For our first ICI (Introduction to Industry) and ITD (Introduction to Drawing), in a group of six, we were to carry out a research on quantity surveyors and give a presentation about what is their job about and what they do.
This document provides an introduction to the subject of quantity surveying and valuation. It discusses why this subject is important given constraints like limited funds, resources and time for construction projects. Knowing quantities of materials beforehand through estimates can help with planning, procurement and achieving economy and standards in construction. The objectives covered include estimating quantities for various construction works, rate analysis, valuation and preparing tender documents. It also outlines the different types of estimates like preliminary, rough cost, detailed and repair estimates.
This document discusses rate analysis and valuation of properties. It provides information on:
1) Rate analysis is determining the cost per unit of work based on material, labor, and other costs. Rates vary by location. Rate analysis is used to determine actual costs, optimize efficiency, and revise rates due to cost changes.
2) Valuation estimates the fair price or value of a property based on type, location, quality, size, and other factors. It is used for buying/selling, taxation, rent calculation, loans, and more. Valuation considers cost, depreciation, income, expenses, and taxes to determine present value.
3) Key terms like market value, scrap value, salv
Terminology used in estimating and costingJanak Mehta
This document defines key terminology used in construction estimating and costing, including: taking off quantities, provisional sums, prime cost, provisional quantities, spot items, day work, contingencies, work charged establishment charges, water charges, and overhead charges. It provides details on how each term is defined and applied when preparing cost estimates for construction projects.
This document provides an introduction to estimating and costing in construction projects. It discusses the key steps in the estimating process, which includes preparing detailed estimates, calculating unit rates, and preparing an abstract of the estimate. The data required to prepare an estimate includes drawings, specifications, and item rates. The objectives of estimating and costing are to determine the feasibility, time required, invite tenders, control expenditures, and ensure the project budget matches available funds. Good estimators require skills such as accurately interpreting drawings, construction experience, knowledge of rules/regulations, mensuration skills, understanding construction methods/materials, accurate calculations, general knowledge, and personal qualities like common sense and good judgment.
This document provides an overview of the role and responsibilities of a Quantity Surveyor. It discusses that Quantity Surveyors provide cost management and advice for construction projects. They work to ensure projects are completed within budget. The document outlines the key tasks Quantity Surveyors perform at different stages of a construction project, including cost planning, estimating, procurement, payment certification, and ensuring fairness between contractors and employers. It also describes the different types of drawings involved in construction projects and the roles of those drawings.
This document provides an introduction to the role of a quantity surveyor in the construction industry. It discusses that a quantity surveyor is responsible for cost planning and management to ensure projects are completed within budget. They prepare bills of quantities, procure subcontractors, value work, and arrange payments. A quantity surveyor's work involves cost estimating, contract administration, and preparing the final account. They refer to architectural drawings, structural drawings, and bills of quantities in their work.
The document discusses different approximate estimating methods used to prepare preliminary cost estimates for civil engineering projects. These include the service unit method, plinth area rate method, cubical content method, typical bay method, and approximate quantity method. Approximate estimates are prepared early in the project planning process to get a rough idea of probable costs and assess project feasibility before committing resources to detailed design and planning.
For our first ICI (Introduction to Industry) and ITD (Introduction to Drawing), in a group of six, we were to carry out a research on quantity surveyors and give a presentation about what is their job about and what they do.
This document provides an introduction to the subject of quantity surveying and valuation. It discusses why this subject is important given constraints like limited funds, resources and time for construction projects. Knowing quantities of materials beforehand through estimates can help with planning, procurement and achieving economy and standards in construction. The objectives covered include estimating quantities for various construction works, rate analysis, valuation and preparing tender documents. It also outlines the different types of estimates like preliminary, rough cost, detailed and repair estimates.
This document discusses rate analysis and valuation of properties. It provides information on:
1) Rate analysis is determining the cost per unit of work based on material, labor, and other costs. Rates vary by location. Rate analysis is used to determine actual costs, optimize efficiency, and revise rates due to cost changes.
2) Valuation estimates the fair price or value of a property based on type, location, quality, size, and other factors. It is used for buying/selling, taxation, rent calculation, loans, and more. Valuation considers cost, depreciation, income, expenses, and taxes to determine present value.
3) Key terms like market value, scrap value, salv
Terminology used in estimating and costingJanak Mehta
This document defines key terminology used in construction estimating and costing, including: taking off quantities, provisional sums, prime cost, provisional quantities, spot items, day work, contingencies, work charged establishment charges, water charges, and overhead charges. It provides details on how each term is defined and applied when preparing cost estimates for construction projects.
This document provides an introduction to estimating and costing in construction projects. It discusses the key steps in the estimating process, which includes preparing detailed estimates, calculating unit rates, and preparing an abstract of the estimate. The data required to prepare an estimate includes drawings, specifications, and item rates. The objectives of estimating and costing are to determine the feasibility, time required, invite tenders, control expenditures, and ensure the project budget matches available funds. Good estimators require skills such as accurately interpreting drawings, construction experience, knowledge of rules/regulations, mensuration skills, understanding construction methods/materials, accurate calculations, general knowledge, and personal qualities like common sense and good judgment.
This document provides an overview of the role and responsibilities of a Quantity Surveyor. It discusses that Quantity Surveyors provide cost management and advice for construction projects. They work to ensure projects are completed within budget. The document outlines the key tasks Quantity Surveyors perform at different stages of a construction project, including cost planning, estimating, procurement, payment certification, and ensuring fairness between contractors and employers. It also describes the different types of drawings involved in construction projects and the roles of those drawings.
This document provides an introduction to the role of a quantity surveyor in the construction industry. It discusses that a quantity surveyor is responsible for cost planning and management to ensure projects are completed within budget. They prepare bills of quantities, procure subcontractors, value work, and arrange payments. A quantity surveyor's work involves cost estimating, contract administration, and preparing the final account. They refer to architectural drawings, structural drawings, and bills of quantities in their work.
The document discusses different approximate estimating methods used to prepare preliminary cost estimates for civil engineering projects. These include the service unit method, plinth area rate method, cubical content method, typical bay method, and approximate quantity method. Approximate estimates are prepared early in the project planning process to get a rough idea of probable costs and assess project feasibility before committing resources to detailed design and planning.
This document discusses the role of a quantity surveyor based on an interview with Madam Thong Siew Yuk. A quantity surveyor is responsible for construction cost management, procurement, and contract administration. They estimate project costs, create bills of quantities, and ensure projects are delivered on time and on budget by managing contracts. Quantity surveyors need a degree in quantity surveying and must be licensed. They work in both the office and on construction sites.
A quantity surveyor is a professional in the construction industry responsible for building costs. They prepare cost estimates, bills of quantities, evaluate tenders, and monitor costs throughout a project. A quantity surveyor's main roles include cost planning, procurement, measuring quantities of materials, and preparing payment applications for contractors and clients. They work closely with architects, engineers, contractors, and suppliers on a project. A quantity surveyor uses drawings and specifications to take off quantities and compile the bill of quantities using software like Revit.
The document discusses the process of preparing a detailed estimate for a construction project. A detailed estimate involves carefully calculating the costs of all project items based on detailed drawings. It is used to obtain approval from authorities, develop contract documents, and guide project execution by estimating materials, labor, and activities needed. The estimate involves taking measurements from drawings, applying specifications and rates, and abstracting totals for all items.
The document discusses the purpose and importance of cost estimates in construction projects. It begins by explaining that cost estimating involves both art and science. It then defines an estimate as calculating construction costs based on approximations of measurements and pricing. The main purposes of estimates are to predict the cost to complete a project according to plans and the time needed. Estimators must have skills in reading plans, materials knowledge, and cost data to accurately predict probabilities and components of a project estimate, which include materials, labor, equipment, overhead, and profit margins. Common sources of errors in estimates include mistakes in take-offs and calculations, failure to account for changing costs and delays, and insufficient allowances.
This document provides an overview of quantity surveying as a profession. It defines key roles and responsibilities which include cost estimation, measurement, procurement, and payment services over the course of construction projects. The document also outlines the professional qualifications and regulatory bodies for quantity surveyors in Malaysia, such as the Board of Quantity Surveyors Malaysia and the Institution of Surveyors Malaysia. Quantity surveyors work across both public and private sector construction industries.
This document provides an introduction to the role of a Quantity Surveyor (QS). It discusses that a QS calculates materials needed, manages construction costs, and works in private practice, for local authorities or contractors. A QS applies building economics at the planning stage, prepares bills of quantities from plans, analyzes tenders, and provides cost consulting. They are involved at various construction stages from estimating budgets to valuations. The document also discusses tenders, tender drawings, bills of quantities, construction drawings, and common building materials.
Estimation is the process of calculating the approximate costs of an engineering project before work begins. It requires thorough knowledge of construction procedures, material and labor costs, and skills like experience, judgment, and foresight. There are two main types of estimates - rough cost estimates and detailed estimates. A rough cost estimate provides an initial approximate cost based on unit costs from similar past projects. It is used to assess the feasibility of a project and obtain initial approval. A detailed estimate provides a more accurate expected cost based on detailed plans and specifications by calculating the quantities of materials and hours of labor.
Estimation involves working out the approximate cost of an engineering project before execution to determine feasibility and ensure adequate financial resources. It requires thorough knowledge of construction procedures, material and labor costs, as well as experience and good judgment. A detailed estimate involves carefully calculating the costs of each work item from detailed drawings after design is finalized to eliminate mistakes from the rough cost estimate. It is submitted for technical approval before tendering.
The analysis of rates is determining the cost per unit of an item of work based on materials, labor, and other expenses. It involves calculating the costs of materials and labor, which vary by location, and determining the actual cost per unit. This is used to calculate the costs of extra work, revise rates due to cost changes, and ensure economical use of materials and processes. Factors that influence the analysis include material and labor costs, equipment, work conditions, specifications, and contractor profit.
This document describes an online course for learning quantity surveying. Quantity surveyors are financial consultants for the construction industry who advise on costs and contractual arrangements. The course covers key principles of construction estimating, tendering, pricing, and contracts over 4 weeks. Topics include drafting, estimating techniques for various construction elements like earthwork, masonry, plastering and more. The course aims to provide a better understanding of the quantity surveying profession and skills needed for the construction industry.
This document discusses the different types of estimates used in quantity surveying and valuation. It outlines 8 types of estimates: 1) Preliminary or approximate estimate, 2) Rough cost estimate based on plinth area, 3) Rough cost estimate based on cubic contents, 4) Detailed estimate, 5) Annual repair estimate, 6) Special repair estimate, 7) Revised estimate, and 8) Supplementary estimate. For each type of estimate, it provides a brief description and example to illustrate how it is calculated and used.
Quantity surveyors provide cost management services throughout construction projects. They estimate costs, prepare bills of quantities, and advise clients on procurement and contractual methods. The Quantity Surveyor Certified Board regulates the profession and consists of a president, registrar, secretary, and 16 members appointed by the Ministry of Works. Quantity surveyors' responsibilities include cost planning, estimating, tendering, contract administration, and resolving payment disputes. They monitor costs at different construction stages and certify payments.
We are an independent firm of Project Managers and Quantity Surveyors based in Preston, UK that has 60 years of combined experience in client negotiation. We offer a range of services including project management, quantity surveying, employers agency, commercial consultancy, and CDM coordination. As a Quantity Surveyor, some of our key responsibilities include measuring quantities of construction materials, preparing bills of quantities and schedules, cost planning, and ensuring projects are delivered on budget.
A quantity surveyor calculates material quantities, manages project costs, and works to minimize expenses. Their responsibilities include preparing tender documents, performing cost control, advising on procurement strategy, and maintaining cost reports. They work with various parties like architects, engineers, and contractors. A quantity surveyor studies drawings to estimate quantities and costs, assists with contractor negotiations, and ensures accurate billing and payments.
The document discusses the concepts of estimating, costing, technical sanction, administrative approval and budgetary provision as they relate to construction projects. It defines estimating as working out the approximate cost of a work by calculating quantities and costs, while costing determines the actual cost using measurement and abstract sheets. Technical sanction involves formal acceptance of the proposal and preliminary plans by competent authorities, and administrative approval provides budgetary provision for projects according to the 5-year plan after review.
The document discusses key concepts related to project cost estimation including:
1) Estimates are prepared before construction to anticipate probable costs by computing quantities and costs of materials, labor, and other expenses.
2) Drawings and specifications are used to estimate quantities of materials and work.
3) Rates for materials, labor, transportation and other costs are used to calculate unit costs for items.
4) Different types of estimates are prepared at various stages including preliminary, plinth area, cube rate, detailed, revised, and annual maintenance estimates.
This document provides an introduction to the role of a quantity surveyor. It discusses that a quantity surveyor is responsible for preparing bill of quantities, cost estimation, and cost control throughout a construction project. The document also outlines the responsibilities and relationships of quantity surveyors with other parties in the construction industry. It describes the role of quantity surveyors at different stages from pre-contract to post-contract. Finally, it discusses the different types of drawings used by quantity surveyors like tender drawings and construction drawings.
This document provides an introduction to quantity surveying drawings for a project. It defines a quantity surveyor as an expert in costing a building at all stages. Their roles include estimating costs, preparing tenders, and contract management. Key quantity surveying drawings include bills of quantities, which describe the work and provide a basis for cost analysis. Bills of quantities go through stages of taking off quantities, squaring up, abstracting, and billing. They contain various sections like preliminaries, preambles, and measured works. Examples of drawings like a pitched roof detail and internal finishes schedule are also provided.
The document provides an overview of the role of a quantity surveyor, including responsibilities like preparing bills of quantities and cost estimates, managing costs, and minimizing expenses. It also describes the relationships with other construction roles like architects and engineers. Quantity surveyors work in various stages of projects, from the pre-contract phase involving tendering and cost planning to the post-contract work of payment applications and cost monitoring during construction. They must understand different types of drawings, like tender drawings used for estimating and construction drawings with project details.
Quantity Survey and Estimation basic termsmeghajain275
Estimation and costing involves calculating the quantities of materials and labor needed to complete construction projects along with expected costs. This helps determine a project's budget, schedule, and secures necessary funding. Key aspects include measurement books to record work, rate schedules, and contingencies to account for unexpected costs. Estimates include preliminary, detailed and revised versions and consider items like plinth area, cube volume, and labor. Accurate estimation is essential for project planning and management.
This document discusses the role of a quantity surveyor based on an interview with Madam Thong Siew Yuk. A quantity surveyor is responsible for construction cost management, procurement, and contract administration. They estimate project costs, create bills of quantities, and ensure projects are delivered on time and on budget by managing contracts. Quantity surveyors need a degree in quantity surveying and must be licensed. They work in both the office and on construction sites.
A quantity surveyor is a professional in the construction industry responsible for building costs. They prepare cost estimates, bills of quantities, evaluate tenders, and monitor costs throughout a project. A quantity surveyor's main roles include cost planning, procurement, measuring quantities of materials, and preparing payment applications for contractors and clients. They work closely with architects, engineers, contractors, and suppliers on a project. A quantity surveyor uses drawings and specifications to take off quantities and compile the bill of quantities using software like Revit.
The document discusses the process of preparing a detailed estimate for a construction project. A detailed estimate involves carefully calculating the costs of all project items based on detailed drawings. It is used to obtain approval from authorities, develop contract documents, and guide project execution by estimating materials, labor, and activities needed. The estimate involves taking measurements from drawings, applying specifications and rates, and abstracting totals for all items.
The document discusses the purpose and importance of cost estimates in construction projects. It begins by explaining that cost estimating involves both art and science. It then defines an estimate as calculating construction costs based on approximations of measurements and pricing. The main purposes of estimates are to predict the cost to complete a project according to plans and the time needed. Estimators must have skills in reading plans, materials knowledge, and cost data to accurately predict probabilities and components of a project estimate, which include materials, labor, equipment, overhead, and profit margins. Common sources of errors in estimates include mistakes in take-offs and calculations, failure to account for changing costs and delays, and insufficient allowances.
This document provides an overview of quantity surveying as a profession. It defines key roles and responsibilities which include cost estimation, measurement, procurement, and payment services over the course of construction projects. The document also outlines the professional qualifications and regulatory bodies for quantity surveyors in Malaysia, such as the Board of Quantity Surveyors Malaysia and the Institution of Surveyors Malaysia. Quantity surveyors work across both public and private sector construction industries.
This document provides an introduction to the role of a Quantity Surveyor (QS). It discusses that a QS calculates materials needed, manages construction costs, and works in private practice, for local authorities or contractors. A QS applies building economics at the planning stage, prepares bills of quantities from plans, analyzes tenders, and provides cost consulting. They are involved at various construction stages from estimating budgets to valuations. The document also discusses tenders, tender drawings, bills of quantities, construction drawings, and common building materials.
Estimation is the process of calculating the approximate costs of an engineering project before work begins. It requires thorough knowledge of construction procedures, material and labor costs, and skills like experience, judgment, and foresight. There are two main types of estimates - rough cost estimates and detailed estimates. A rough cost estimate provides an initial approximate cost based on unit costs from similar past projects. It is used to assess the feasibility of a project and obtain initial approval. A detailed estimate provides a more accurate expected cost based on detailed plans and specifications by calculating the quantities of materials and hours of labor.
Estimation involves working out the approximate cost of an engineering project before execution to determine feasibility and ensure adequate financial resources. It requires thorough knowledge of construction procedures, material and labor costs, as well as experience and good judgment. A detailed estimate involves carefully calculating the costs of each work item from detailed drawings after design is finalized to eliminate mistakes from the rough cost estimate. It is submitted for technical approval before tendering.
The analysis of rates is determining the cost per unit of an item of work based on materials, labor, and other expenses. It involves calculating the costs of materials and labor, which vary by location, and determining the actual cost per unit. This is used to calculate the costs of extra work, revise rates due to cost changes, and ensure economical use of materials and processes. Factors that influence the analysis include material and labor costs, equipment, work conditions, specifications, and contractor profit.
This document describes an online course for learning quantity surveying. Quantity surveyors are financial consultants for the construction industry who advise on costs and contractual arrangements. The course covers key principles of construction estimating, tendering, pricing, and contracts over 4 weeks. Topics include drafting, estimating techniques for various construction elements like earthwork, masonry, plastering and more. The course aims to provide a better understanding of the quantity surveying profession and skills needed for the construction industry.
This document discusses the different types of estimates used in quantity surveying and valuation. It outlines 8 types of estimates: 1) Preliminary or approximate estimate, 2) Rough cost estimate based on plinth area, 3) Rough cost estimate based on cubic contents, 4) Detailed estimate, 5) Annual repair estimate, 6) Special repair estimate, 7) Revised estimate, and 8) Supplementary estimate. For each type of estimate, it provides a brief description and example to illustrate how it is calculated and used.
Quantity surveyors provide cost management services throughout construction projects. They estimate costs, prepare bills of quantities, and advise clients on procurement and contractual methods. The Quantity Surveyor Certified Board regulates the profession and consists of a president, registrar, secretary, and 16 members appointed by the Ministry of Works. Quantity surveyors' responsibilities include cost planning, estimating, tendering, contract administration, and resolving payment disputes. They monitor costs at different construction stages and certify payments.
We are an independent firm of Project Managers and Quantity Surveyors based in Preston, UK that has 60 years of combined experience in client negotiation. We offer a range of services including project management, quantity surveying, employers agency, commercial consultancy, and CDM coordination. As a Quantity Surveyor, some of our key responsibilities include measuring quantities of construction materials, preparing bills of quantities and schedules, cost planning, and ensuring projects are delivered on budget.
A quantity surveyor calculates material quantities, manages project costs, and works to minimize expenses. Their responsibilities include preparing tender documents, performing cost control, advising on procurement strategy, and maintaining cost reports. They work with various parties like architects, engineers, and contractors. A quantity surveyor studies drawings to estimate quantities and costs, assists with contractor negotiations, and ensures accurate billing and payments.
The document discusses the concepts of estimating, costing, technical sanction, administrative approval and budgetary provision as they relate to construction projects. It defines estimating as working out the approximate cost of a work by calculating quantities and costs, while costing determines the actual cost using measurement and abstract sheets. Technical sanction involves formal acceptance of the proposal and preliminary plans by competent authorities, and administrative approval provides budgetary provision for projects according to the 5-year plan after review.
The document discusses key concepts related to project cost estimation including:
1) Estimates are prepared before construction to anticipate probable costs by computing quantities and costs of materials, labor, and other expenses.
2) Drawings and specifications are used to estimate quantities of materials and work.
3) Rates for materials, labor, transportation and other costs are used to calculate unit costs for items.
4) Different types of estimates are prepared at various stages including preliminary, plinth area, cube rate, detailed, revised, and annual maintenance estimates.
This document provides an introduction to the role of a quantity surveyor. It discusses that a quantity surveyor is responsible for preparing bill of quantities, cost estimation, and cost control throughout a construction project. The document also outlines the responsibilities and relationships of quantity surveyors with other parties in the construction industry. It describes the role of quantity surveyors at different stages from pre-contract to post-contract. Finally, it discusses the different types of drawings used by quantity surveyors like tender drawings and construction drawings.
This document provides an introduction to quantity surveying drawings for a project. It defines a quantity surveyor as an expert in costing a building at all stages. Their roles include estimating costs, preparing tenders, and contract management. Key quantity surveying drawings include bills of quantities, which describe the work and provide a basis for cost analysis. Bills of quantities go through stages of taking off quantities, squaring up, abstracting, and billing. They contain various sections like preliminaries, preambles, and measured works. Examples of drawings like a pitched roof detail and internal finishes schedule are also provided.
The document provides an overview of the role of a quantity surveyor, including responsibilities like preparing bills of quantities and cost estimates, managing costs, and minimizing expenses. It also describes the relationships with other construction roles like architects and engineers. Quantity surveyors work in various stages of projects, from the pre-contract phase involving tendering and cost planning to the post-contract work of payment applications and cost monitoring during construction. They must understand different types of drawings, like tender drawings used for estimating and construction drawings with project details.
Quantity Survey and Estimation basic termsmeghajain275
Estimation and costing involves calculating the quantities of materials and labor needed to complete construction projects along with expected costs. This helps determine a project's budget, schedule, and secures necessary funding. Key aspects include measurement books to record work, rate schedules, and contingencies to account for unexpected costs. Estimates include preliminary, detailed and revised versions and consider items like plinth area, cube volume, and labor. Accurate estimation is essential for project planning and management.
The document discusses key aspects of quantity surveying and cost estimation for construction projects. It covers the need for and types of estimates, including rough and detailed estimates. It also describes methods for taking out quantities and preparing bills of quantities. Factors to consider in estimation and common units of measurement are outlined.
This document provides an overview of estimating and costing for construction projects. It discusses the importance of estimating, the types of estimates including preliminary, plinth area, cube rate, and detailed estimates. It also covers the data required for estimating such as drawings, specifications, rates. Rate analysis and terms used in estimating and costing such as contingencies charges, work charge establishment are also defined. Finally, common units of measurement for construction activities are listed.
Estimation and costing of a commercial buildinglckr117
This document provides information on estimating and costing for a commercial building project. It defines estimation as calculating expected expenditures for a project based on drawings, specifications, and schedule of rates. Estimates are needed to determine feasibility, invite tenders, control costs, and ensure funds are sufficient. The estimate preparation involves detailed measurements, unit rates, and an abstract of costs. Reinforced concrete, electrification, and sanitary works are also discussed in terms of estimating quantities and rates.
Steven is estimating costs for a 3-star hotel project in Subang Jaya. The document advises Steven on:
A) Sources for cost data like price books, quotations, and recent priced bills of quantities.
B) Considerations for cost data like project size, location, material and labor costs, and site conditions.
C) Common estimating mistakes like mathematical errors, poor planning, and lack of knowledge. It recommends double checking work, planning ahead, and focusing on strengths and weaknesses.
This document provides information about estimating and costing in civil engineering projects. It discusses the need for estimating, different types of estimates including conceptual, semi-detailed and detailed estimates. It also covers cost estimation methods like unit cost method. The document discusses direct and indirect costs. It describes different types of depreciation and methods of calculating depreciation. Measurement of materials, rate analysis and methods of estimation like separate wall method and center line method are also summarized.
Estimation is the process of calculating the approximate costs of an engineering project before work begins based on plans, specifications, and current construction costs. It requires extensive knowledge of construction procedures, materials, labor, and the ability to foresee potential issues. There are two main types of estimates - rough cost estimates used early in planning to determine feasibility, and detailed estimates used for technical approval once design is finalized. Proper estimation involves accurately quantifying all work items, applying current unit rates, and including contingencies for unforeseen circumstances.
This document provides an overview of construction cost estimating. It discusses that estimating involves calculating quantities, quality, and costs for proposed or existing projects. The main purposes of estimating are to determine project costs and schedule for stakeholders like owners, designers, and contractors. Different types of estimates are described like project estimates, detailed estimates, approximate estimates, and progress estimates. Key factors in estimating are also outlined such as qualifications of the estimator, data collection, cost classifications, and work breakdown structure.
The document discusses different types of estimates used in construction projects, including approximate estimates, detailed estimates, quantity estimates, revised estimates, and supplementary estimates. It provides details on the purpose and process for each type. Specifically, it explains that an approximate estimate is a preliminary cost estimate created quickly without detailed design to evaluate the feasibility of a project and help determine if further planning is warranted.
lecture ppt for contract administration and governing2cd
This document outlines the course for Contract Administration and Quantity Surveying. It covers estimating techniques like preliminary estimates using plinth area or cubic meter methods, detailed estimates using bills of quantities and rate analysis, and supplementary estimates for changes. Key topics include specifications, measurement, and principles of procurement, contracts, and claims. Evaluation includes a mini project, quizzes, attendance, and a final exam. The instructor is Biniam T.
The document discusses factors affecting the accuracy of cost estimation in building construction projects in Nekemte Town, Ethiopia. It begins with background information on the construction industry and problem statement. It then outlines the objectives, significance, and scope of the study. A literature review covers definitions of cost and estimation, purposes of estimation, factors affecting accuracy, and components of construction costs. The methodology discusses the survey research design, data collection via questionnaires, and data analysis using mean scores. Key findings from the data analysis include that the top factors affecting accuracy are the estimator's experience, consultant's experience and skills, and weather conditions.
This document discusses quantity surveying and cost estimation. It begins by defining estimating as determining probable construction costs based on available information and specifications. Estimates are used for project planning, bidding, checking contractor payments, and other purposes. There are conceptual, preliminary, and detailed types of estimates created at different project stages as design is completed. Various estimating methods are described, from preliminary methods like price per unit area to detailed takeoffs of all project elements. The estimating process involves quantifying work, recapping quantities, pricing labor and materials, accounting for expenses, and summarizing costs. Final costs may differ from estimates due to many project factors. Historical data and documents are used to support the estimating process.
This document provides information about an estimating and costing course being taught at YBP Sawantwadi Institute. It includes details like the course code, name of the faculty teaching the course, academic year, units covered in the course, course outcomes, and syllabus. The key points are:
- The course is Estimating and Costing with code 22503, being taught in academic year 2020-2021 by faculty member Keshav Ramdas Manerikar.
- The course has 5 units covering fundamentals of estimating, approximate estimates, detailed estimates, rate analysis, and estimating for civil works.
- Upon completing the course, students will be able to prepare estimates, justify rates, use estimating
This document discusses various methods of construction cost estimation, including preliminary estimates, plinth area method, cubical contents method, unit base method, abstract estimates, detailed estimates, bottom up method, and square foot estimates. It also discusses factors that influence specification, rate analysis, and final estimates. Preliminary estimates provide early project costs but have low accuracy of 20-30%. Detailed estimates use quantities, rates, and specifications to determine costs more accurately. The bottom up method aggregates task estimates to determine total project costs.
This document discusses key considerations for preparing construction cost estimates. It identifies project size, quality, location, time/schedule, and market conditions as important factors. It provides details on how each of these factors can affect costs. The document also outlines the steps involved in preparing a detailed cost estimate, including taking quantities, pricing materials, labor, and equipment, obtaining subcontractor bids, and adding amounts for taxes/insurance/overhead, contingency, and profit.
The document provides information about the course CE8701 Estimation, Costing and Valuation Engineering. It discusses the objectives of the course which is to provide knowledge in estimation, tender practices, contract procedures and valuation. It outlines the 5 units that will be covered: quantity estimation, rate analysis and costing, specifications, reports and tenders, contracts, and valuation. It also provides examples of how to prepare rough cost estimates using the plinth area and unit base methods and how to take out quantities for preparing a detailed estimate using the centre line and long wall and short wall methods.
This document discusses the process of preparing maintenance and repair estimates. It involves 4 key steps: 1) preparing detailed estimates of the required work, materials, and units, 2) calculating the rate for each unit of work, 3) preparing an abstract of the total estimates, and 4) finalizing the estimates at the appropriate approval level. The estimates provide an idea of the total cost of the work and feasibility given available funds, as well as the estimated time needed for completion.
The civil engineering construction process involves three main steps: 1) Plans, which include drawings and specifications of the proposed structure; 2) Estimations, to determine the projected cost; and 3) Execution of construction according to the plans and estimations. Estimations require drawings, specifications, and rates to calculate quantities and costs of materials and labor. Different types of estimates include preliminary, detailed, revised, and annual maintenance estimates. Proper estimation is important for project planning, budgeting, procurement, and completion. Accurate measurements, units, and accounting of all items are necessary for a reliable cost estimate.
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The growing significance of portable systems to limit power consumption in ultra-large-scale-integration chips of very high density, has recently led to rapid and inventive progresses in low-power design. The most effective technique is adiabatic logic circuit design in energy-efficient hardware. This paper presents two adiabatic approaches for the design of low power circuits, modified positive feedback adiabatic logic (modified PFAL) and the other is direct current diode based positive feedback adiabatic logic (DC-DB PFAL). Logic gates are the preliminary components in any digital circuit design. By improving the performance of basic gates, one can improvise the whole system performance. In this paper proposed circuit design of the low power architecture of OR/NOR, AND/NAND, and XOR/XNOR gates are presented using the said approaches and their results are analyzed for powerdissipation, delay, power-delay-product and rise time and compared with the other adiabatic techniques along with the conventional complementary metal oxide semiconductor (CMOS) designs reported in the literature. It has been found that the designs with DC-DB PFAL technique outperform with the percentage improvement of 65% for NOR gate and 7% for NAND gate and 34% for XNOR gate over the modified PFAL techniques at 10 MHz respectively.
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(CNN) and the Long-Short-Term Memory algorithms (LSTM). We employed a recent intrusion detection
dataset (DNP3), which focuses on unauthorized commands and Denial of Service (DoS) cyberattacks, to
train and test our model. The results of our experiments show that our CNN-LSTM method is much better
at finding smart grid intrusions than other deep learning algorithms used for classification. In addition,
our proposed approach improves accuracy, precision, recall, and F1 score, achieving a high detection
accuracy rate of 99.50%.
Embedded machine learning-based road conditions and driving behavior monitoringIJECEIAES
Car accident rates have increased in recent years, resulting in losses in human lives, properties, and other financial costs. An embedded machine learning-based system is developed to address this critical issue. The system can monitor road conditions, detect driving patterns, and identify aggressive driving behaviors. The system is based on neural networks trained on a comprehensive dataset of driving events, driving styles, and road conditions. The system effectively detects potential risks and helps mitigate the frequency and impact of accidents. The primary goal is to ensure the safety of drivers and vehicles. Collecting data involved gathering information on three key road events: normal street and normal drive, speed bumps, circular yellow speed bumps, and three aggressive driving actions: sudden start, sudden stop, and sudden entry. The gathered data is processed and analyzed using a machine learning system designed for limited power and memory devices. The developed system resulted in 91.9% accuracy, 93.6% precision, and 92% recall. The achieved inference time on an Arduino Nano 33 BLE Sense with a 32-bit CPU running at 64 MHz is 34 ms and requires 2.6 kB peak RAM and 139.9 kB program flash memory, making it suitable for resource-constrained embedded systems.
1. SUBMITTED TO-
Prof. Harpinder Singh
SUBMITTED BY-
Aman Kumar
GU-2015-0352-L
B.Tech CE 7th sem.
PRESENTATION ON:- ESTIMATE AND VALUATION
2. Contents…
•Introduction about Estimate
•Necessity of Estimate
•Data Required for Estimate
•Measurements of Materials and Works
•Introduction about Valuation
•Purpose of Valuation
•Basic definations of Valuation
3. Estimate…..?
An estimate is the probable cost of work and is usually
prepared before the construction is taken up.
OR
Estimation is the technique of calculating or computing the
various quantities and the expected expenditure to be
incurred on a particular work or project.
4. Necessity of Estimate
•Estimate give an idea of the cost of the work and hence
its feasibility can be determined i.e, whether the project
could be taken up with in the funds available or not.
•Estimate gives an idea about of the time required for the
completion of the project.
•Estimate is required to invite the Tenders.
•Estimate also required to control the expenditure during
the execution of the work.
•Estimate decides whether the proposed plan matches the
funds avail or not.
5. Data required for Estimate
Drawings:
Plan, sectional elevations
and detailed drawings to
scale, fully dimensions are
required.(scale 1cm=10cm
to 1cm=29cm)
If the drawings are not
clear and without complete
dimensions the preparation
of estimate very difficult.
So, it is very essential
before preparing an
estimate.
6. Specifications:
a) General Specifications- These gives the nature, quality and
class of work and materials. General specifications help to form
a general idea of the whole building or structure and are useful
in preparing the detailed estimate.
b) Detailed Specifications- These gives the detailed description of
various items of work laying down the quantities and qualities of
materials, their proportions, the method of preparation and
execution of work.
7. Rates:
The rates of per items of
work, the rates of
various materials to be
used in the construction
and the wages of
different categories of
labour, mason etc.
These rates may be
obtained from P.W.D
Schedule rate book.
8. Measurements of Materials and Works
S.No. Particular of
Item
Units of
Measurement
Units of
Payment
1 Earthwork cum Per % cum
2 D.P.C Sq.m Per sq.m
3 Brickwork cum Per cum
4 Steel work quintel Per quintal
5 Concrete cum Per cum
6 Plastering &
finishing
Sq.m Per sq.m
7 Flooring Sq.m Per sq.m
9. Valuation…??
Valuation is the technique of estimating or determining the fair price
or value of property such as building, a factory, other engineering
structures of various types, land etc.
By valuation the present value of a property is determined.
The present value of a property may be decided by its selling price,
or income or rent it may fetch.
The value of property depends on its structure,life,maintenance,
location,legal control,etc .
10. Purpose of Valuation..
Buying or Selling Property
Taxation
Rent Fixation
Security of Loans
Compulsory Acquisition
11. Basic definations of Valuation
•Gross Income: It is the total income and includes all the
receipts from various sources of outgoings.
•Net Income: This is the saving or the amounts left after
deducting all outgoings from the gross income.
Net Income = Gross Income – outgoings
•Outgoings: In the forms of Taxes, Repairs, Management and
collection charges, Sinking fund, Miscellaneous.
•Scrap Value: Value of dismantled materials.
•Capital Cost: Total cost of construction including land.