本教材依据《高等学校土木工程本科指导性专业规范》的要求编写而成。教材涵盖了建筑工程、道路工程、桥梁工程、隧道工程等专业施工内容，主要包括土方工程、基础工程、砌体工程、混凝土结构工程、结构安装工程、建筑结构施工、桥梁结构工程施工、路面施工、隧道施工、装饰工程、防水工程、施工组织概论、流水施工、网络计划技术、单位工程施工组织设计、施工组织总设计等内容。同时配套数字资源，满足新时代土木工程教学需求。
本书力求符合国家现行规范标准，突出行业特色，反映现代土木工程施工的新技术、新工艺，适合作为普通高等学校土木工程专业本科的教学用书，也可供其他相关专业师生及工程技术人员参考使用。

Chapter 1 Earthwork and Foundation Pit Engineering
1.1 Introduction
1.2 Engineering classification of soil
1.3 The engineering properties of soil
1.4 Foundation pit (trench) dewatering
1.4.1 Natural drainage method
1.4.2 Artificial dewatering method
1.4.3 Dewatering hazard and prevention method
1.5 Earthwork calculation
1.5.1 Earthwork calculation for foundation pit
1.5.2 Earthwork calculation for groove, pipe trench
1.5.3 Earthwork calculation for site leveling
1.6 Earthwork construction
1.6.1 Preparations before earthwork construction
1.6.2 Earthwork construction machinery and methods
1.6.3 Check of foundation subsoil
1.7 Foundation pit engineering
1.8 Earth filling and compaction
1.8.1 The selection of filling material
1.8.2 Compaction methods
1.8.3 The influence factors of filling soil compaction
1.8.4 Filling construction requirements
1.8.5 Quality control of compaction
Questions
Chapter 2 Foundation Engineering
2.1 Introduction
2.2 Construction of shallow foundation
2.2.1 Construction of non-reinforced foundation
2.2.2 Construction of reinforced concrete foundation
2.3 Construction of pile foundation
2.3.1 Construction of precast concrete pile
2.3.2 Construction of steel piles
2.4 Construction of cast-in-place pile
2.5 Post grouting of cast-in-place pile
2.6 Construction of pile cap
Questions
Chapter 3 Masonry and Construction Facilities Engineering
3.1 Introduction
3.2 Masonry materials
3.2.1 Masonry mortar
3.2.2 Masonry blocks
3.3 Brick masonry work
3.3.1 Bonds in brick masonry work
3.3.2 Preparation for masonry work
3.3.3 Brick masonry construction technology
3.3.4 Quality standard of brick masonry
3.3.5 Construction of wall with reinforced concrete constructional column
3.4 Concrete block masonry construction
3.4.1 Preparation work
3.4.2 Key construction points
3.4.3 Construction of reinforced concrete core column
3.5 Stone masonry
3.5.1 Rubble masonry
3.5.2 Ashlar masonry
3.6 Scaffold
3.6.1 The outdoor scaffold
3.6.2 The indoor scaffold
3.7 Vertical transportation facilities
Questions
Chapter 4 Concrete Structure Engineering
4.1 Formwork engineering
4.1.1 Overview of formwork
4.1.2 Detailing of formwork
4.1.3 Design of formwork
4.1.4 Installation of formwork
4.1.5 Quality requirements of formwork
4.1.6 Removal of formwork
4.2 Reinforcement engineering
4.2.1 Classification categories and acceptance of reinforcement
4.2.2 Reinforcement blanking
4.2.3 Reinforcement substitution
4.2.4 Reinforcement Fabrication
4.2.5 Reinforcement connection
4.2.6 Reinforcement binding and installation
4.2.7 Reinforcement splice and fixing
4.2.8 Quality control
4.3 Concrete engineering
4.3.1 Concrete preparation
4.3.2 Concrete transportation
4.3.3 Concrete conveying
4.3.4 Concrete placing
4.3.5 Concrete compacting
4.3.6 Concrete curing
4.3.7 Concrete quality control
4.3.8 Crack control of mass concrete
4.3.9 Repair of concrete defects
Questions
Exercise
Chapter 5 Prestressed Concrete Structure Engineering
5.1 Overview of prestressed concrete
5.2 Pre-tensioning
5.2.1 Tendons, abutment, clamp, equipment and tools
5.2.2 Construction technology of pre-tensioning pre-stressed concrete
5.3 Construction technology of bonded post-tensioning prestressed concrete
5.3.1 Materials, equipment and tool in bonded post-tensioning process
5.3.2 Construction technology of bonded post-tensioning prestressed concrete
5.4 Construction technology of un-bonded post-tensioning prestressed concrete
5.4.1 Un-bonded prestressed tendons, equipment and tools
5.4.2 Construc