Construction Methods Flashcards

1
Q

Involves a series of complex or interrelated activities and procedures that consume resources to achieve some specific objectives.

A

Project

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2
Q

Identifies potential projects by examining needs and options, sometimes.

A

Initiation or idea phase

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3
Q

In this pre-project phase, it is the most important since decisions taken in this phase tend to have a significant impact on the final cost

A

Project Concept Phase

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4
Q

This phase evaluates project concepts based on the organization’s needs, strategic goals, and capabilities to determine whether to proceed with the proposal

A

Feasibility Phase

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5
Q

The feasibility Phase can be characterized into the following:

A

• Conceptual
• Project Strategy
• Estimate
• Approval

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6
Q

Also referred to as project implementation phase, project realization phase, or materialization phase

A

Project Phase

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7
Q

In this phase, an engineering organization or architect prepares documentation for tendering, contracting, and equipment procurement, including design calculations, tender drawings, and material specifications.

A

Basic Design Phase

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8
Q

It can be done in house or contracted, and may be required before tendering in cases like item rate contracts. However in some cases such as design build contract or lump sum contract can be used.

A

Detailed Design Phase

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9
Q

It is issued for contracting projects with clear and precise documents essential to avoid scope disputes at the contract stage.

A

Tendering Phase

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10
Q

This phase begins once the contract is awarded. With the contractor preparing detailed designs and drawings if not provided in the tender. Progress is closely monitored and regular meetings with the contractor assess cost and schedule.

A

Execution Phase

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11
Q

In this phase the major equipment are tested and commissioned and the constructed facility in totality is handed over to the client for use.

A

Closure Phase

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12
Q

Also known as the turnover or startup phase it involves transferring responsibility for the completed deliverable from engineers architects or contractors to the owners.

A

Post-Project Phase

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13
Q

In this phase the client or end user utilizes the finished project with the facilities performance monitored and regular maintenance conducted.

A

Utilization Phase

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14
Q

Once the project has lived its intended life it is dismantled and disposed of. The entire cycle explained under different phases is repeated.

A

Close-Down Phase

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15
Q

A straightforward and linear project management approach. Project faces flow downward like a waterfall. Each phase must be completed before moving to the next.

A

Waterfall Project Management Methodology

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16
Q

A short sprint approach to managing civil engineering projects. Ideal for small teams with less than 10 members working on task like site inspections structural design and resource allocation.

A

Scrum Methodology

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17
Q

Scrum Methodology operates in ______________ with daily scrum meetings to track progress.

A

two-week cycles

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18
Q

Scrum methodology is led by a ____________ who ensures smooth workflow.

A

Scrum Master

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19
Q

A collaborative method integrating contractors owners architects and consultants into a unified team. Shared goals and risk identification to minimize conflicts and improve communication.

A

Integrated Project Delivery (IPD)

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20
Q

Integrated project delivery is ideal for __________ and ___________ where risk is shared.

A

complex and long-term projects

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21
Q

It is a flexible alternative method where work is completed in small manageable parts or sprints instead of following a fixed plan. It allows quick adjustments based on feedback.

A

Agile Construction Methodology

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22
Q

It is a highly organized step by step methodology where each phase of the project must be approved before moving forward. It focuses on risk management documentation and accountability.

A

PRINCE2

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23
Q

It focuses on eliminating waste improving workflow and maximizing efficiency by ensuring materials and resources arrived exactly when needed.

A

Lean Construction Method

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24
Q

It refer to non traditional building methods that improve efficiency sustainability or cost effectiveness.

A

Alternative Construction Procedure

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25
Building components are manufactured off site and assembled on site reducing construction time labor cost and material waste while ensuring precision.
Modular Construction
26
Develop detailed architectural and structural designs for modular components.
Design & Planning
27
Construct individual modules in a controlled factory environment.
Off-Site Module Fabrication
28
Prepare the foundation or structural based where the modules will be placed.
Site Preparation
29
Securely transport prefabricated modules from the factory to the construction site.
Transportation & Module Delivery
30
Lift and position modules onto the foundation using cranes. Securely fasten modules together ensuring proper alignment.
Module Assembly & Installation
31
Seal joints apply final interior and exterior finishes. Conduct safety and quality inspections for structural integrity.
Final Finishing & Quality Inspection
32
Conduct final inspections and obtain regulatory approvals. Deliver the completed structure for occupancy.
Handover & Occupancy
33
It is a continuous and rapid method used to build vertical structures by pouring concrete into a moving formwork.
Slip Form Construction
34
A method of applying concrete by spraying it at high velocity onto a surface. Unlike conventional poured concrete, it does not require formwork making it ideal for curved vertical or complex structures.
Shotcrete
35
A method in mixing and material preparation of shot creat construction in which dry cement sand and aggregates are mixed and fed into the hose and then water is added at the nozzle.
Dry-Mix Method
36
A method in mixing and material preparation of shotcrete construction in which concrete is pre-mixed with water and pump through the hose.
Wet-Mix Merhod
37
It is an intelligent 3d model based tool that provides a digital representation of a facilities physical and functional aspects.
Building Information Modeling (BIM)
38
It refers to the automated process of manufacturing construction elements or entire structures by means of a 3d printer.
3D Printing
39
It is used to complete inventory assessments while providing a larger level of detailed and reducing time and cost requirements.
Drones
40
Machines, robots, and automated systems which perform task traditionally done by human workers in the construction industry.
Robotics and Automation
41
Involves manipulating materials at the nanoscale.
Nanotechnology
42
It refers to sustainable construction practices aimed at reducing environmental impact.
Green building
43
A type of concrete that can repair cracks that form on its surface over time
Self healing concrete
44
This alloys possess the ability to remember their original shape and regain it upon exposure to a specific stimulus such as a temperature change
Shape memory alloys
45
Materials that convert sunlight directly into electricity
Photovoltaic materials
46
This materials change color in response to temperature fluctuations
Thermochromic materials
47
This materials can change their optical properties such as transparency and reflectivity when an electric current is applied
Electrochromic materials
48
These materials generate an electric charge when subjected to mechanical stress
Piezoelectric materials
49
An extremely lightweight and porous material with excellent insulating properties
Aerogel
50
Concrete reinforce with carbon fibers resulting in a stronger lighter and more durable material
Carbon fiber reinforced concrete
51
A collection of computer programs designed to assist in the planning organizing and managing of resources for projects
Project management software
52
It helps project managers plan schedule and track the progress of construction projects effectively
Construction scheduling software
53
A software system that helps organizations store organized track and manage electronic documents and files
Document management systems
54
Software applications that facilitate seamless communication and teamwork among individuals and groups
Communication and collaboration tools
55
Focuses on utilizing locally available resources and adapting construction methods to suit the specific environmental social and economic conditions of the country. This approach often emphasizes sustainability resilience and cost effectiveness while taking advantage of natural and human resources that are abundant in the region.
Resource based or adaptive approach
56
Refers to the use of cutting edge technologies and innovations to improve efficiency sustainability and performance. This approach is characterized by the adoption of the digital tools automated systems and advanced materials to transform traditional construction practices and create more innovative sustainable and resilient infrastructure.
Technology driven or transformative approach
57
It is a tool to identify external risk in construction projects
PESTLE TECHNIQUE
58
A tool to identify internal risk in construction project
PERT TECHNIQUE
59
Helps managers estimate project duration analyze task connections accessories and visualize dependences for organizing complex projects
PERT Charts
60
It refers to the process of planning designing and building infrastructure or facilities such as buildings roads and bridges
Construction
61
In constructions it is the strategies techniques and procedures used to execute a project efficiently
Methods
62
It encompasses the management of resources labor tools and time to ensure the construction processes are completed safely with in budget and on schedule. This includes planning scheduling quality assurance and safety measures.
Operations
63
It refers to the study and practice a processes techniques and management strategies used in the construction industry to complete a building or infrastructure project efficiently and effectively.
Construction methods and operations
64
It involves feasibility studies design permitting and resource planning to ensure smooth project implementation
Preconstruction phase
65
This space determines whether the project is viable and aligns with financial technical and legal requirements
Project initiation and feasibility study
66
Can the project be built given the available resources and site conditions
Technical feasibility
67
Evaluates cost estimates funding resources and return on investment
Financial feasibility
68
Ensures compliance with zoning laws building codes and environmental regulations
Legal and environmental feasibility
69
Determines the rain features slopes and drainage patterns
Topographical survey
70
Assess soil stability groundwater levels and foundation requirements
Geotechnical investigation
71
Identifies ecological risk and mitigation strategies
Environmental impact assessment
72
The projects blueprint is developed during the stage defining specifications materials and construction method.
Design and planning
73
Before construction begins legal and regulatory clearances must be secured
Permitting and regulatory approvals
74
Confirms compliance with local land use plans
Zoning and land use permits
75
Required for projects affecting natural resources
Environmental permits
76
Ensures structural safety and adherence to building codes
Construction permits
77
Identifies site specific risk like unstable soil or flood prone area
Hazard identification
78
Includes ppe requirements emergency exits and training
Safety protocols
79
This phase involves carrying out the physical construction according to the approved plants schedules and budgets
Construction phase
80
Removing vegetation debris and leveling the
Clearing and grading
81
Using explosives or mechanical devices like bulldozers to destroy existing structures
Demolishing
82
Carefully removing materials that can be reused such as electrical switchboards and plumbing fixtures
Salvaging
84
Bringing down timber using saws or explosives
Cutting
85
It is a critical construction process that involves relocating soil and rock to prepare the site for building.
Earth moving
86
Digging to create space for foundations basements or trenches
Excavation
87
Controlled burning to clear vegetation
Burning
87
Transferring excavated materials into dump trucks for transport
Loading
88
Dumping and spreading materials and designated feel areas
Placing
89
Densifying soil to provide a stable base for construction
Compacting
90
Removing excess or unsuitable materials from the site
Disposing
91
Laying footings and pouring concrete for shallow or deep foundations
Foundation construction
92
Erecting columns beams and load bearing structures
Structural framework
93
Installing steel reinforcements and molds for concrete pouring
Reinforcement and formwork
94
The earth on which the foundation rests
Bearing Surface
95
Walls and piers that support the structure
Upright Supports
96
The part that supports the concrete slab or walls
Footing
97
A standardized approach with defined knowledge areas, life cycles, and best practices
Project Management Body of Knowledge (PMBOK)
98
Identifies the longest sequence of dependent tasks to determine project duration
Critical Path Method
99
Prioritizes resource allocation and buffers to manage uncertainties. Best for projects with limited resources that require strict scheduling
Critical Chain Project Management (CCPM)
100
Uses visual boards to manage workflow and limit work-in progress
Kanban Methodology
101
A highly iterative Agile framework focusing on frequent releases and customer feedback
Extreme Programming (XP)
102
A data-driven methodology aimed at reducing defects and improving quality. Best for large organizations requiring precise process control
Six Sigma
103
A flexible, iterative methodology that allows for continuous adjustments
Adaptive Project Framework
104
Design for highly complex and uncertain projects requiring rapid adaptation
Extreme Project Management
105
A graphical representation of project activities and dependencies
Precedence Diagramming Method
106
Measures how well resources are utilized while maintaining quality and meeting budgets
Efficiency
107
Doing what matters.
Time management
108
About strategically aligning labor, materials, technology, and finances
Resource optimization
109
The systematic process of monitoring, managing, and optimizing expenses to align with budgets while ensuring quality and timelines
Cost Control
110
This refers to maximizing the output and quality of work of laborers hourly by optimizing skills, and tools and workflows
Workforce Productivity
111
Using tools and technologies like BIM, drones, IoT, and AI to streamline planning, monitoring, and execution.
Technology Utilization
112
This ensures processes and materials meet predefined standards, reducing rework, delays, costs and prevents defects with regular checks
Quality Assurance
113
Ensuring a hazard-free work environment, preventing accidents, injuries, and downtime
Safety