This document summarizes a report on cost control techniques in construction projects. It identifies several common issues that lead to cost overruns, such as delays, wastage of materials, low productivity of labor and equipment. It then describes various cost control methods including using work schedules, budgets, inspections, meetings, record keeping and monitoring to track costs, time and productivity. The report recommends improving control of materials and equipment usage, labor productivity, and ensuring project managers have proper training in cost control techniques. Effective use of techniques like budgets, schedules and monitoring are necessary to complete projects on time and within costs.
Role of cost control strategy in achieving coorporate survival and growth a c...vicphil
This document is a cover page and title page for a research project submitted by Gloria Clement for a Postgraduate Diploma in Business Administration from the National Open University of Nigeria. The project is on the role of cost control strategy in achieving corporate survival and growth, using Nigeria Brewery in Enugu State as a case study. The document includes sections on declarations, approvals, dedication, acknowledgements and a table of contents that outline the structure of the research project.
This document is a training module on lean manufacturing cost cutting methods developed by the National Council of Small and Medium Sized Private Enterprises of Romania. The module contains three chapters that discuss methods for gathering and analyzing data to cut costs, methods of cutting costs by reorganizing production processes, and implementing improvements. It provides examples and case studies throughout. The overall aim is to introduce lean concepts and tools to help manufacturers identify waste, increase productivity, and reduce production costs.
The document discusses cost reduction in business. It defines cost reduction as achieving permanent reductions in unit costs without compromising quality. It recommends preventing costs through creativity rather than just cost cutting. Some ways to reduce costs include eliminating waste, improving operations, increasing productivity, using cheaper materials, and maintaining quality standards. Costs can be reduced in areas like materials, labor, overheads, outsourcing, sales and marketing, energy, and production. Tools for cost reduction include value analysis, just-in-time approach, standard costing, total quality control, economic order quantity, market research, benchmarking, and inventory management and control.
Difference between Cost control and Cost reductionDinil A E
Cost control refers to regulating costs to stay within budgeted limits through setting targets, measuring performance, and investigating variances. Cost reduction aims to permanently lower unit costs through waste reduction and increased efficiency without compromising quality. While cost control focuses on maintaining standards, cost reduction challenges standards to find potential savings through continuous improvement efforts. Cost control is preventative, while cost reduction is corrective and can find additional savings even with efficient cost control.
The document discusses cost control and cost reduction. It defines cost control as monitoring and regulating expenditure, while cost reduction aims to identify and eliminate unnecessary costs. The key aspects of cost control are planning, communication, motivation, appraisal and decision making. Main areas of cost control include materials, labor, overheads, sales and energy. Techniques for cost control and reduction mentioned are budgetary control, standard costing, inventory control and ratio analysis. The document also provides examples of requirements documentation, vendor evaluation criteria and scoring for procurement projects.
The document discusses strategies for business cost control and monitoring. It identifies major cost centers, types of costs, and opportunities to reduce costs through systematic analysis. Specific opportunities covered include reducing payroll, improving purchasing, increasing production efficiency, reviewing finances, and maximizing use of premises. The document cautions that some cost cuts can negatively impact employees or the business's ability to meet objectives if not implemented carefully.
Cost control involves executive actions to maintain costs within established budgets and standards through close monitoring and corrective actions when needed, while cost reduction aims to permanently lower unit costs through eliminating waste and unnecessary expenses to improve profit margins and ensure business survival, growth, and competitiveness. The key difference is that cost control prevents costs from exceeding limits while cost reduction goes further to optimize resource use and lower costs over time.
Role of cost control strategy in achieving coorporate survival and growth a c...vicphil
This document is a cover page and title page for a research project submitted by Gloria Clement for a Postgraduate Diploma in Business Administration from the National Open University of Nigeria. The project is on the role of cost control strategy in achieving corporate survival and growth, using Nigeria Brewery in Enugu State as a case study. The document includes sections on declarations, approvals, dedication, acknowledgements and a table of contents that outline the structure of the research project.
This document is a training module on lean manufacturing cost cutting methods developed by the National Council of Small and Medium Sized Private Enterprises of Romania. The module contains three chapters that discuss methods for gathering and analyzing data to cut costs, methods of cutting costs by reorganizing production processes, and implementing improvements. It provides examples and case studies throughout. The overall aim is to introduce lean concepts and tools to help manufacturers identify waste, increase productivity, and reduce production costs.
The document discusses cost reduction in business. It defines cost reduction as achieving permanent reductions in unit costs without compromising quality. It recommends preventing costs through creativity rather than just cost cutting. Some ways to reduce costs include eliminating waste, improving operations, increasing productivity, using cheaper materials, and maintaining quality standards. Costs can be reduced in areas like materials, labor, overheads, outsourcing, sales and marketing, energy, and production. Tools for cost reduction include value analysis, just-in-time approach, standard costing, total quality control, economic order quantity, market research, benchmarking, and inventory management and control.
Difference between Cost control and Cost reductionDinil A E
Cost control refers to regulating costs to stay within budgeted limits through setting targets, measuring performance, and investigating variances. Cost reduction aims to permanently lower unit costs through waste reduction and increased efficiency without compromising quality. While cost control focuses on maintaining standards, cost reduction challenges standards to find potential savings through continuous improvement efforts. Cost control is preventative, while cost reduction is corrective and can find additional savings even with efficient cost control.
The document discusses cost control and cost reduction. It defines cost control as monitoring and regulating expenditure, while cost reduction aims to identify and eliminate unnecessary costs. The key aspects of cost control are planning, communication, motivation, appraisal and decision making. Main areas of cost control include materials, labor, overheads, sales and energy. Techniques for cost control and reduction mentioned are budgetary control, standard costing, inventory control and ratio analysis. The document also provides examples of requirements documentation, vendor evaluation criteria and scoring for procurement projects.
The document discusses strategies for business cost control and monitoring. It identifies major cost centers, types of costs, and opportunities to reduce costs through systematic analysis. Specific opportunities covered include reducing payroll, improving purchasing, increasing production efficiency, reviewing finances, and maximizing use of premises. The document cautions that some cost cuts can negatively impact employees or the business's ability to meet objectives if not implemented carefully.
Cost control involves executive actions to maintain costs within established budgets and standards through close monitoring and corrective actions when needed, while cost reduction aims to permanently lower unit costs through eliminating waste and unnecessary expenses to improve profit margins and ensure business survival, growth, and competitiveness. The key difference is that cost control prevents costs from exceeding limits while cost reduction goes further to optimize resource use and lower costs over time.
REDUCING INDIRECT COSTS IN MANUFACTURING INDUSTRIESfaizyelectrical
This document discusses ways to reduce indirect costs in manufacturing industries. It defines direct and indirect costs, with the latter including overhead expenses like administration, utilities, and insurance. The document recommends systematically reviewing organizational structures and staffing to identify unnecessary roles and layers. It also suggests improving technology use, evaluating capabilities, reshaping functions, consolidating services, and monitoring billing rates and benefits costs to further reduce indirect expenses. With tighter indirect cost management, the document argues that manufacturers can lower overall costs and gain a competitive advantage in the market.
Cost control and cost reduction are important processes for businesses. Cost control involves setting targets, monitoring costs, comparing actual costs to standards, and taking corrective action if needed. It aims to achieve cost standards and optimize costs before they are incurred. Main areas of cost control include materials, labor, overheads, sales and energy. Cost reduction identifies and eliminates unnecessary costs to improve profitability. It aims to improve standards through continuous, innovative measures to permanently reduce unit costs. While cost control prevents costs from exceeding limits, cost reduction begins where cost control ends by establishing improved standards and production methods.
This document defines and compares cost control and cost reduction. It discusses key areas to focus on for each, including labor, material, sales and energy. Cost control aims to maintain costs according to standards while cost reduction lowers unit costs without affecting quality. Some advantages of cost control are improved profitability and competitiveness, while disadvantages include reduced flexibility and innovation. Advantages of cost reduction include lower product prices and meeting competition, while quality may be sacrificed. The document outlines techniques for each, such as budgetary control, standard costing and inventory control for cost control, and material handling, automation and work study for cost reduction.
This document discusses cost control and cost reduction. It defines cost control as comparing actual costs to budgets and standards to regulate costs, while cost reduction refers to permanently lowering production costs. The main areas of cost control are labor, materials, sales, and overhead. Advantages of cost control include improved profitability and competitiveness, while disadvantages include reduced flexibility. Advantages of cost reduction are increased profits and lower consumer prices, while quality may be sacrificed. Techniques for cost control include budgetary control and variance analysis, while techniques for cost reduction include work study, value analysis, and materials control.
The 5-day agenda involves conducting a rapid site assessment and value stream mapping for a company. Day 1 includes an introduction and site assessment. Day 2 covers process mapping and standardizing work. Day 3 focuses on developing a new process introduction plan. Day 4 creates an action plan. Day 5 summarizes the workshop and gets management approval on the plan. The overall goal is to analyze and improve the company's key processes.
This document provides an overview of topics related to production planning and control. It discusses production planning and control, batch or job production, facility location, capacity planning models, process planning, and industrial safety. The key topics covered include the meaning and definition of production planning and control, elements of production planning like manpower and financial planning, and methods for facility location decision making. Capacity planning objectives and factors affecting capacity are also summarized.
Cost accounting tracks and analyzes costs to help businesses control expenses and maximize profits. Target costing determines the cost at which a product must be produced to generate desired profits at its anticipated selling price. It involves defining the product, setting cost targets, achieving targets, and maintaining competitive costs. Kaizen costing maintains present costs for existing products through continuous improvement efforts. Activity-based costing assigns overhead costs based on activities and cost drivers rather than direct labor hours, providing more accurate product costs.
The document discusses various cost reduction strategies that can be implemented across different areas of a factory's operations. Some key strategies mentioned include bulk procurement to negotiate better prices, optimizing logistics and transportation through route mapping and annual contracts, reducing warehouse and inventory costs through efficient storage and FIFO practices, improving production through reducing rework, optimizing changeovers and machine efficiency, and finding packaging savings. The document provides further details on strategies for each area.
This document provides an overview of Module 5 which covers Production Planning and Maintenance Management. It discusses key topics like production planning and control in different systems, product selection, positioning, design and development, process selection, and production scheduling. It also discusses maintenance management including maintenance systems and activities under maintenance management. The document then goes into more detail on topics like production planning, scheduling techniques, and maintenance systems and activities.
Uniform costing aims to standardize costing principles and methods across companies in the same industry. There are several difficulties in implementing a uniform costing system, as cost structures may vary between companies due to differences in size, technology used, product ranges, efficiency levels, and managerial planning. However, uniform costing also provides advantages like facilitating cost comparisons, eliminating unhealthy competition, improving efficiency, providing relevant cost data, and ensuring standardization. For a uniform costing system to be successful, companies must cooperate by sharing accounting information and adopting common costing classifications, distribution methods, and reporting formats.
Project cost management includes planning, estimating, budgeting, and controlling costs to complete a project within its approved budget. A cost management plan establishes how project costs will be planned, structured, estimated, budgeted, and controlled. Cost estimates are developed by analyzing the resources needed to complete project activities using techniques like analogous estimating, parametric estimating, bottom-up estimating, and three-point estimating. Estimates are based on the project scope, schedule, risks, and other factors and are expressed in currency or other measurable units.
This document discusses approaches to addressing chronic quality problems through quality improvement projects. It states that chronic problems are gradual issues that occur over long periods of time and are often difficult to detect and solve compared to sporadic problems. It recommends selecting specific chronic quality issues to focus quality improvement projects on. These projects should verify the need, diagnose causes, provide and prove remedies, address resistance to change, and institute controls to maintain gains.
This document provides an overview of value analysis. It defines value analysis as a systematic process that compares the function of a product required by customers against the lowest cost of meeting specified performance and reliability. The key steps of value analysis are to establish objectives, analyze the production process, decompose product characteristics, brainstorm alternatives, select the best alternative, and implement changes. Value analysis aims to provide better value to customers and improve competitive position by eliminating unnecessary costs.
This document discusses work study and related techniques such as method study and work measurement. It defines work study as the systematic analysis of work processes and factors that affect efficiency. The goal is to improve efficiency through optimizing utilization of resources. Key aspects covered include:
- Method study examines existing work methods and proposes improvements by accurately recording facts about operations, developing and selecting new plans, installing and maintaining changes.
- Work measurement techniques like time study and work sampling are used to set performance standards and determine time required for tasks.
- Predetermined motion time studies and standard data help estimate times for new jobs based on previously studied similar operations.
Materials handling and quality assurance ( Operations Management )ChathamkulamInstitut
This document discusses materials handling and quality assurance. It defines materials handling as improving work speed and safety through cost control, and quality assurance as systematically monitoring production to maximize profit. The document outlines objectives of materials handling like increasing productivity and reducing costs. It also lists 16 principles of materials handling and examples of materials handling equipment. Finally, it discusses quality assurance techniques like statistical quality control, control charts, and acceptance sampling plans to evaluate product quality.
The document discusses several costing techniques including throughput accounting, theory of constraints (TOC), target costing, and backflush costing. Throughput accounting focuses on increasing throughput and reducing inventory and expenses. TOC identifies bottlenecks limiting throughput and ways to remove them. Target costing determines the maximum allowable cost for a new product based on the anticipated selling price and desired profit. Backflush costing calculates product costs retrospectively at the end of the accounting period without tracking costs throughout production.
The document provides an overview of operations management. It defines operations management as focusing on planning, scheduling, and controlling manufacturing and service operations. It discusses the production process of input, transformation, and output. It also outlines the scope of operations management, including product selection, facilities location, production planning and control, quality management, and more. Finally, it discusses operational, tactical, and strategic decision making in operations management.
Cost and management accounting techniques are essential tools for effective decision making. Some key techniques discussed are:
1) Make or buy analysis which helps decide whether to produce an item internally or purchase it based on relevant costs like variable production costs and supplier prices.
2) Inventory management techniques like just-in-time and economic order quantity which aim to reduce inventory costs.
3) Budgeting allows defining goals, coordinating activities, and allocating resources.
4) Variance analysis identifies reasons for deviations from budgets.
5) Cost-volume-profit analysis uses graphs and equations to understand break-even points and profit/loss areas.
6) Activity based costing allocates overhead costs based on
This is a presentation based on Product life Cycle Costing. This presentation is prepared with the help of books and internet resources. There are some example, mathematical calculation and also some case which is too much relevant to practice of Life Cycle Costing in the real world.
cost control analysis as effective tools in construction industry in nigeriaNewman Jonathan
Nevertheless, the construction industries require cost estimation techniques/analysis scheme like other similar schemes aimed at foreseeing the future of the projects to accomplish the profitability targets.
Due to large operations inherent in the construction industries, managers needed to imbibe the culture of forecasting activities in terms of costs control techniques in order to see future at the beginning of the project. These therefore justify the establishment of Project Control Department were cost controllers and cost estimators are domicile in the company
The document discusses lean construction and ways to improve productivity and reduce waste in the construction industry. It explains that lean construction aims to maximize value and minimize waste through techniques like just-in-time delivery and information sharing. Other key points include identifying sources of waste at various stages, emphasizing teamwork and standardization to improve efficiency and reduce costs from materials waste.
REDUCING INDIRECT COSTS IN MANUFACTURING INDUSTRIESfaizyelectrical
This document discusses ways to reduce indirect costs in manufacturing industries. It defines direct and indirect costs, with the latter including overhead expenses like administration, utilities, and insurance. The document recommends systematically reviewing organizational structures and staffing to identify unnecessary roles and layers. It also suggests improving technology use, evaluating capabilities, reshaping functions, consolidating services, and monitoring billing rates and benefits costs to further reduce indirect expenses. With tighter indirect cost management, the document argues that manufacturers can lower overall costs and gain a competitive advantage in the market.
Cost control and cost reduction are important processes for businesses. Cost control involves setting targets, monitoring costs, comparing actual costs to standards, and taking corrective action if needed. It aims to achieve cost standards and optimize costs before they are incurred. Main areas of cost control include materials, labor, overheads, sales and energy. Cost reduction identifies and eliminates unnecessary costs to improve profitability. It aims to improve standards through continuous, innovative measures to permanently reduce unit costs. While cost control prevents costs from exceeding limits, cost reduction begins where cost control ends by establishing improved standards and production methods.
This document defines and compares cost control and cost reduction. It discusses key areas to focus on for each, including labor, material, sales and energy. Cost control aims to maintain costs according to standards while cost reduction lowers unit costs without affecting quality. Some advantages of cost control are improved profitability and competitiveness, while disadvantages include reduced flexibility and innovation. Advantages of cost reduction include lower product prices and meeting competition, while quality may be sacrificed. The document outlines techniques for each, such as budgetary control, standard costing and inventory control for cost control, and material handling, automation and work study for cost reduction.
This document discusses cost control and cost reduction. It defines cost control as comparing actual costs to budgets and standards to regulate costs, while cost reduction refers to permanently lowering production costs. The main areas of cost control are labor, materials, sales, and overhead. Advantages of cost control include improved profitability and competitiveness, while disadvantages include reduced flexibility. Advantages of cost reduction are increased profits and lower consumer prices, while quality may be sacrificed. Techniques for cost control include budgetary control and variance analysis, while techniques for cost reduction include work study, value analysis, and materials control.
The 5-day agenda involves conducting a rapid site assessment and value stream mapping for a company. Day 1 includes an introduction and site assessment. Day 2 covers process mapping and standardizing work. Day 3 focuses on developing a new process introduction plan. Day 4 creates an action plan. Day 5 summarizes the workshop and gets management approval on the plan. The overall goal is to analyze and improve the company's key processes.
This document provides an overview of topics related to production planning and control. It discusses production planning and control, batch or job production, facility location, capacity planning models, process planning, and industrial safety. The key topics covered include the meaning and definition of production planning and control, elements of production planning like manpower and financial planning, and methods for facility location decision making. Capacity planning objectives and factors affecting capacity are also summarized.
Cost accounting tracks and analyzes costs to help businesses control expenses and maximize profits. Target costing determines the cost at which a product must be produced to generate desired profits at its anticipated selling price. It involves defining the product, setting cost targets, achieving targets, and maintaining competitive costs. Kaizen costing maintains present costs for existing products through continuous improvement efforts. Activity-based costing assigns overhead costs based on activities and cost drivers rather than direct labor hours, providing more accurate product costs.
The document discusses various cost reduction strategies that can be implemented across different areas of a factory's operations. Some key strategies mentioned include bulk procurement to negotiate better prices, optimizing logistics and transportation through route mapping and annual contracts, reducing warehouse and inventory costs through efficient storage and FIFO practices, improving production through reducing rework, optimizing changeovers and machine efficiency, and finding packaging savings. The document provides further details on strategies for each area.
This document provides an overview of Module 5 which covers Production Planning and Maintenance Management. It discusses key topics like production planning and control in different systems, product selection, positioning, design and development, process selection, and production scheduling. It also discusses maintenance management including maintenance systems and activities under maintenance management. The document then goes into more detail on topics like production planning, scheduling techniques, and maintenance systems and activities.
Uniform costing aims to standardize costing principles and methods across companies in the same industry. There are several difficulties in implementing a uniform costing system, as cost structures may vary between companies due to differences in size, technology used, product ranges, efficiency levels, and managerial planning. However, uniform costing also provides advantages like facilitating cost comparisons, eliminating unhealthy competition, improving efficiency, providing relevant cost data, and ensuring standardization. For a uniform costing system to be successful, companies must cooperate by sharing accounting information and adopting common costing classifications, distribution methods, and reporting formats.
Project cost management includes planning, estimating, budgeting, and controlling costs to complete a project within its approved budget. A cost management plan establishes how project costs will be planned, structured, estimated, budgeted, and controlled. Cost estimates are developed by analyzing the resources needed to complete project activities using techniques like analogous estimating, parametric estimating, bottom-up estimating, and three-point estimating. Estimates are based on the project scope, schedule, risks, and other factors and are expressed in currency or other measurable units.
This document discusses approaches to addressing chronic quality problems through quality improvement projects. It states that chronic problems are gradual issues that occur over long periods of time and are often difficult to detect and solve compared to sporadic problems. It recommends selecting specific chronic quality issues to focus quality improvement projects on. These projects should verify the need, diagnose causes, provide and prove remedies, address resistance to change, and institute controls to maintain gains.
This document provides an overview of value analysis. It defines value analysis as a systematic process that compares the function of a product required by customers against the lowest cost of meeting specified performance and reliability. The key steps of value analysis are to establish objectives, analyze the production process, decompose product characteristics, brainstorm alternatives, select the best alternative, and implement changes. Value analysis aims to provide better value to customers and improve competitive position by eliminating unnecessary costs.
This document discusses work study and related techniques such as method study and work measurement. It defines work study as the systematic analysis of work processes and factors that affect efficiency. The goal is to improve efficiency through optimizing utilization of resources. Key aspects covered include:
- Method study examines existing work methods and proposes improvements by accurately recording facts about operations, developing and selecting new plans, installing and maintaining changes.
- Work measurement techniques like time study and work sampling are used to set performance standards and determine time required for tasks.
- Predetermined motion time studies and standard data help estimate times for new jobs based on previously studied similar operations.
Materials handling and quality assurance ( Operations Management )ChathamkulamInstitut
This document discusses materials handling and quality assurance. It defines materials handling as improving work speed and safety through cost control, and quality assurance as systematically monitoring production to maximize profit. The document outlines objectives of materials handling like increasing productivity and reducing costs. It also lists 16 principles of materials handling and examples of materials handling equipment. Finally, it discusses quality assurance techniques like statistical quality control, control charts, and acceptance sampling plans to evaluate product quality.
The document discusses several costing techniques including throughput accounting, theory of constraints (TOC), target costing, and backflush costing. Throughput accounting focuses on increasing throughput and reducing inventory and expenses. TOC identifies bottlenecks limiting throughput and ways to remove them. Target costing determines the maximum allowable cost for a new product based on the anticipated selling price and desired profit. Backflush costing calculates product costs retrospectively at the end of the accounting period without tracking costs throughout production.
The document provides an overview of operations management. It defines operations management as focusing on planning, scheduling, and controlling manufacturing and service operations. It discusses the production process of input, transformation, and output. It also outlines the scope of operations management, including product selection, facilities location, production planning and control, quality management, and more. Finally, it discusses operational, tactical, and strategic decision making in operations management.
Cost and management accounting techniques are essential tools for effective decision making. Some key techniques discussed are:
1) Make or buy analysis which helps decide whether to produce an item internally or purchase it based on relevant costs like variable production costs and supplier prices.
2) Inventory management techniques like just-in-time and economic order quantity which aim to reduce inventory costs.
3) Budgeting allows defining goals, coordinating activities, and allocating resources.
4) Variance analysis identifies reasons for deviations from budgets.
5) Cost-volume-profit analysis uses graphs and equations to understand break-even points and profit/loss areas.
6) Activity based costing allocates overhead costs based on
This is a presentation based on Product life Cycle Costing. This presentation is prepared with the help of books and internet resources. There are some example, mathematical calculation and also some case which is too much relevant to practice of Life Cycle Costing in the real world.
cost control analysis as effective tools in construction industry in nigeriaNewman Jonathan
Nevertheless, the construction industries require cost estimation techniques/analysis scheme like other similar schemes aimed at foreseeing the future of the projects to accomplish the profitability targets.
Due to large operations inherent in the construction industries, managers needed to imbibe the culture of forecasting activities in terms of costs control techniques in order to see future at the beginning of the project. These therefore justify the establishment of Project Control Department were cost controllers and cost estimators are domicile in the company
The document discusses lean construction and ways to improve productivity and reduce waste in the construction industry. It explains that lean construction aims to maximize value and minimize waste through techniques like just-in-time delivery and information sharing. Other key points include identifying sources of waste at various stages, emphasizing teamwork and standardization to improve efficiency and reduce costs from materials waste.
The document discusses lean construction and ways to improve productivity and reduce waste in the construction industry. It explains that lean construction aims to maximize value and minimize waste through techniques like just-in-time delivery and information sharing. Other key points include identifying sources of waste at various stages, emphasizing teamwork and standardization to improve efficiency and reduce off-cuts. Overall waste reduction requires careful planning and management of materials, work processes, and the supply chain.
1661351047Unit 8 1060-V1 Quality Control during Construction.pdfahsansaeed78
This document discusses quality control during construction projects. It defines quality control and explains that it ensures contractors meet design and functionality specifications. It describes different aspects of quality control including field quality control, contractor quality control, and the importance of specifications. It discusses economic objectives of quality control, how to achieve quality control in the field, and ensuring quality control in the field through inspection and promotion. It also covers incentives, penalties, workmanship, and final inspection.
The document discusses reasons for cost and time overruns in Indian infrastructure projects. It identifies external factors like delays in regulatory approvals and land acquisition, and internal factors like ineffective project planning and monitoring as causes for schedule overruns. For cost overruns, it points to scope changes, inadequate project reports, and price escalations beyond projections as key reasons. It recommends establishing project management offices for monitoring, adopting risk management techniques, and implementing strategies like periodic reviews and cost escalation clauses to control schedule and cost overruns.
Analysis of Cost Over Run in Construction ProjectsIRJET Journal
This document analyzes the causes and effects of cost overruns in construction projects in India. It identifies major reasons for cost overruns such as inaccurate planning, delays in land acquisition, weather issues, shortage of skilled labor, and contractor inefficiencies. The author conducted a case study of a hospital construction project in Pune to identify specific overrun factors like delayed payments, poor scheduling, and ineffective management. The conclusion is that the most significant overrun causes are delayed payments, inaccurate planning, weather, lack of experienced staff, excessive contractor workloads, and poor liquidity/management. Recommendations to avoid overruns include proper planning, accounting for cost variations, clear project scoping, efficient resource use, and strong communication.
Boosting Field Efficiency with advanced Construction Field Productivity Softw...iFieldsmart Technologies
The construction industry plays a vital role in shaping the infrastructure of our modern world. However, it has long been plagued by challenges related to productivity. Inefficiencies, delays, and cost overruns are common occurrences that impact construction field productivity.
The role of time, cost and quality in project managementIRJET Journal
This document discusses the roles of time, cost, and quality in project management. It states that these three factors are interrelated and impact each other, making it difficult for project managers to balance them. The document reviews literature that analyzed how planning, monitoring, and controlling impact the timely completion of construction projects. It also discusses how tools like Microsoft Project and Primavera P6 can help optimize schedules, budgets, and quality. Overall, the document examines the relationships between time, cost, and quality in project management and how effectively managing these key factors is important for project success.
Shyam Babu Agarwal is a 47-year-old mechanical engineer with over 22 years of experience in project construction management in the oil and gas sector. He has expertise in areas such as project planning, contract management, HSE, and quality control. Currently he works as a senior manager overseeing construction projects at JBF Petrochemicals Ltd in Mangalore, India.
IRJET- Maintenance Management of Construction Equipment on Construction P...IRJET Journal
This document discusses maintenance management of construction equipment on construction projects. It begins by stating that construction equipment costs can range from 25-40% of total project costs. Proper maintenance is important for equipment efficiency and productivity. The document recommends creating a database to record equipment maintenance and utilization records. It also discusses different types of maintenance, including reactive, preventative, and predictive maintenance. Reactive maintenance involves fixing equipment only after failure, which can lead to downtime, higher costs, and safety hazards. Proper maintenance planning and record keeping is necessary to reduce equipment downtime and losses on construction projects.
Management For Construction Project:-Various Aspects Of DelayIRJET Journal
1. The document discusses various causes of delay in construction projects based on a questionnaire survey conducted with construction project stakeholders in India.
2. The top two most significant causes of delay identified are issues with the quantity and quality of labor, and delays in transporting materials to sites.
3. Other major causes of delay include lack of proper supervision or planning by contractors, work stoppages due to improper methodologies, changes to work orders by owners during construction, and slow decision making.
The document discusses key aspects of construction project management including definitions, roles of contractors, changing industry environment, project management functions, the project manager role, required disciplines and skills, planning tools like Gantt charts, PERT/CPM networks, and material procurement. Specifically, it defines project management, describes contractors and their roles, outlines factors impacting the construction industry, and explains functions and importance of project planning, scheduling, resource management, and control in successful project delivery.
A Project Management-Based Approach to Commissioning Olivia Wilson
Commissioning or startup of an industrial facility is more than just detailed testing of every piece of equipment. The commissioning program needs a project management-based approach to plan and implement all phases of commissioning in a proper manner. Find here how the project management-based approach to commissioning can ensure the success of every step of detailed equipment testing. For more information, click now: https://www.global-cxm.com/commissioning/
A STUDY ON THE QUALITATIVE ANALYSIS OF MATERIALS MANAGEMENT IN KERALA CONSTRU...IRJET Journal
This document summarizes a study on qualitative analysis of materials management in the Kerala construction industry. The study aims to understand problems caused by improper materials management and identify factors affecting materials management in construction projects. A literature review is conducted to understand previous studies on the topic. A questionnaire survey is developed based on the literature review and administered to collect primary data on materials planning, procurement, storage, and site factors impacting management. The data collection and analysis seeks to identify root causes of ineffective management and recommend improvements to reduce issues and costs in construction projects.
The document summarizes the commissioning process for a new building project. It outlines 13 key steps in the commissioning process including scoping meetings, developing commissioning plans and procedures, functional testing, training staff, and compiling a final report. The goals are to facilitate project acceptance, transfer to maintenance staff, and ensure occupant comfort.
IRJET- Factors Influencing Time and Cost Overruns in Indian Construction Proj...IRJET Journal
This document summarizes a research paper on factors influencing time and cost overruns in Indian construction projects. It begins with an abstract describing the objectives of studying and ranking significant factors contributing to delays and cost overruns. It then discusses various causes of time and cost overruns based on a literature review. A methodology is described involving a questionnaire survey of owners, consultants, and contractors to assess their perceptions of influential factors. Finally, a case study is presented analyzing time and cost overruns for a housing construction project in India to evaluate procedures and identify recommendations.
This document provides an overview of project management concepts and techniques. It defines a project, outlines the typical project management life cycle of initiation, planning, execution, control, and closing, and describes key steps like defining scope, technical design, financing, contracting, and implementation. It also explains common project planning and scheduling tools like Gantt charts, the Critical Path Method (CPM), and Program Evaluation and Review Technique (PERT) that are used to monitor progress and costs against budgets.
1-7Projectmanagement-120312002842-Phpapp01Amy Roman
The document discusses the key steps and elements of project management: definition and scope, technical design, financing, contracting, implementation, and performance monitoring. It outlines the project management life cycle including need identification, initiation, planning, executing, controlling, and closing out. It provides details on each step, such as defining the project, developing a technical design, creating a project plan, executing the plan, monitoring performance, and closing out the project.
This document outlines a construction management course at the University of Rwanda. It provides details about the course including the title, code, credits, lecturer, and semester. It also provides an outline of topics to be covered including introduction to construction management, material and labour management, dispute prevention and resolution, and management information systems. Additionally, it discusses the management of key resources in construction including labour, materials, equipment, and money. Specific techniques for labour management, motivation, and productivity are explored.
Similar to Cost controll techniques rev .02 copy (20)
Null Bangalore | Pentesters Approach to AWS IAMDivyanshu
#Abstract:
- Learn more about the real-world methods for auditing AWS IAM (Identity and Access Management) as a pentester. So let us proceed with a brief discussion of IAM as well as some typical misconfigurations and their potential exploits in order to reinforce the understanding of IAM security best practices.
- Gain actionable insights into AWS IAM policies and roles, using hands on approach.
#Prerequisites:
- Basic understanding of AWS services and architecture
- Familiarity with cloud security concepts
- Experience using the AWS Management Console or AWS CLI.
- For hands on lab create account on [killercoda.com](https://killercoda.com/cloudsecurity-scenario/)
# Scenario Covered:
- Basics of IAM in AWS
- Implementing IAM Policies with Least Privilege to Manage S3 Bucket
- Objective: Create an S3 bucket with least privilege IAM policy and validate access.
- Steps:
- Create S3 bucket.
- Attach least privilege policy to IAM user.
- Validate access.
- Exploiting IAM PassRole Misconfiguration
-Allows a user to pass a specific IAM role to an AWS service (ec2), typically used for service access delegation. Then exploit PassRole Misconfiguration granting unauthorized access to sensitive resources.
- Objective: Demonstrate how a PassRole misconfiguration can grant unauthorized access.
- Steps:
- Allow user to pass IAM role to EC2.
- Exploit misconfiguration for unauthorized access.
- Access sensitive resources.
- Exploiting IAM AssumeRole Misconfiguration with Overly Permissive Role
- An overly permissive IAM role configuration can lead to privilege escalation by creating a role with administrative privileges and allow a user to assume this role.
- Objective: Show how overly permissive IAM roles can lead to privilege escalation.
- Steps:
- Create role with administrative privileges.
- Allow user to assume the role.
- Perform administrative actions.
- Differentiation between PassRole vs AssumeRole
Try at [killercoda.com](https://killercoda.com/cloudsecurity-scenario/)
Rainfall intensity duration frequency curve statistical analysis and modeling...bijceesjournal
Using data from 41 years in Patna’ India’ the study’s goal is to analyze the trends of how often it rains on a weekly, seasonal, and annual basis (1981−2020). First, utilizing the intensity-duration-frequency (IDF) curve and the relationship by statistically analyzing rainfall’ the historical rainfall data set for Patna’ India’ during a 41 year period (1981−2020), was evaluated for its quality. Changes in the hydrologic cycle as a result of increased greenhouse gas emissions are expected to induce variations in the intensity, length, and frequency of precipitation events. One strategy to lessen vulnerability is to quantify probable changes and adapt to them. Techniques such as log-normal, normal, and Gumbel are used (EV-I). Distributions were created with durations of 1, 2, 3, 6, and 24 h and return times of 2, 5, 10, 25, and 100 years. There were also mathematical correlations discovered between rainfall and recurrence interval.
Findings: Based on findings, the Gumbel approach produced the highest intensity values, whereas the other approaches produced values that were close to each other. The data indicates that 461.9 mm of rain fell during the monsoon season’s 301st week. However, it was found that the 29th week had the greatest average rainfall, 92.6 mm. With 952.6 mm on average, the monsoon season saw the highest rainfall. Calculations revealed that the yearly rainfall averaged 1171.1 mm. Using Weibull’s method, the study was subsequently expanded to examine rainfall distribution at different recurrence intervals of 2, 5, 10, and 25 years. Rainfall and recurrence interval mathematical correlations were also developed. Further regression analysis revealed that short wave irrigation, wind direction, wind speed, pressure, relative humidity, and temperature all had a substantial influence on rainfall.
Originality and value: The results of the rainfall IDF curves can provide useful information to policymakers in making appropriate decisions in managing and minimizing floods in the study area.
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.
Applications of artificial Intelligence in Mechanical Engineering.pdfAtif Razi
Historically, mechanical engineering has relied heavily on human expertise and empirical methods to solve complex problems. With the introduction of computer-aided design (CAD) and finite element analysis (FEA), the field took its first steps towards digitization. These tools allowed engineers to simulate and analyze mechanical systems with greater accuracy and efficiency. However, the sheer volume of data generated by modern engineering systems and the increasing complexity of these systems have necessitated more advanced analytical tools, paving the way for AI.
AI offers the capability to process vast amounts of data, identify patterns, and make predictions with a level of speed and accuracy unattainable by traditional methods. This has profound implications for mechanical engineering, enabling more efficient design processes, predictive maintenance strategies, and optimized manufacturing operations. AI-driven tools can learn from historical data, adapt to new information, and continuously improve their performance, making them invaluable in tackling the multifaceted challenges of modern mechanical engineering.
Discover the latest insights on Data Driven Maintenance with our comprehensive webinar presentation. Learn about traditional maintenance challenges, the right approach to utilizing data, and the benefits of adopting a Data Driven Maintenance strategy. Explore real-world examples, industry best practices, and innovative solutions like FMECA and the D3M model. This presentation, led by expert Jules Oudmans, is essential for asset owners looking to optimize their maintenance processes and leverage digital technologies for improved efficiency and performance. Download now to stay ahead in the evolving maintenance landscape.
Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
An improved modulation technique suitable for a three level flying capacitor ...IJECEIAES
This research paper introduces an innovative modulation technique for controlling a 3-level flying capacitor multilevel inverter (FCMLI), aiming to streamline the modulation process in contrast to conventional methods. The proposed
simplified modulation technique paves the way for more straightforward and
efficient control of multilevel inverters, enabling their widespread adoption and
integration into modern power electronic systems. Through the amalgamation of
sinusoidal pulse width modulation (SPWM) with a high-frequency square wave
pulse, this controlling technique attains energy equilibrium across the coupling
capacitor. The modulation scheme incorporates a simplified switching pattern
and a decreased count of voltage references, thereby simplifying the control
algorithm.
1. REPORT FOR
COST CONTROL TECHNIQUES
JUNE 2014
By Madhava reddy / Doha Qatar
2. Table of contents
1.0 Abstract
2.0 Introduction
3.0 Cost control in construction
4.0 Wastage of Materials
5.0 Control on Plant and Equipment's
6.0 Productivity of Labor
7.0 Time vs. cost relation ship
8.0 Cost control techniques to be used at site
9.0 Control of Materials
10 .0 Use of Equipment
11 .0 Recommendations
12 .0 Control of Materials Wastage
13.0 Control on Plant and Equipment
14.0 Control and improve labor productivity
15.0 Conclusion
3. 1.0 Abstract
Most of the civil projects over have suffered from the cost and time
overruns due to factors stemming from poor cost control during the
design and project implementation stages.
As per Monitoring and studying the cost control techniques being not
used by the individual Project Managers at all sites, the problems faced
and proposed solutions. Identify seven commonly used cost control
techniques which include schedules, budget, inspection, meetings,
reports, records, monitoring & evaluations.
4. 2.0 Introduction
Project Managers are find difficulty in controlling project costs due to
problems which include delays by clients to release money, delay to
make a decision, lack of materials and equipment, bad weather,
overlapping of activities, unclear and incomplete drawings, making good
defective works, and generally failure to control the productivity of
resources. Others of were due to interference by clients, high labor
turnover, and insufficient knowledge on cost control techniques. And
another is noticed unable to establish that the problem was actually not
the techniques to use but rather the lack of knowledge of the techniques,
the poor management of the cost control methodology, and the general
poor commanding on site organization (engineers) the management is
interested in obtaining fully functional facilities completed in time, cost,
quality and scope. And they are able to construct within the estimated
time and budget, to prove to the clients that the right standards and scope
as an excellent contractor in Qatar . Cost control is a process where the
construction cost of the project is managed through the best methods and
techniques so that the Management does not suffer losses when carrying
out the activities of the project. One of the aims of cost control is to
construct at the cheapest possible costs consistent with the project
objectives.
Ultimately the decision of the Project manager that something should be
done differently and the translation of that decision into practice are the
actions to observes that it is of little use after a process has been
completed to discover that its cost was actually too much. Most project
managers are find difficulty in controlling costs on their construction
sites due to a number of problems which include preparation, lapse in
management and control, over budgeting, poor materials, labor shortages,
increased cost of materials, delays in deliveries, wastage of materials,
unexpected weather changes, loss of materials, insecurity and poor
communication. This results into cost and time overruns, conflicts, and
sometimes abandoning projects. therefore carried out to identify the cost
control techniques used propose effective
5. 3.0 Cost control In construction
During the execution of a project, The project Mangers to follow the
strictly procedures for project control and record keeping become
indispensable tools to managers by involving the other participants
(Engineers) in the construction process. According to cost control can be
achieved by selecting the right man for the right job, the right equipment
and tools for the right work and the right quality of materials, in the right
quantity, from the right source, at the right price and delivered at the right
time. Managers are expected to be well equipped to execute the project,
with due consideration to the quality of work, yet within the estimated
cost and time limits.
6. 4.0 Wastage of Materials
One of the big problems of Turn key Projects suffer large amount of
materials wastage due to varying circumstances problem requires a
supervisor to constantly be on the lookout for the losses. According to
wastage of materials can take place during the procurement process.
storage, and during utilization. Wastage during procurement can result
from one or more of the following causes: buying materials of wrong
specifications, buying more than the actual requirements to cater for
unrealistic and unforeseen eventualities, untimely buying of short-life
materials, improper and unnecessary handling of materials, and .
Wastage during storage can occur due to the other reasons are take
place during the procurement process. storage, and during utilization.
Wastage during procurement, deterioration due to incorrect storage,
incorrect maintenance and short-shelf life and losses due to exposure to
extreme climatic conditions. Other causes are lack of pre-work
preparation and coordination, improper accounting and poor
storekeeping, negligent and careless attitude of the supervisor, high rate
of deterioration due to long storage at the place of work, and over-issues
from the central stores and failures to return unused surplus
materials to the stores. some unavoidable wastages are inherent during
utilization, but excessive wastage is of concern to the management as it
affects the productivity adversely, with consequences of extra costs.
Most problems relating to material wastage revolve around
requisitioning and ordering, receipt and checking of deliveries from
suppliers, offloading and handling, storing and protecting, and issuing,
distributing and use of materials.
7. 5.0 Control on Plant and equipment
In construction, some tasks are labor intensive, some predominantly
employ equipment, and some use a combination of both. While the
actual work done and the associated labor is accounted by the
supervisor concerned, the equipment and productivity control is
undertaken to determine its employment time, the output achieved, and
its productivity at site.
The main purpose of the control is to minimize wastage in utilization so
that the overall construction would probably reduce the cost of
construction by about 30% which would likely
In construction, some tasks are labor intensive, some predominantly
employ equipment, and some use a combination of both. While the
actual work done and the associated labor is accounted by the
supervisor concerned, the equipment and productivity control is
undertaken to determine its employment time, the output achieved, and
its productivity at site The main purpose of the control is to minimize
wastage in utilization so that the overall project cost is not affected
observed that industrializing construction would probably reduce the
cost of construction by about 30% which would likely
8. 6.0 Productivity of labor
Labor productivity achieved at the site for a given work provides a
measure of the laborer's efficiency and effectiveness and the level
of site organisation. It shows the total time for which the laborer
was employed at work, the time he was productive on work and
the time he remained unproductive. Craftsmen use about 40% of
available time on productive activities, and about 33% of the time
on non-value adding activities Productive times are wasted for
various reasons such as idle waiting, unnecessary travelling, late
starting, early quitting, Labor productivity achieved at the site for
a given work provides a measure of the laborer's efficiency and
effectiveness and the level of unscheduled breaks, and delays in
the receipt of tolls, delays to receive materials and work
instructions. productivity and other metrics were done by
Alinaitwe, and the results indicated hat the working relationship
7.0 Time-cost Relationship
The relationship between time and cost is a very important
aspect in the control of costs on site as any variation in time
has automatic implication on cost. It is important to report
and record all the works involving materials, plant and labor
on sites. This enables the contractor be able to know the
costs and expenses of the resources used on site and compare
with the initial cost budget. Various report techniques used
include; daily or weekly and monthly recording, schedule
control, site daily diary report and the project budget.
9. 8.0 Materials
The causes of material wastages on sites were found to include poor
supervision of operatives, poor handling of materials, misuse of materials,
poor storage and stacking of materials, delivery of excess material on site,
poor site organization, late delivery of materials, poor coordination of
management and technical side, poor time management, bad weather
conditions, use of unskilled
9.0 Use of Equipment
Equipment Use on Site obtained equipment on site by hiring. No contractor
obtained equipment by purchasing as most of the activities were manually
carried out. Mechanized construction of buildings is insignificant
productivity can be improved by substituting labour with equipment.
10. 10.0 RECOMMENDATIONS
The Main problem of sites by not using the cost control techniques , to
improve effective Management of the techniques and avoid laxity in
supervision . It is therefore strongly recommended for all the sites
should constantly attend refresher courses in construction project
management as the study identified lack of knowledge of the cost
control and Project Management, further more In almost all sites,
workers were not aware of the performance targets implying there were
lack of knowledge and communication lapses between supervisors and
workers. Cost is a product of the use of project resources and the only
better way of controlling the cost of projects is best handled right at the
initial stage.
During implementation, procedures of cost control of resources only
helps in detecting variances and formulating corrective measures other
than waiting until work has been completed .
The other problems are noticed by the Management that led to delays
and subsequent failure to construct within budget included: low
resources productivity, lack of materials and equipment's ( late
procuring), alterations by the clients to give instructions from clients
and consultants to delay work as they waited to give site instructions .
Other problems were due to delayed payments by clients, overlapping
of activities, make good defective work, unclear details on the
drawings, and delay by local authority to inspect the works. the greatest
cause that faced of delay of payments projects due to late release of
money by clients.
11. 11.0 Cost Control Techniques Used in Building
Sites
1.0 Work Programmes
Contractors used schedules to monitor progress and financial
performance. It is a good method since work progress can be
measured and related to cost.
2.0 Inspection of Works
Inspection of works and comparison made with the
budget. Sometimes subject to judgment, hence lacking
3.0 The project Budgets
Cost attached to responsibility centers with work targets to be
accomplished. It’s used in relation to schedules makes it the best tool
for cost control.
4.0 Site Meetings
Meeting held to review the progress of work and compare to the
monetary allocations. Good as it provides some motivation to
workers and all stakeholders are up to date on the performance of
work
5.0 Record Keeping
Documentation of activities carried out to enable early detection of
deviations from the set standard
6.0 Monitoring Work andCost Performance
Clients, consultants and the contractors used monitoring tools of
schedules, budgets, inspection and feedbacks to keep a watch on the
cost performance. With use of the right tools of control, it produces
good results
7.0 Evaluation of Works
Carried Out Quantification of works and comparing with the costs in
the bill of quantities. Inspection was also reportedly used to evaluate
works. This helps to ascertain that the progress of work is on the right
track.
8.0 Others
Sites that did not have particular method to use.
12. 12.0 Control of Materials wastage
It is proposed that materials wastage should be reduced by ensuring that:
Materials are delivered as required to cut site storage time, materials
delivered are those specified, issuing just the right amount of material
with only a reasonable allowance for wastage to workmen, ensuring that
workmen are not producing excessive amount of off-cuts, ( specially
tiles ) allocating and preparing storage areas so that when materials are
stored, they do not deteriorate. Employing a reliable store keeper who is
able to maintain well kept booking system, double signing of delivery
notes, and spot checks for materials deliveries are all desirable to
minimise wastage. And safe guard issuing of items by store men and
keeping records of all the materials on site including employing full-time
security guards. Sites should be hoarded with alarm systems installed
around key materials around the site and including ensuring that the
whole site is lit up at night.
13.0 Control on Plant and equipment
The use of machines at building sites are insignificant yet the
mechanization of construction can reduce the cost of buildings by 30%.
Contractors are encouraged to adopt the use of machine as it has the
advantages of speeding up work, saving labour, producing better quality
works and are economical in a number of cases besides being able to do
what cannot be done manually. Once brought to sites, machines should
be maximally utilized as any redundant time can lead to high cost
13. 14.0 Control and improve labor productivity
To improve on the labour productivity on sites by recording laborer's
work progress, daily work evaluation, recruitment of laborer's with the
right skills for the job, substituting laborer's with equipment, and having
schedules and proper control procedure and records in place. A good
working environment should also be created with work motivation and
proper communication system included. Regular inspections by the
engineers /foramens at site and early detection of variances using
standard productivity are highly recommended. Without a good quality
plan, project control cannot be achieved. Project control requires efficient,
effective and vigilant processes and actions to ensure its successful
accomplishment.
14. 15.0 CONCLUSION
The aim of this study was to study the cost control techniques used
by the Project Mangers on-going projects and propose measures
that will enable projects to be completed as budgeted. The seven
cost control techniques used by contractors on their sites were
found to include use of: schedules, the project budget, inspection of
works, cost reports, site meetings, monitoring of cost and work
performance and quantity evaluation using the bills of quantities,
and others did not have well defined techniques or did not even
know there were traditional cost control procedures.
It was noted that unable to establish concrete evidences that
actually the stated techniques were effectively used as documents
to prove the applications were found lacking or not there at all. The
survey was able to firmly state that, “the problem of cost control is
actually the lack of knowledge and inadequate with the poor
management of construction resources at sites ”.