觀、全麵解讀。“市政實務專業”提供2本書:《市政公用工程管理與實務》按照章節順序係統梳理知識點及配備相應真題,並嚴格按照最新的法律、法規、部門規章和標準規範解讀真題;《市政公用工程管理與實務百題講壇》針對100道經典案例真題進行集中剖析,直擊得分關鍵,在真題的基礎上訓練和揣摩命題考核點,使得考生的備考事半功倍。  
  本書的作者均為在教學一綫工作多年的權威、資深專傢,對考試情況和考生學習都十分瞭解,解析內容反復推敲,力爭精練準確。  
  在《2017全國一級建造師執業資格考試過關必備》係列書編寫過程中,雖經反復推敲核正,仍不免有疏漏和不妥之處,懇請廣大讀者提齣寶貴意見。    
				
 
				
				
					municipal public works management and practice. 2017 National First-Level Constructor Qualification Examination Pass Essentials.     Title: A Comprehensive Guide to Modern Urban Infrastructure Development and Management     Introduction:     Urban infrastructure is the backbone of any thriving metropolis, serving as the silent orchestrator of daily life, economic activity, and societal progress. From the intricate network of water supply and drainage systems that quench the thirst of millions to the robust transportation arteries that connect communities and facilitate commerce, these essential services underpin our quality of life and the very functionality of our cities. The dynamic nature of urban development, coupled with evolving technological advancements and increasing environmental consciousness, presents both formidable challenges and exciting opportunities in the realm of municipal public works. This book delves into the multifaceted world of modern urban infrastructure, offering a comprehensive exploration of its planning, design, construction, operation, and maintenance. It is meticulously crafted for professionals, students, and policymakers seeking a deeper understanding of the principles, practices, and future trajectories of this critical sector.     Chapter 1: The Evolving Landscape of Urban Infrastructure     This chapter sets the stage by examining the historical evolution of municipal public works, tracing their development from rudimentary systems to the complex, interconnected networks we rely on today. We will explore the socio-economic drivers that have shaped infrastructure growth, including industrialization, population expansion, and urbanization. Furthermore, this section will critically analyze the contemporary challenges facing urban infrastructure, such as aging assets, increasing demand, climate change impacts, and the need for sustainable development. We will also discuss the paradigm shift towards smart cities and the role of technology in enhancing the efficiency, resilience, and sustainability of municipal services. Key themes will include the interconnectedness of various infrastructure systems, the concept of integrated urban planning, and the importance of a long-term perspective in infrastructure investment.     Chapter 2: Principles of Urban Planning and Infrastructure Development     Effective urban infrastructure development is intrinsically linked to sound urban planning. This chapter provides a thorough overview of the fundamental principles of urban planning, emphasizing how they inform and guide the strategic placement, scale, and integration of various public works. We will discuss different urban planning methodologies, including land-use planning, transportation planning, and environmental planning, and their symbiotic relationship with infrastructure. The chapter will delve into the process of needs assessment, demand forecasting, and the establishment of long-term infrastructure master plans. Furthermore, we will explore the critical aspects of site selection, environmental impact assessment, and the integration of green infrastructure principles from the outset of planning. The importance of public engagement and stakeholder participation in the planning process will also be highlighted.     Chapter 3: Water Supply and Wastewater Management Systems     Water, the essence of life, is a cornerstone of municipal public works. This chapter offers an in-depth examination of modern water supply systems, covering source water protection, water treatment processes, disinfection techniques, and the design and operation of distribution networks. We will explore advanced water management strategies, including water conservation measures, rainwater harvesting, and the reuse of treated wastewater. Concurrently, the chapter will address the critical importance of effective wastewater management, detailing the design and operation of sewerage systems, wastewater treatment plants, and sludge management. Emerging technologies in wastewater treatment, such as membrane filtration and nutrient removal, will be discussed, alongside the challenges of industrial wastewater discharge and the protection of receiving water bodies. The principles of integrated water resource management will be a central theme.     Chapter 4: Transportation Infrastructure: Roads, Bridges, and Public Transit     The seamless flow of people and goods is vital for urban vitality. This chapter focuses on the planning, design, construction, and maintenance of essential transportation infrastructure. We will analyze the principles of road network design, including highway engineering, street design, and intersection optimization. The chapter will cover the structural aspects of bridges and tunnels, discussing materials, design considerations, and construction techniques. A significant portion will be dedicated to the development and operation of public transportation systems, including bus networks, rail systems, and emerging mobility solutions. The integration of active transportation modes, such as cycling and walking infrastructure, will also be explored, emphasizing the promotion of sustainable and multimodal transportation. The chapter will also touch upon intelligent transportation systems (ITS) and their role in improving traffic management and safety.     Chapter 5: Energy Infrastructure: Power Grids and Renewable Energy Integration     Reliable and sustainable energy is fundamental to urban functioning. This chapter examines the complex world of energy infrastructure, focusing on the design and operation of power generation, transmission, and distribution systems. We will discuss the challenges associated with maintaining grid stability, managing peak loads, and ensuring energy security. A significant emphasis will be placed on the growing importance of renewable energy sources, such as solar, wind, and geothermal energy, and their integration into existing power grids. The chapter will explore smart grid technologies, energy storage solutions, and the role of distributed energy resources in enhancing grid resilience and reducing carbon emissions. Policy frameworks and economic considerations related to energy infrastructure development will also be addressed.     Chapter 6: Solid Waste Management and Resource Recovery     The efficient and environmentally sound management of solid waste is a growing concern for urban areas. This chapter provides a comprehensive overview of modern solid waste management strategies, encompassing waste collection, transportation, and disposal. We will explore various disposal methods, including sanitary landfills and waste-to-energy facilities, critically assessing their environmental impacts and economic viability. The chapter will delve into the principles of waste reduction, reuse, and recycling, highlighting the importance of source separation and the development of robust recycling programs. Emerging trends in organic waste management, such as composting and anaerobic digestion, will also be discussed. The chapter will emphasize the concept of a circular economy and the transition towards a zero-waste society.     Chapter 7: Telecommunications and Digital Infrastructure     In the digital age, robust telecommunications and digital infrastructure are as crucial as traditional utilities. This chapter explores the planning, deployment, and maintenance of these vital networks. We will discuss the evolution of telecommunications technologies, from traditional copper networks to fiber optics and the fifth generation (5G) of wireless technology. The chapter will cover the infrastructure requirements for broadband internet access, mobile communications, and the Internet of Things (IoT). The integration of digital infrastructure with other municipal services to create smart city functionalities will be a key focus. Cybersecurity considerations and data management in the context of urban digital infrastructure will also be addressed.     Chapter 8: Green Infrastructure and Sustainable Urban Development     This chapter champions the integration of natural systems and processes into urban design and management to create more resilient, sustainable, and livable cities. We will define and explore various forms of green infrastructure, including green roofs, permeable pavements, urban forests, wetlands, and bioswales. The chapter will detail the multiple benefits of green infrastructure, such as stormwater management, air quality improvement, urban heat island mitigation, biodiversity enhancement, and the promotion of public health and well-being. We will also discuss the planning, design, implementation, and maintenance of green infrastructure projects, as well as policy and financing mechanisms that support their widespread adoption. The chapter will emphasize the role of green infrastructure in climate change adaptation and resilience building.     Chapter 9: Construction and Project Management in Municipal Public Works     The successful realization of municipal public works projects hinges on effective construction and project management. This chapter delves into the principles and practices of managing complex infrastructure projects from conception to completion. We will cover project planning, scheduling, budgeting, risk management, and quality control. The chapter will explore various construction methodologies, contract management, procurement strategies, and the importance of safety management on construction sites. We will also discuss the role of technology, such as Building Information Modeling (BIM), in enhancing project efficiency and collaboration. Ethical considerations and the importance of transparent project governance will be emphasized.     Chapter 10: Operation, Maintenance, and Asset Management     The long-term functionality and serviceability of municipal public works depend on robust operation, maintenance, and asset management strategies. This chapter addresses the critical aspects of keeping infrastructure systems running efficiently and effectively. We will explore various maintenance approaches, including preventive maintenance, predictive maintenance, and reactive maintenance, and their respective advantages and disadvantages. The chapter will introduce the principles of asset management, focusing on lifecycle costing, performance monitoring, and the strategic renewal and replacement of infrastructure assets. The role of data analytics and digital tools in optimizing operations and maintenance will be highlighted, along with the importance of skilled personnel and effective workforce management.     Chapter 11: Regulatory Frameworks, Policy, and Governance     Municipal public works operate within a complex web of regulations, policies, and governance structures. This chapter provides an overview of the legal and institutional frameworks that govern infrastructure development and management. We will examine national, regional, and local regulations related to environmental protection, public health and safety, land use, and construction standards. The chapter will discuss the roles and responsibilities of various government agencies, utility providers, and regulatory bodies. We will also explore different models of public-private partnerships (PPPs), financing mechanisms for infrastructure projects, and the importance of effective governance, transparency, and accountability in ensuring public trust and achieving sustainable development goals.     Chapter 12: Future Trends and Innovations in Municipal Public Works     The field of municipal public works is constantly evolving, driven by technological advancements, societal demands, and global challenges. This concluding chapter looks towards the future, exploring emerging trends and innovations that will shape the next generation of urban infrastructure. We will discuss the impact of artificial intelligence (AI) and machine learning on infrastructure management, the growing role of the Internet of Things (IoT) in creating smart and responsive systems, and advancements in materials science for more durable and sustainable infrastructure. The chapter will also address the critical need for increased resilience to climate change impacts, the development of circular economy models in infrastructure, and the evolving expectations of citizens for more efficient, equitable, and environmentally responsible public services. The chapter will inspire readers to embrace innovation and contribute to building smarter, more sustainable, and resilient cities for the future.