Every construction project has few basic steps that it needs
to follow . The process of construction begins with stakeholder identification. Work shold be divided into parts.
INTRODUCTION AND DEFINITION TO PROJECT MANAGEMENT.pptAbraham Ncunge
– Definitions
II - History
III – Project Management’s Purpose
IV – Project Types
A project is an individual or collaborative enterprise that is carefully planned to achieve a particular aim
A project is a temporary endeavor undertaken to create a unique product, service, or result.
A project is a temporary organization that is created for a purpose of delivering one or more business products according to an agreed business case.
A project is a time and cost constrained operation to realize a set of defined deliverables (the scope to fulfill project’s objectives) up to quality standards and requirements
Clear goals (e.g. new product or solution to a problem)
Fixed schedule, settled START and END date
Own resources, fixed budget
Works according to the settled project plan
Own project organization
Divided in sequences which are dependent on each other
Might be wide and complex, consisting of several sub-projects
Unique
Learning process
Includes risks and uncertainty
Project is
Once-off activity, organized process making input and output to achieve the certain goal(s).
”Project has series of complex and interdependency sequences, which have a common goal or aim. Project should be implemented in a certain time period, by a certain budget and should follow the project specifications. “
”Project is a temporary organization, which will be collapsed when the goal has been achieved”.
Academic research history of project management is young. In real life, a human being has implemented project thousands of years. The starting point in human history has been construction field and still today we have many of them
•pyramids
•monuments
•Roman aqueducts and canalization systems
•castles
It is not surprising that project has quite often symbolic, political or even religious importProject management enables to organize resources so that the project can be implemented according to the project plan.
Quality
Schedule
Budget
Resources; money, staff, materials, machinery and
equipment, premises, energy
ance
This document discusses claims management in construction projects. It defines a claim as a request for compensation due to certain events. It outlines the claims management process, which includes establishing monitoring, identifying root causes, determining claim type, gathering documents, and claim preparation and settlement. It also categorizes and describes common causes of construction claims, such as design errors, differing site conditions, changes, delays, and accidents. Causes can be due to contractor practices, owner practices, or occur during bidding or construction phases.
The document discusses various types of construction claims including delay claims, labor productivity claims, defects claims, force majeure claims, acceleration claims, suspension and termination claims, and differing site conditions claims. It also discusses various methods for analyzing schedule delays such as windows analysis, time impact analysis, collapsed as-built, impacted as-planned, and as-planned vs. as-built analysis.
Quantify Construction Damages related to Delay, disruption, and inefficienciesMichael Pink
Learn how to quantify damages related to delay, disruption and inefficiencies on Construction projects. Convert your delays and impacts into cost claims with this proven process.
Group 1 presented their civil engineering project which involved designing roads, stormwater, sewer, and water networks for a site. They outlined the individual responsibilities of group members and the scope of inserting all civil services. They discussed the design standards used, constraints such as using Civil Designer software and time constraints due to student protests. The group confirmed they produced the required deliverables which included plans and longitudinal sections for stormwater, sewer, and roads designs.
CONSTRUCTION PROJECT PLANING
WHAT IS CONSTRUCTION PLANNING
5 STEPS TO THE PERFECT CONSTRUCTION PLANNING PROCESS
PRE TENDER PLANNING
PRE CONTRACT PLANNING
ROLE OF CLIENT
ROLE OF CONTRACTOR
PROCESS OF DEVELOPMENT OF PLANS
PLANNING A PROJECT
INTRODUCTION TO SCHEDULING
WORK BREAKDOWN STRUCTURE
BAR CHARTS (GANTT CHARTS)
NETWORK TECHNIQUES
ACTIVITY-ON-ARROW NETWORK
DUMMY ACTIVITIES
DANGLING ACTIVITY
CYCLE IN NETWORK
PRECEDENCE NETWORKS
TIME ESTIMATES
MILESTONES IN PROJECT
TIME ANALYSIS
CRITICAL PATH, SLACK AND FLOAT
NETWORK ANALYSIS AND BAR CHART
WHAT IS NETWORK
PERT / CPM Techniques
TERMS USED IN A NETWORK
RULES OF NETWORK CONSTRUCTION
NETWORK SYMBOLS
INTRODUCTION AND DEFINITION TO PROJECT MANAGEMENT.pptAbraham Ncunge
– Definitions
II - History
III – Project Management’s Purpose
IV – Project Types
A project is an individual or collaborative enterprise that is carefully planned to achieve a particular aim
A project is a temporary endeavor undertaken to create a unique product, service, or result.
A project is a temporary organization that is created for a purpose of delivering one or more business products according to an agreed business case.
A project is a time and cost constrained operation to realize a set of defined deliverables (the scope to fulfill project’s objectives) up to quality standards and requirements
Clear goals (e.g. new product or solution to a problem)
Fixed schedule, settled START and END date
Own resources, fixed budget
Works according to the settled project plan
Own project organization
Divided in sequences which are dependent on each other
Might be wide and complex, consisting of several sub-projects
Unique
Learning process
Includes risks and uncertainty
Project is
Once-off activity, organized process making input and output to achieve the certain goal(s).
”Project has series of complex and interdependency sequences, which have a common goal or aim. Project should be implemented in a certain time period, by a certain budget and should follow the project specifications. “
”Project is a temporary organization, which will be collapsed when the goal has been achieved”.
Academic research history of project management is young. In real life, a human being has implemented project thousands of years. The starting point in human history has been construction field and still today we have many of them
•pyramids
•monuments
•Roman aqueducts and canalization systems
•castles
It is not surprising that project has quite often symbolic, political or even religious importProject management enables to organize resources so that the project can be implemented according to the project plan.
Quality
Schedule
Budget
Resources; money, staff, materials, machinery and
equipment, premises, energy
ance
This document discusses claims management in construction projects. It defines a claim as a request for compensation due to certain events. It outlines the claims management process, which includes establishing monitoring, identifying root causes, determining claim type, gathering documents, and claim preparation and settlement. It also categorizes and describes common causes of construction claims, such as design errors, differing site conditions, changes, delays, and accidents. Causes can be due to contractor practices, owner practices, or occur during bidding or construction phases.
The document discusses various types of construction claims including delay claims, labor productivity claims, defects claims, force majeure claims, acceleration claims, suspension and termination claims, and differing site conditions claims. It also discusses various methods for analyzing schedule delays such as windows analysis, time impact analysis, collapsed as-built, impacted as-planned, and as-planned vs. as-built analysis.
Quantify Construction Damages related to Delay, disruption, and inefficienciesMichael Pink
Learn how to quantify damages related to delay, disruption and inefficiencies on Construction projects. Convert your delays and impacts into cost claims with this proven process.
Group 1 presented their civil engineering project which involved designing roads, stormwater, sewer, and water networks for a site. They outlined the individual responsibilities of group members and the scope of inserting all civil services. They discussed the design standards used, constraints such as using Civil Designer software and time constraints due to student protests. The group confirmed they produced the required deliverables which included plans and longitudinal sections for stormwater, sewer, and roads designs.
CONSTRUCTION PROJECT PLANING
WHAT IS CONSTRUCTION PLANNING
5 STEPS TO THE PERFECT CONSTRUCTION PLANNING PROCESS
PRE TENDER PLANNING
PRE CONTRACT PLANNING
ROLE OF CLIENT
ROLE OF CONTRACTOR
PROCESS OF DEVELOPMENT OF PLANS
PLANNING A PROJECT
INTRODUCTION TO SCHEDULING
WORK BREAKDOWN STRUCTURE
BAR CHARTS (GANTT CHARTS)
NETWORK TECHNIQUES
ACTIVITY-ON-ARROW NETWORK
DUMMY ACTIVITIES
DANGLING ACTIVITY
CYCLE IN NETWORK
PRECEDENCE NETWORKS
TIME ESTIMATES
MILESTONES IN PROJECT
TIME ANALYSIS
CRITICAL PATH, SLACK AND FLOAT
NETWORK ANALYSIS AND BAR CHART
WHAT IS NETWORK
PERT / CPM Techniques
TERMS USED IN A NETWORK
RULES OF NETWORK CONSTRUCTION
NETWORK SYMBOLS
Construction Managemnt
CONSTRUCTION MANAGERS / LEADERS
CONSTRUCTION MANAGEMENT PROCESS GROUPS
PROJECT MANAGEMENT KNOWLEDGE AREAS
PROJECT MANAGEMENT TRIANGLE
This document discusses engineering, procurement, and construction (EPC) projects and opportunities for improvement through automation. It provides an overview of EPC project challenges, contrasts EPC and architecture, engineering, and construction projects, reviews principal EPC functions and engineering disciplines. It also discusses the evolution of CAD use, levels of modeling including 2D, 3D, 4D, and 5D, and provides a case study of a $2.5 billion EPC copper concentrator plant project in Chile. The document proposes using a work execution package matrix to coordinate material management across spatial divisions and commodity types.
The document discusses quality control procedures for construction projects. It outlines that designers, manufacturers, and contractors must ensure minimum quality standards are met. Quality inspectors should inspect all construction processes according to the contractor's method statements and contract documents. The document also discusses ISO standards, quality assurance programs, and sources of technical information for quality control procedures in architecture, engineering, site management, and inspection.
This document discusses construction management and outlines the contents of a module on the topic. The module covers an introduction to construction projects, including types of construction projects, elements of construction projects, an overview of the construction industry, and the importance and functions of construction management. Specific topics that will be addressed include types of construction projects, elements of construction projects, activities of the construction industry, and functions of construction management.
Understanding the Difference Between EPC and EPCM ContractsUGL Engineering
EPC contracts involve the contractor providing engineering, procurement, and construction services for a project. The contractor manages the project and bears most of the cost and schedule risks. EPCM contracts involve the contractor providing engineering, procurement, and construction management services on behalf of the owner, who manages the project and bears most of the risks. The key differences are that EPC contracts are more contractor-managed with risk on the contractor, while EPCM contracts are owner-managed with risk on the owner. Both can be beneficial for large projects but the right type of contract must be chosen to avoid cost and schedule issues.
This document summarizes a study on the current status of lean construction techniques in the local construction industry. It provides an overview of the study's objectives to identify the level of implementation of lean tools/techniques and the benefits achieved. It also describes the research methodology used, which included a questionnaire survey and data analysis using reliability testing and Kendall's W test to rank the most implemented lean tools and achieved benefits. The results found that the most implemented techniques are pull planning, work standardization, and fail-safe for quality, while the top benefits are greater profitability, minimized inventory, and defects reduction. The conclusion recommends fully implementing lean through workshops and research to better understand and utilize the techniques.
This document discusses integrating constructability reviews with lean construction and work planning. It describes how constructability must be considered early in the project life cycle during planning, design, procurement, and mobilization phases. Conducting detailed reviews of designs, models, specifications, and construction processes allows constructability specialists to identify issues like errors, unclear specifications, complex features, and aspects that will be difficult to bid or construct. The document also outlines key aspects of lean construction including maximizing value and reducing waste through techniques like supply chain management and just-in-time. Weekly work plans are identified as a tool to implement lean construction principles and production scheduling.
Muhammad Aljalali is an associate professor who teaches construction management courses. He has experience working for the Syrian government and advising public authorities. This document introduces the history of construction, from ancient structures like the Egyptian pyramids to modern bridges and tunnels. It discusses the nature of the construction industry, including the various participants and their roles, as well as contractual relationships and regulations. Construction projects are unique, complex processes involving design, bidding, construction, and operation. Construction management involves applying resources like money, labor, materials, and equipment to complete projects on time and on budget.
This white paper discusses Integrated Project Delivery (IPD), a new project delivery approach that aims to integrate people, systems, structures, and practices into a collaborative process. IPD seeks to bring together owners, architects, engineers, contractors, and other experts very early in design to improve coordination and reduce waste. The paper distinguishes between "IPDish" approaches that use some IPD tools within traditional contracts, and "Pure IPD" which binds the project team contractually with shared risks and rewards. Key aspects of IPD discussed include early involvement of all expertise, team collaboration using tools like BIM from project start, and multi-party agreements that legally connect team members. The paper examines drivers for IPD adoption from
Civil engineering involves planning, designing, constructing, and maintaining structures and infrastructure. The document outlines the main branches and scope of civil engineering. It discusses surveying and leveling, building planning and construction, advanced construction techniques, structural engineering, geotechnical engineering, water resources engineering, transportation engineering, environmental engineering, and town planning. Civil engineers work on projects before, during, and after construction through tasks like feasibility studies, design, project management, construction supervision, and maintenance.
Project Control Practical Way by Herve Baronignitetribes
Here are some key ways to measure procurement progress:
- % Progress based on weighted value of POs, broken down into steps like PO placement, material receipt, inspection, etc.
- Milestones like:
- % of PO value placed
- % of line items with approved submittals
- % of line items where material is received/inspected
- % of line items fully delivered
Tracking procurement progress through milestones helps ensure critical items are on track and identifies delays early. Milestones should reflect major stages from PO placement through delivery and inspection. This provides a more objective view than % progress alone.
Both % progress and milestone tracking are needed to effectively monitor procurement.
Construction planning and management are closely related and involve executing construction plans using various management techniques. Modern technology is important for construction management, planning, equipment, contracts, safety, and earthquake management. Proper planning and management are necessary to complete construction on time and within budget. Effective construction planning and management involves organizing work, allocating resources, monitoring progress, and controlling costs and quality.
Dredging involves excavating sediments and relocating them using specialized floating equipment called dredgers. There are several types of dredgers that differ in how they excavate and transport sediments. Mechanical dredgers use buckets and grabs to lift sediments, while hydraulic dredgers use pumps to create a slurry of sediments and water. Common dredgers include bucket ladder dredgers, grab dredgers, cutter suction dredgers, and trailing suction hopper dredgers. Dredging is used for capital projects like deepening ports, coastal engineering, and maintenance to maintain navigation depths. While necessary for development, dredging can disturb aquatic ecosystems by changing water chemistry and releasing nutrients and toxicants from sediments.
Project management-planning and schedulingAditi Garg
The document discusses various aspects of planning and scheduling for construction projects. It defines planning as deciding in advance what needs to be done, how it will be done, and in what order to achieve objectives. Scheduling involves putting the project plan into a calendar format to determine start and end dates for activities. The document outlines different planning considerations for construction projects including workforce, materials, equipment, and costs. It also describes various scheduling methods like bar charts, milestone charts, and network analysis and their uses and limitations.
Planning and Scheduling Construction Projects, Part 1: The Planning ProcessAlberto Sanchez
The document provides guidance on developing and reviewing baseline construction schedules. It discusses common planning problems, the importance of the planning process before scheduling, and key elements to define the schedule basis including assumptions, exclusions, constraints, and more. It also covers estimating construction durations using productivity rates, developing resource loaded schedules, and factors that can impact the baseline schedule such as location, labor availability, and construction methods.
3. construction planning. construction project managementKabilan Kabi
This document discusses project time management for construction projects. It covers defining and sequencing activities, estimating activity durations and resources, developing a schedule, and schedule control. Key aspects include identifying specific schedule activities and their dependencies; estimating time, resources, and durations for each activity; analyzing the activity sequences and constraints to create a project schedule; and controlling changes to the schedule. The goal is to ensure timely completion of the project through effective planning, scheduling, tracking, and control of the time management processes.
EPC contracts involve a single contractor providing engineering, procurement, and construction services, taking on cost risk. EPCM contracts involve a management contractor overseeing engineering, procurement, and multiple construction contractors hired directly by the owner, distributing cost risk. Key differences between the models include whether the single EPC contractor or owner directly contracts suppliers and builders, and whether cost overruns and savings are borne by the contractor or owner. Overall EPC contracts tend to cost more but involve less administration for the owner, while EPCM contracts cost less but require more owner involvement and staffing.
The document discusses project monitoring and control processes. It covers monitoring schedule, scope, cost, quality, risks, and the project team. Key aspects of control include collecting performance data, comparing to the baseline plan, identifying variances, and taking corrective actions. Control aims to keep the project on track by managing changes to the schedule, budget, and scope as needed based on project performance and risk assessments. Control processes are integrated across areas like scheduling, procurement, reporting, and configuration management to maintain overall project integration.
The document discusses project planning and control, covering what a project is, the stages of project management, and network planning using the Critical Path Method (CPM). It describes the five stages of project management as understanding the project environment, defining the project, planning the project, technical execution, and project control. Project planning determines the cost, duration, resource needs, and helps allocate work and monitor progress. The CPM represents activities diagrammatically and identifies the critical path which determines the minimum project duration.
This document discusses the key players and processes involved in construction management. It describes the roles of the owner, design professionals like architects and engineers, and contractors. It also outlines the typical phases of a construction project from conceptual planning to construction. Finally, it discusses different types of construction projects and contract types used in the industry.
This document discusses the key players and processes involved in construction management. It describes the roles of the owner, design professionals like architects and engineers, and contractors. It also outlines the typical phases of a construction project from conceptual planning to construction. Finally, it discusses different types of construction projects and contract types used in the industry.
Construction Managemnt
CONSTRUCTION MANAGERS / LEADERS
CONSTRUCTION MANAGEMENT PROCESS GROUPS
PROJECT MANAGEMENT KNOWLEDGE AREAS
PROJECT MANAGEMENT TRIANGLE
This document discusses engineering, procurement, and construction (EPC) projects and opportunities for improvement through automation. It provides an overview of EPC project challenges, contrasts EPC and architecture, engineering, and construction projects, reviews principal EPC functions and engineering disciplines. It also discusses the evolution of CAD use, levels of modeling including 2D, 3D, 4D, and 5D, and provides a case study of a $2.5 billion EPC copper concentrator plant project in Chile. The document proposes using a work execution package matrix to coordinate material management across spatial divisions and commodity types.
The document discusses quality control procedures for construction projects. It outlines that designers, manufacturers, and contractors must ensure minimum quality standards are met. Quality inspectors should inspect all construction processes according to the contractor's method statements and contract documents. The document also discusses ISO standards, quality assurance programs, and sources of technical information for quality control procedures in architecture, engineering, site management, and inspection.
This document discusses construction management and outlines the contents of a module on the topic. The module covers an introduction to construction projects, including types of construction projects, elements of construction projects, an overview of the construction industry, and the importance and functions of construction management. Specific topics that will be addressed include types of construction projects, elements of construction projects, activities of the construction industry, and functions of construction management.
Understanding the Difference Between EPC and EPCM ContractsUGL Engineering
EPC contracts involve the contractor providing engineering, procurement, and construction services for a project. The contractor manages the project and bears most of the cost and schedule risks. EPCM contracts involve the contractor providing engineering, procurement, and construction management services on behalf of the owner, who manages the project and bears most of the risks. The key differences are that EPC contracts are more contractor-managed with risk on the contractor, while EPCM contracts are owner-managed with risk on the owner. Both can be beneficial for large projects but the right type of contract must be chosen to avoid cost and schedule issues.
This document summarizes a study on the current status of lean construction techniques in the local construction industry. It provides an overview of the study's objectives to identify the level of implementation of lean tools/techniques and the benefits achieved. It also describes the research methodology used, which included a questionnaire survey and data analysis using reliability testing and Kendall's W test to rank the most implemented lean tools and achieved benefits. The results found that the most implemented techniques are pull planning, work standardization, and fail-safe for quality, while the top benefits are greater profitability, minimized inventory, and defects reduction. The conclusion recommends fully implementing lean through workshops and research to better understand and utilize the techniques.
This document discusses integrating constructability reviews with lean construction and work planning. It describes how constructability must be considered early in the project life cycle during planning, design, procurement, and mobilization phases. Conducting detailed reviews of designs, models, specifications, and construction processes allows constructability specialists to identify issues like errors, unclear specifications, complex features, and aspects that will be difficult to bid or construct. The document also outlines key aspects of lean construction including maximizing value and reducing waste through techniques like supply chain management and just-in-time. Weekly work plans are identified as a tool to implement lean construction principles and production scheduling.
Muhammad Aljalali is an associate professor who teaches construction management courses. He has experience working for the Syrian government and advising public authorities. This document introduces the history of construction, from ancient structures like the Egyptian pyramids to modern bridges and tunnels. It discusses the nature of the construction industry, including the various participants and their roles, as well as contractual relationships and regulations. Construction projects are unique, complex processes involving design, bidding, construction, and operation. Construction management involves applying resources like money, labor, materials, and equipment to complete projects on time and on budget.
This white paper discusses Integrated Project Delivery (IPD), a new project delivery approach that aims to integrate people, systems, structures, and practices into a collaborative process. IPD seeks to bring together owners, architects, engineers, contractors, and other experts very early in design to improve coordination and reduce waste. The paper distinguishes between "IPDish" approaches that use some IPD tools within traditional contracts, and "Pure IPD" which binds the project team contractually with shared risks and rewards. Key aspects of IPD discussed include early involvement of all expertise, team collaboration using tools like BIM from project start, and multi-party agreements that legally connect team members. The paper examines drivers for IPD adoption from
Civil engineering involves planning, designing, constructing, and maintaining structures and infrastructure. The document outlines the main branches and scope of civil engineering. It discusses surveying and leveling, building planning and construction, advanced construction techniques, structural engineering, geotechnical engineering, water resources engineering, transportation engineering, environmental engineering, and town planning. Civil engineers work on projects before, during, and after construction through tasks like feasibility studies, design, project management, construction supervision, and maintenance.
Project Control Practical Way by Herve Baronignitetribes
Here are some key ways to measure procurement progress:
- % Progress based on weighted value of POs, broken down into steps like PO placement, material receipt, inspection, etc.
- Milestones like:
- % of PO value placed
- % of line items with approved submittals
- % of line items where material is received/inspected
- % of line items fully delivered
Tracking procurement progress through milestones helps ensure critical items are on track and identifies delays early. Milestones should reflect major stages from PO placement through delivery and inspection. This provides a more objective view than % progress alone.
Both % progress and milestone tracking are needed to effectively monitor procurement.
Construction planning and management are closely related and involve executing construction plans using various management techniques. Modern technology is important for construction management, planning, equipment, contracts, safety, and earthquake management. Proper planning and management are necessary to complete construction on time and within budget. Effective construction planning and management involves organizing work, allocating resources, monitoring progress, and controlling costs and quality.
Dredging involves excavating sediments and relocating them using specialized floating equipment called dredgers. There are several types of dredgers that differ in how they excavate and transport sediments. Mechanical dredgers use buckets and grabs to lift sediments, while hydraulic dredgers use pumps to create a slurry of sediments and water. Common dredgers include bucket ladder dredgers, grab dredgers, cutter suction dredgers, and trailing suction hopper dredgers. Dredging is used for capital projects like deepening ports, coastal engineering, and maintenance to maintain navigation depths. While necessary for development, dredging can disturb aquatic ecosystems by changing water chemistry and releasing nutrients and toxicants from sediments.
Project management-planning and schedulingAditi Garg
The document discusses various aspects of planning and scheduling for construction projects. It defines planning as deciding in advance what needs to be done, how it will be done, and in what order to achieve objectives. Scheduling involves putting the project plan into a calendar format to determine start and end dates for activities. The document outlines different planning considerations for construction projects including workforce, materials, equipment, and costs. It also describes various scheduling methods like bar charts, milestone charts, and network analysis and their uses and limitations.
Planning and Scheduling Construction Projects, Part 1: The Planning ProcessAlberto Sanchez
The document provides guidance on developing and reviewing baseline construction schedules. It discusses common planning problems, the importance of the planning process before scheduling, and key elements to define the schedule basis including assumptions, exclusions, constraints, and more. It also covers estimating construction durations using productivity rates, developing resource loaded schedules, and factors that can impact the baseline schedule such as location, labor availability, and construction methods.
3. construction planning. construction project managementKabilan Kabi
This document discusses project time management for construction projects. It covers defining and sequencing activities, estimating activity durations and resources, developing a schedule, and schedule control. Key aspects include identifying specific schedule activities and their dependencies; estimating time, resources, and durations for each activity; analyzing the activity sequences and constraints to create a project schedule; and controlling changes to the schedule. The goal is to ensure timely completion of the project through effective planning, scheduling, tracking, and control of the time management processes.
EPC contracts involve a single contractor providing engineering, procurement, and construction services, taking on cost risk. EPCM contracts involve a management contractor overseeing engineering, procurement, and multiple construction contractors hired directly by the owner, distributing cost risk. Key differences between the models include whether the single EPC contractor or owner directly contracts suppliers and builders, and whether cost overruns and savings are borne by the contractor or owner. Overall EPC contracts tend to cost more but involve less administration for the owner, while EPCM contracts cost less but require more owner involvement and staffing.
The document discusses project monitoring and control processes. It covers monitoring schedule, scope, cost, quality, risks, and the project team. Key aspects of control include collecting performance data, comparing to the baseline plan, identifying variances, and taking corrective actions. Control aims to keep the project on track by managing changes to the schedule, budget, and scope as needed based on project performance and risk assessments. Control processes are integrated across areas like scheduling, procurement, reporting, and configuration management to maintain overall project integration.
The document discusses project planning and control, covering what a project is, the stages of project management, and network planning using the Critical Path Method (CPM). It describes the five stages of project management as understanding the project environment, defining the project, planning the project, technical execution, and project control. Project planning determines the cost, duration, resource needs, and helps allocate work and monitor progress. The CPM represents activities diagrammatically and identifies the critical path which determines the minimum project duration.
This document discusses the key players and processes involved in construction management. It describes the roles of the owner, design professionals like architects and engineers, and contractors. It also outlines the typical phases of a construction project from conceptual planning to construction. Finally, it discusses different types of construction projects and contract types used in the industry.
This document discusses the key players and processes involved in construction management. It describes the roles of the owner, design professionals like architects and engineers, and contractors. It also outlines the typical phases of a construction project from conceptual planning to construction. Finally, it discusses different types of construction projects and contract types used in the industry.
Jovanne T. Bernardino has over 14 years of experience as a civil engineer, having worked on various construction projects in the Philippines and Middle East including power plants, substations, buildings, and infrastructure. He is seeking new opportunities as a civil engineer with expertise in project management, construction, quality inspection, and safety. His resume provides details of his educational background and work history on numerous projects in various roles.
The document discusses civil engineering and civil and structural drawings. It defines civil engineering as designing, building, and maintaining infrastructure like roads, buildings, and water systems. It describes the roles and responsibilities of civil engineers at different project stages from pre-construction to post-construction. It also explains the different types of drawings used in civil and structural engineering projects, including tender drawings, contract drawings, working drawings, and final or as-built drawings.
Josefino Lopez Waje is a civil engineer from the Philippines with over 15 years of experience in the construction industry. He currently works as a senior site inspector for WS Atkins & Partners Overseas in Abu Dhabi. Prior to this, he held roles such as QA/QC engineer, project engineer, and site engineer for companies in Abu Dhabi, Dubai, and Qatar. Waje obtained a Bachelor's degree in Civil Engineering from Don Honorio Ventura Technological State University in the Philippines.
Santhakumar has over 17 years of experience as a civil engineer, with expertise in construction projects involving sewer systems, metro rail, power plants, and buildings. He has worked on multiple large projects simultaneously in Qatar and India, leading teams and coordinating between contractors, clients, and consultants. He is skilled in project management, engineering analysis, and ensuring safety and quality standards.
Naim Fannoon has over 30 years of experience as a civil engineer working on infrastructure projects in Jordan and Palestine. He has extensive experience managing water, road, and construction projects, as well as ensuring health and safety on residential and commercial developments. Fannoon is proficient in English, Arabic, and Urdu and maintains affiliations with engineering organizations. He is currently seeking a position with an ambitious company where he can continue utilizing his management, technical, and leadership skills.
Alden D. Onoya has over 15 years of experience in construction project management, contract administration, and operations management. He has managed a variety of commercial and residential projects. Currently, he works as a driver for transportation network companies while pursuing an MBA in Project Management.
Civil engineers create, plan, design, and oversee the construction and maintenance of infrastructure projects. Their responsibilities include:
1. Planning and designing building foundations to withstand environmental pressures and ensure structural integrity.
2. Advising on projects, overseeing construction, and maintaining structures after completion.
3. Conducting soil testing and evaluations during pre-construction to inform foundation design.
Engineering drawings are used at various stages of construction projects to communicate design details. They become more detailed from tender drawings created during initial planning to final as-built drawings that document any changes made during construction.
This document provides an overview of construction management, including the key players involved and the typical stages of a construction project. It discusses the owner, design professionals, contractor, and project management. It then outlines the characteristics of a construction project and the steps needed to plan and execute it. The document also categorizes different types of construction projects and provides a chronology of the typical project stages. Finally, it discusses project risks and different types of construction contracts.
Leonard Bettencourt has over 25 years of experience in construction project management, including roles as site superintendent, owner/operator, and site foreman. He is proficient in cost estimation, bid preparation, scheduling, and coordinating projects. As a site superintendent, he oversees all on-site activities and ensures smooth execution. With experience in both commercial and residential sectors, he is knowledgeable in Ontario building codes and health and safety standards.
This document provides a summary of Muhammad Azhar Khan's work experience and qualifications. He has over 16 years of experience in construction management, quality management, and project coordination. Currently he works as a Sub-contract Engineer for Saudi Binladin Group in Riyadh, Saudi Arabia. Previously he held roles as a Resident Engineer, QC Manager, and Civil Engineer in Pakistan, where he supervised various construction projects and ensured quality standards were met. He holds a B.Sc. in Civil Engineering and professional certifications in project planning and management software.
Curriculum vitae updated as of 01 April,2017Renilo Ubusan
I am a Civil Engineer by profession. I had worked for twenty two (22) years in the Project Management level, about 11 and a half years in the Philippines, six (6) years in Vietnam, two and a half (2 1/2) years in Mongolia and nearly three (3) years in Macau. Started as a Project Engineer and rose to the rank of a Construction Project Manager through hard work. I believe that even small details of the work has to be taken cared of, putting perfection in all the work that I do.
Curriculum vitae updated as of 01 April,2017Renilo Ubusan
I am a Civil Engineer by profession. I had worked for twenty two (22) years in the Project Management level, about 11 and a half years in the Philippines, six (6) years in Vietnam, two and a half (2 1/2) years in Mongolia and nearly three (3) years in Macau. Started as a Project Engineer and rose to the rank of a Construction Project Manager through hard work. I believe that even small details of the work has to be taken cared of, putting perfection in all the work that I do.
A detail approach towards architectural project planning for Residential, Commercial, Industrial, Educational projects. Elements of Permit Drawings and Construction Documents.
About Indovance -
Indovance Inc, is a Engineering Business Solutions company based in Apex, NC, USA. We provide design & drafting services and business outsourcing services globally. For more details on our business offerings and expertise visit us at www.indovance.com
Curriculum vitae of civil engineer for construction manager or Sr. project en...Amir Mohammed
This document provides a summary of Amir Sajid's qualifications and experience. He has over 29 years of experience managing construction projects in Saudi Arabia, including pipelines, buildings, plants and infrastructure. He holds masters and bachelor's degrees in civil engineering along with other qualifications. His objective is to seek a position as a construction or project manager where he can utilize his skills in areas like management, safety, quality control and budgeting.
This document provides an overview of Project Engineering and Entrepreneurship Management. It discusses key concepts like the definition of a project, project management, and the project life cycle. The document is divided into 6 modules that cover topics such as project initiation, planning, scheduling, monitoring, and entrepreneurship. It also defines what constitutes a project, project management, and their characteristics. The overall goal is to introduce fundamental project management principles.
Sajjad Ali Soomro has over 10 years of experience as a QC Civil Inspector in Gulf countries like Qatar, UAE, and Pakistan. He holds a Bachelor's degree in Civil Engineering from N.E.D University in Pakistan. His responsibilities have included inspecting buildings, foundations, concrete works, and ensuring quality standards. Currently he works for Descon Engineering in Qatar as a QC Inspector on Qatar Gas projects, reporting to the QA/QC Engineer and preparing inspection reports. Previously he has worked on oil and gas, commercial, and infrastructure projects in Qatar, Abu Dhabi, and Pakistan.
The document discusses engineering management in the EPC (engineering, procurement, and construction) industry. It outlines the typical project phases and risks involved in EPC contracts. It also identifies common challenges such as scope changes, commodity price volatility, and ensuring vendor and subcontractor quality. The presentation emphasizes the importance of effective engineering management throughout the project lifecycle from bidding through construction and commissioning. Key focus areas include integrated planning, competency of resources, communication, and change management. Success relies on collaboration, responsiveness, contingency planning, and working as a cohesive team.
Vikram Singh Rathore has over 9 years of experience as a mechanical/project engineer working on large oil and gas pipeline projects in Saudi Arabia and India. He has managed teams of up to 100 people and currently works as a project engineer on the $1.5 billion Phase 2 expansion of the Master Gas System pipeline in Saudi Arabia. Rathore has a bachelor's degree in mechanical engineering and is pursuing further qualifications in project management.
Similar to Flow of construction project , stakeholders , WBS (work breakdown structure) (20)
Andhra Pradesh, known for its strategic location on the southeastern coast of India, has emerged as a key player in India’s industrial landscape. Over the decades, the state has witnessed significant growth across various sectors,
The SVN® organization shares a portion of their new weekly listings via their SVN Live® Weekly Property Broadcast. Visit https://svn.com/svn-live/ if you would like to attend our weekly call, which we open up to the brokerage community.
Stark Builders: Where Quality Meets Craftsmanship!shuilykhatunnil
At Stark Builders our vision is to redefine the renovation experience by combining both stunning design and high quality construction skills. We believe that by delivering both these key aspects together we are able to achieve incredible results for our clients and ensure every project reflects their vision and enhances their lifestyle.
Although we are not all related by blood we have created a team of highly professional and hardworking individuals who share the common goal of delivering beautiful and functional renovated spaces. Our tight nit team are able to work together in a way where we pour our passion into each and every project as we have a love for what we do. Building is our life.
Listing Turkey - Piyalepasa Istanbul CatalogListing Turkey
We are working around the clock to transform a long-time dream into reality. As a result, Piyalepasa Istanbul will be the largest privately developed urban regeneration project in Turkey.
THE NEIGHBORHOOD WE HAVE BEEN LONGING FOR IS COMING TO LIFE
The good old days of the Piyalepasa neighborhood are being brought back to life with Piyalepasa Istanbul houses, residences, offices, hotels and a pedestrianized shopping avenue.
The wide streets of this 82.000 square meter development conveniently face the main boulevard in a prime Beyoglu location. “Piyalepaşa İstanbul” stands out as the only project designed to offer a neighborhood lifestyle, complete with its grocers, bagel sellers and greengrocer. Piyalepasa Istanbul has all the values to make it an authentic neighborhood, our very own community.
A NEIGHBORHOOD FULL OF LIFE, IN THE HEART OF THE CITY!
“Piyalepaşa İstanbul” is a “mixed-use” concept containing all the elements for a vibrant social life with houses, residences, offices, hotels and high street shopping.
“Piyalepaşa İstanbul” will take the liveliness of Istanbul into its heart. The elegant sparkle of Nisantasi, the young and colorful Besiktas, the variety and multicultural heritage of Istiklal Street will all be contained within the streets of this neighborhood.
“Piyalepaşa İstanbul” bears traces of the most beautiful examples of Turkish architecture from the Seljuks to the Ottomans and from Anatolia to Rumelia. With its graded facades, wide eaves, bay windows, pools, and interior courtyard systems, it offers a new living space without disrupting the city’s silhouette and neighborhood.
“Piyalepaşa İstanbul” is the new attraction of this splendid city.
TO BE AT THE CENTER OF ISTANBUL… THIS IS REAL LUXURY!
With its proximity to D-100 highway, connecting roads and tunnels, “Piyalepaşa İstanbul” is only minutes away from Kabatas, Besiktas, the Golden Horn and Karakoy.
“Piyalepaşa İstanbul” is close to the prestigious new Istanbul Court House, a major hospital, the Perpa trade center and the city’s most lively neighborhoods. With its shuttle service to Okmeydani Metrobus station, Sishane and the Court House subway stations, “Piyalepaşa İstanbul” will provide you with the most convenient transport connections.
https://listingturkey.com/property/piyalepasa-istanbul/
Signature Global TITANIUM SPR | 3.5 & 4.5BHK High rise Apartments in Gurgaonglobalsignature2022
Signature Global TITANIUM SPR launched a high rise apartments in Gurgaon . In this project Signature Global offers 3.5 & 4.5 BHK high rise Apartment at sector 71 Gurgaon SPR Road. Signature Global Titanium SPR is IGBC Gold certified, a testament to our commitment to sustainability.
Why is Revit MEP Outsourcing considered an as good option for construction pr...MarsBIM1
Outsourcing MEP modeling services require effective collaboration and coordination amongst multiple engineering trades. The engineers and the designers often change the details of the MEP projects, but the work of Revit MEP drafting services is having the master plan and model of the complete project. To have proper coordination and installation, there is a need to execute the project effectively. Hence, the work of Revit family creation facilitates the MEP engineers.
Anilesh Ahuja Pioneering a Paradigm Shift in Real Estate Success.pptxneilahuja668
Anilesh Ahuja journey is a testament to the power of vision, resilience, and unwavering determination. As a visionary leader, he continues to inspire and empower others to dream big and challenge the status quo. His legacy extends far beyond the realm of real estate, leaving an indelible mark on the industry and the world at large.
Living in an UBER World - June '24 Sales MeetingTom Blefko
June 2024 Lancaster County Sales Meeting for Berkshire Hathaway HomeServices Homesale Realty covering the following topics: 1. VA Suspends Buyer Agent Payment Plan (article), 2. Frequently Used Terms in title, 3. Zillow Showcase Overview, 4. QuickBuy commission promotion, 5. Documenting Cooperative Compensation, 6. NAR's Code of Ethics - Mass Media Solicitations, 7. Is it really cheaper to rent? 8. Do's and Don't's when Terminating the Agreement of Sale, 9. Living in an UBER World
36,778 sq. ft. building; Zoning: SE (Suburban Employment): The (SE) District allows numerous commercial site uses; Passenger elevator; Private and common restrooms; Fully sprinkled; Data center with a grounded floor and a specialized HVAC system; 60 KVA back-up generator; Building/pylon signage; Potential to purchase adjacent parcels; Sale Price: $4,413,360
3. Role of various stakeholders at various stages
Concept stage
• Owner – Owner can give us Project and he can mention their requirements
for the construction.
• Competent authority – legal permissions
4. Design stage
• Architect – He or she deals with design and Liasoning of the project. As per
their experience he give his best performance and give proper guidelines to
the Owner and other person Who are involved in project.
• Geotechnical agencies – We need to check the strength of soils before
construction work so for soil testing and other test we need to hire
Geotechnical agency.
• Surveyor – Survey work is very important at the concept stage therefore one
surveyor Is necessary.
• Structure consultant – He can check feasibility study of the project.
• Other consultant like Traffic consultant, Lightning consultant, Landscape
consultant, environmental consultant, MEP consultant, Vastu consultant Also
hire at this stage.
• Testing agency for different tests
5. Planning Stage
• Project manager – He can manage the whole project from this stage. WBS can
be prepare by him or her.
• Contractor - A person who completes technical work on a per-assignment
basis, typically for one company at a time.
• Suppliers and vendors – supplier and vendors are provide man , material and
machinery.
• Engineer – site engineer and billing engineer is also involved in planning stage.
6. Operation
• Banks and NBFCs – They can provide a cash flow for the projects.
• Facility manger – They have different works on their field.
• Project manager – risk management analysis and WBS analysis , also check the
work flow according to time or not.
7. Execution
• At this stage Engineers , contractors, Project managers , and Manpower
Involved.
• Project manager and Engineers are monitoring the work.
8. Commissioning
• Finalization of the work.
• At this stage stakeholders involves safety auditors, environmental authority,
and quality check team also important.
9. WBS for single storey building
Soil Investigation
Milestone activities
Submission for approval
Pre construction Phase
12. Building Work for Block A
Pile Cap Beams, columns, slab staircase
Brick works, wall finishes,
door, windows and frame,
plaster (interior, exterior)
Floor finishes, tiling,
plumbing and sanitary
appliances
Paints, fencing, furniture,
Entrance gate, Parking
13. Post construction works
Demobilization
Clearing of debris
Submission of as-
built drawing
Submission of
test reports
Submission of
defect list
Testing and
commissioning
Submission of
warranty and
certificates
Submission of
approval from
authorities
Inspection
Final
measurement
Final billing
Delivery