A Project Report On Cost Analysis 3m46n

A PROJECT REPORT ON COST ANALYSIS AT BEVCON WAYORS PVT.LTD, UPPAL SUBMITTED BY M.SHIVA KUMAR (07M11E0014)

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CHAPTER - 1 INTRODUCTION : FINANCE COST ANALYSIS OBJECTIVES SCOPE METHODOLOGY LIMITATIONS

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CHAPTER - 2 COMPANY PROFILE :

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CHAPTER – 3 THEORITICAL FRAME WORK :

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CHAPTER – 4 DATA ANALYSIS & INTER PRETATION :

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CHAPTER – 5 FINDINGS & SUGGESITIONS :

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CONCLUSION :

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CHAPTER – 6 BIBLIOGRAPHY :

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INTRODUCTION TO FINANCE The economic development of any country depends upon the Existence of a well organized financial system. It is the financial system which supplies the necessary financial inputs for the Production of goods and services which in turn promote the well being and standard of living of the people of a country. Finance is the life blood of business without finance, the heart and brain of business organization cannot function implying there by its natural death. Right from conceiving the idea of birth of a business to its liquidation, finance is required Inputs are made available only with finance. Even managerial ability can be had with only finance. So, finance is the

pivot around which the whole business

operations cluster. Therefore, there is an imperative need to efficiently manage the finances of a company. Actually, sometimes, it is not the inadequate finance that is the cause of failure of a business but the mismanagement of sources which is ultimately responsible for it. Proper finance is the real key to the success of any business enterprise. Without proper finance no business can survive nor can it be expanded and modernized. In older times financial management was used periodically and its importance was limited to the procurement of funds but in modern times finance is a continues istrative function. Its Relation is with the procurement of capital, sources of funds, capital budgeting decisions etc 1

Finance enhances for business promotion

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Useful in decision making.

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It is a key determinant of business success.

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Financial information or results is useful in measurement of performance. 5

It enables for basis of planning, coordination and control.

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Useful to shareholders and investors.

Financial Management is an integral part of Business Management. Finance is one of the key functions in an organisation. The other key functions in an organisation are:

5 Production Human Resources Marketing Each of the above function has got sub-divisions – for example Production has maintenance, istration has purchases etc. Finance deals with financial resources. Financial management as a corollary would deal with management of financial resources and related areas.

Some of the key finance functions are: Financial planning and estimation of finance required for the organisation Mobilisation of financial resources required as above Ensuring that the funds are available in adequate quantity at appropriate time and at an affordable cost Management of cash in the organisation through cash flow statement Management of investment outside the business enterprise in other organisations above functions with some examples. Financial planning and estimation of finance required for the organisation Any activity in a business enterprise requires planning for proper execution in time. Finance is required for any activity at least in the beginning and hence financial planning is the prime function of “Finance”. This involves detailed study of any activity from understanding the total funds requirement for that activity, when the funds will be required and how much funds will be required at different stages. For a new enterprise the entire resources have to come from outside (externally); for an existing enterprise, a part of the resources at least will be available from the profits made in the past and retained in business after declaring dividend. Example No. 1: We require Rs. 200 lacs for an activity. Let us see how it affects an existing enterprise. Let us assume the profits available to be Rs. 60 lacs. Then we require further resources of Rs. 140 lacs only. This is the difference between an existing enterprise and a new one. Financial planning will take this into . Mobilisation of financial resources:

6 Adequacy (availability in adequate quantity) Timely (availability in time) and At an affordable cost

Adequate supply in time etc. This has been explained this in the above point. For reinforcement the student’s attention is drawn to one of the objectives of financial management at least in the short run, the objective of maximising profits of the organisation. The profits so maximised in turn enhance the Earning Per Share (EPS – for formula please refer to Chapter no. 9).

Management of cash in the organisation This involves the following steps: Ascertaining the average cash requirement by looking at the past figures and for a new enterprise, estimating this figure. Preparing the cash flow statement for a given period, taking all the cash inflows and cash outflows during the period to determine whether there is a surplus or deficit at the end of the period Arranging for funds from outside especially through a bank with whom the enterprise has loan facilities in case of deficit in the cash flow statement; if on the contrary, the cash flow statement reveals a surplus, dealing with this surplus in a suitable manner (For further details, please refer to chapter no. 7 on “working capital management”) Management of investment outside the organisation Over a period of time the enterprise reinvests a part of the profits for future growth of the organisation in business. The Finance manager can invest such funds outside the business in other enterprises also provided the parent enterprise does not require them immediately. Short-term surplus as revealed by the Cash flow statement is also invested for short duration. Thus investment outside one’s own business becomes the responsibility of the Finance Manager Management of risk in foreign exchange etc.

7 A business enterprise may require imports and do exports also. Whenever this is done the invoice is in foreign currency. In imports the business enterprise requires foreign exchange while in exports it gets foreign exchange. There is a risk involved while doing imports or exports. The risk is that the exchange rate of the foreign currency in of Indian Rupees can keep changing. We will explain this through an example. Short-term and long-term objectives of Financial Management Short-term objective The short-term objective of Financial Management is to procure financial resources at an affordable cost thereby increasing the return to the shareholders in the form of Earnings Per Share (EPS). EPS comprises two elements namely Dividend per share (DPS) and Retained Earnings per share (REPS or Reserves per share). This objective is often times referred to as “profit maximisation”. This is known as the short-term objective as it is done on a continuous, year-to-year basis. One or more of the following measures can achieve this: Monitoring of costs on a continuous basis through budgets Suitable cost reduction techniques wherever the costs are high Minimisation of cost of borrowed capital from outside through financial discipline Proper mix of equity and debt (known as financial leverage – for further details please refer to Chapter no. 5 – Operating and financial leverages Control over liquidity available in the organisation so as to minimise the cost of carrying too much cashi etc. Long-term objective The long-term objective of financial management is to increase the wealth of the shareholders. The term “wealth” refers to various business assets of the enterprise that are free of debt. This means that this wealth belongs to the equity shareholders. It is often reflected in the “book value” of the share as reflected in the balance sheet Financial system in India In order to understand financial management better, we need to understand the “Financial System” that exists in India. Any country needs a system to regulate, supervise, monitor and control the players, intermediaries, the investors etc. who take part in the financial markets in the system. Further an efficient system alone can ensure that the national objective on “Economy” of the country is met by aligning the

8 developments in the system with the national priorities. An example of the national priority deciding the development in the financial markets is – “infrastructure development and need for longer duration financial resources” and development of “deep discounted bonds” to meet this requirement. (For further details please refer to Chapter no. 4 – Financial sources)

WHAT IS COST ANALYSIS? Cost analysis (also called economic evaluation, cost allocation, efficiency assessment, cost-benefit analysis, or cost-effectiveness analysis by different authors) is currently a somewhat controversial set of methods in program evaluation. One reason for the controversy is that these cover a wide range of methods, but are often used interchangeably. At the most basic level, cost allocation is simply part of good program budgeting and ing practices, which allow managers to determine the true cost of providing a given unit of service (Kettner, Moroney, & Martin, 1990). At the most ambitious level, well-publicized cost-benefit studies of early intervention programs have claimed to show substantial long-term social gains for participants and cost savings for the public (Berreuta-Clement, Schweinhart, Barnett, et al., 1984). Because these studies have been widely cited and credited with convincing legislators to increase their for early childhood programs, some practitioners advocate making more use of cost-benefit analysis in evaluating social programs (Barnett, 1988, 1993). Others have cautioned that good cost-benefit or cost-effectiveness studies are complex, require very sophisticated technical skills and training in methodology and in principles of economics, and should not be undertaken lightly (White, 1988). Whatever position you take in this controversy, it is a good idea for program evaluators to have some understanding of the concepts involved, because the cost and effort involved in producing change is a concern in most impact evaluations (Rossi & Freeman, 1993).

COST ANALYSIS IS OF THREE IN EVALUATION: 1. Cost Allocation

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Cost - Effectiveness analysis

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Cost - Benefit analysis represent a continuum of types of cost analysis which can have a place in

program evaluation. They range from fairly simple program-level methods to highly technical and specialized methods. However, all have specialized and technical aspects. If you are not already familiar with these methods and the language used, you should plan to work with a consultant or read some more indepth texts (see some suggested references at the end of this discussion) before deciding to attempt them.

COST ALLOCATION: Cost allocation is a simpler concept than either cost-benefit analysis or costeffectiveness analysis. At the program or agency level, it basically means setting up budgeting and ing systems in a way that allows program managers to determine a unit cost or cost per unit of service. This information is primarily a management tool. However, if the units measured are also outcomes of interest to evaluators, cost allocation provides some of the basic information needed to conduct more ambitious cost analyses such as cost-benefit analysis or cost-effectiveness analysis. For example, for evaluation purposes, you might want to know the average cost per child of providing an after-school tutoring program, including the costs of staff salaries, snacks, and other overhead costs. Besides budget information, being able to determine unit costs means that you need to be collecting the right kind of information about clients and outcomes. In many agencies, the information recorded in service records is based on reporting requirements, which are not always in a form that is useful for evaluation. If staff in a prenatal clinic simply reports the number of clients served by gender, for example, you might know only that 157 females were served in March. For an evaluation, however, you might want to be able to break down that number in different ways. For example, do young first-time mothers usually require more visits than older women? Do single mothers or women with several children miss more appointments? Is transportation to appointments more of a problem for women who

10 live in rural areas? Are any client characteristics commonly related to important outcomes such as birth weight of the baby? Deciding how to collect enough client and service data to give useful information, without overburdening staff with unnecessary paperwork requirements, requires a lot of planning. Larger agencies often hire experts to design data systems, which are called MIS or management-and-informationsystems. If you are working for an existing agency, your ability to separate out unit costs for services or outcomes may depend on the systems that are already in place for budgeting, ing, and collecting service data. However, if you are in a position to influence these functions, or need to supplement an existing system, there are a number of texts that discuss the pros and cons of different ways of budgeting, ing, and deg MIS or management-and-information-systems (see Kettner, Moroney & Martin, 1990).

COST - EFFECTIVENESS ANALYSIS : Most often, cost-effectiveness and cost-benefit studies are conducted at a level that involves more than just a local program (such as an individual State Strengthening project). Sometimes they also involve following up over a long period of time, to look at the long-term impact of interventions. They are often used by policy analysts and legislators to make broad policy decisions, so they might look at a large federal program, or compare several smaller pilot programs that take different approaches to solving the same social problem. People often use the interchangeably, but there are important differences between them. Cost - Effectiveness analysis assumes that a certain benefit or outcome is desired, and that there are several alternative ways to achieve it. The basic question asked is, "Which of these alternatives is the cheapest or most efficient way to get this benefit?" By definition, cost-effectiveness analysis is comparative, while cost-benefit analysis usually considers only one program at a time. Another important difference is that while cost-benefit analysis always compares the monetary costs and benefits of a program, cost-effectiveness studies often compare programs on the basis of some other common scale for measuring outcomes (eg., number of students who graduate from high school, infant mortality rate, test scores that meet a certain level, reports of

11 child abuse). They address whether the unit cost is greater for one program or approach than another, which is often much easier to do, and more informative, than asg a dollar value to the outcome (White, 1988).

COST - BENEFIT ANALYSIS : The basic questions asked in a cost-benefit analysis are, "Do the economic benefits of providing this service outweigh the economic costs" and "Is it worth doing at all"? One important tool of cost-benefit analysis is the benefit-to-costs ratio, which is the total monetary cost of the benefits or outcomes divided by the total monetary costs of obtaining them. Another tool for comparison in cost-benefit analysis is the net rate of return, which is basically total costs minus the total value of benefits. The idea behind cost-benefit analysis is simple: if all inputs and outcomes of a proposed alternative can be reduced to a common unit of impact (namely dollars), they can be aggregated and compared. If people would be willing to pay dollars to have something, presumably it is a benefit; if they would pay to avoid it, it is a cost. In practice, however, asg monetary values to inputs and outcomes in social programs is rarely so simple, and it is not always appropriate to do so (Weimer & Vining, 1992; Thompson, 1982; Zeckha, 1975). "Suppose the drop-out rate in an inner-city high school is 50%. Prevention Program A enrolls 20 students, costs $20,000, and 15 of the 20 students (75%) graduate. Thus Program A resulted in 5 additional graduates at a cost of $20,000, or one additional graduate for every $4,000. Prevention Program B enrolls 20 students, costs $15,000, and 12 of the 20 students (60%) graduate. Thus Program B resulted in 2 additional graduates at a cost of $15,000, or one additional graduate for every $7,500 spent. Although Program B is cheaper ($15,000 compared to $20,000), Program A is more COST-EFFECTIVE ($4,000/each additional graduate, compared to $7,500/additional graduate). A COST-BENEFIT ANALYSIS in this situation, instead of comparing unit costs, would require estimating the dollar value of high school graduation

OBJECTIVES OF STUDY

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Cost analyses can provide estimates of what a program's costs and benefits are likely to be, before it is implemented. "Ex-ante" or "before the fact" cost analyses may have to be based on very rough estimates of costs and expected benefits. However, if a program is likely to be very expensive to implement, very difficult to "un-do" once it is in place, or very difficult to evaluate, even a rough estimate of efficiency may be quite valuable in the planning stages (Rossi & Freeman, 1993).

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Cost analyses may improve understanding of program operation, and tell what levels of intervention are most cost-effective. A careful cost analysis within a program might tell you, for example, that it doesn't so much matter whether you have a half-day program or a full-day preschool program for children, but that the teacher-to-child ratio does matter (that is, children benefit more from low ratios than they do from longer days). This information might influence decisions about how many teachers you need to hire, or how many classrooms you need, or how many children you can serve effectively.

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Cost analyses may reveal unexpected costs. A speech therapy program might unexpectedly find that it costs more to use paraprofessionals to work with children than professionals, because the paraprofessionals need more training and supervision, or work with fewer children at a time (White, 1988). Or, cutting the number of home visits allowed by caseworkers serving a large rural area (in order to save on mileage reimbursements) might have the unplanned result of higher long-distance phone bills, because the workers still feel a need to stay in close touch with their clients.

SCOPE :

13 Cost analysis can be used at several levels . At the most basic level, cost allocation is simply part of good program budgeting and ing practices , which allow managers to determine the true cost of providing a given unit of service. it deals with cost allocation , cost effectiveness and cost benefit.

Five Tiers : Tier 1 – Program definition Tier 2 – ability Tier 3 – Understanding & refining Tier – 4 Progam towards objective Tier 5 – Program impact

COST ANALYSIS METHODOLOGY :

14 PRIMARY DATA COLLECTION :•

All the data collection process has been carried out through the

constitutions with the staff concerned in the department of finance in the organization. •

Direct interactions with the manager, The ants and the related staff

concern helped me in gathering of the required data. •

Took the help of the management from the other departments and the

guidance from the internal guide. SECONDATY DATA COLLECTION :

Certain assumptions have been made in regard to the future projects of the

company. 

The data have been prepared in the consultation with the various personals

of the organization indirectly. 

The changes in capital due to expected better management have been taken

in the while calculating the related capital structures. 

The results of the capital structures forecasts have been analyzed to give

suggestions for improvement of the performance of the Organization.

PERIOD OF STUDY :

15 The study has been conducted taking into an the past five years data i.e. from 2002 – 03 to 2006 – 07

LIMITATIONS OF COST ANALYSES : •

Whether or not the program is having a significant net effect on the desired outcomes. Unless you know for sure that the program is producing a benefit, it doesn't make sense to talk about the cost of producing that benefit (Rossi & Freeman, 1993). Cost analysis may be considered an extension of an impact or outcome evaluation, but it cannot take the place of one.

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Whether the least expensive alternative is always the best alternative. Often political or social values other than cost need to determine program and policy choices. When there are competing values or goals involved, cost analysis is often just one factor to be considered, and we need to have some other way of deciding which factors should take priority.

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COMPANY PROFILE:

Bevcon Wayors Limited is a leading manufacturer of material handling equipment company that operates out of Hyderabad, the Capital of South Indian State of Andhra Pradesh. This particular unit has Established in 1999, BW’s ed an exponential growth within the first five years under the sterling leadership of the company’s chairman C.M. Ramesh. BW’s expertise is outstanding in following project areas: masonry / Concrete dams spill ways, tunneling, formation of earth dams and bunds, canals, bridges, roads and buildings. befittingly, the company has the privilege of working for or on behalf of such infrastructure majors as the Tehri Hydro power development corporation, steel Authority of India Limited, NTPC, NHPC, Reliance, and Engineering projects India Limited.

17 BW’s expertise, Virtually in all areas of civil and engineering construction, is best reflected in the successful execution of following projects. •

Rs.350 Cores Koteshwar Dam for the Tehri Hydro Electric power project in

Uttaranchal, •

Rs.250 - Crores project for transportation of iron ore form Kalta iron ore

mines to SAIL in orissa state engaging an unprecedented workforce of 4000 people. •

Rs.150-crores project for construction of B.G. single Line Tunnel No.5 (Bakkal

Tunnel) form Km 43.040 to 48.940 on the Katra-Laole section of the Udahampur srinagar- Baramulla Rail Link. Environments, Mr., Ramesh plans to bank from when the change of •

Rs.8-crores Owk Reservoir Complex in Andhra Pradesh, and

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Rs22-cores project for construction of barrage across ponnai River near Kalavagunta, Chittoor district in Andhra Pradesh.

BOARD OF DIRECTORS Mr. C. M. Ramesh, Chairman & Managing Director Mr. CM Ramesh, Chairman and Managing Director of Bevcon Projects Limited, comes form a value-based business family in Kadapa district of Andhra Pradesh. His entrepreneurial success within a short span of five years is exponential. As his first major business diversification effort, Mr. Ramesh established Bevcon Wayors Limited in 1999 in Hyderabad, the state capital of Andhra Pradesh. Within the next couple of years, he shaped the company into an outstanding infrastructure development leader with specific thrust on mega construction and mining projects. Mr. Ramesh also has the distinction of conceiving and development a profitable 6MW Bio-Mass-based electricity project in Khammam district of Andhra Pradesh. This project is recognized as the most significant in its class for industry best practices.

18 A commerce graduate with a sharp insight into national infrastructure requirement, Mr. Ramesh has a decade and half experience in developing mega projects. In addition to managing his own enterprises successfully Mr. Ramesh takes time out to provide professional consultancy to several infrastructure leaders such as the Hyderabad-based Progressive Constructions Limited, Operating efficiently out of a network of corporate and project offices across the country, Mr. Ramesh presents the picture of a cutting edge entrepreneur endowed with exemplary vision, leadership, resource mobilization, and management skills. Current diversification plans of Mr. Ramesh include tapping the excellent hydropower generation opportunities that the highly progressive State of Sikkim is unfolding. Mr. C.M. Rajesh Director Mr. C.M. Rajesh, Director of Bevcon Wayors Limited A graduate in the Arts from Andhra Loyola College, Vijayawada, Andhra Pradesh is yhe current successful Director of the profit-making Bevcon Power Projects Limited in Khammam district of Andhra Pradesh. He brings a sharp sense of focus, dynamism, dedication and competitive spirit to the company to shape into a successful, professionally managed enterprise. A hands-on leader, Mr. Rajesh’s experience is significant in successful management of the 6 MW Bio-Mass-based electricity projects in Khammam. This project is recognized as the most significant in its class for implementation of the power industry’s best practices.

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Vision & mission of the organization: vision : we envisage being a market leader by 2010 in bulk material processing & Handeling solutions through satisfy Customers , stakeholders and Employee needs.

Mission : As a part of our vision we are bringing in business and manufacturing experts from global players and forge new business alliances to bring in futuristic technologies to Indian markets.

INTERNATIONAL ALLIANCES:

20 We have Technology tie-ups with companies such as Burwell Technologies of Australia, Sanland - China, Friedrich & Noma - , Statec – Austria, Nergeco -Australia, Thermo stop - Canada.

MISSION: Our Mission is to create Smarter Engineering & Management Solutions evolved by a technology driven team. The Mission is achieved by the following edicts.

 Strong Engineering & Management skills by Design and Quality base. 

Strict conformance and compliance to quality of equipment and work procedures.

 Excellence in service to Customers & Clients  Honesty, Integrity and Transparency in all relationships.  Respect for the Individual.

QUALITY IS NOT A MERE LABEL FOR US BUT IT IS AN ORGANIC REALITY. We provide turnkey solutions for company Bulk material handling needs for Crushing, Screening, conveying. Our expertise is based on nearly decade and half experience in deg custom material handling solutions for various sectors of Production Industry. The Turnkey Material Handling Solutions can be a combination of Crushing - Screening Conveying Systems coupled with Pneumatic Handling and cartridge dust extraction system are Engineered and Executed as per the needs.

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OUR PROMOTORS: P SUNEEL LAKSHMAN Managing Director A Mechanical Engineer from BITS Pilani with 25 years of experience in Engineering Sector, especially in Material Handling Industry. He is the driving force behind the Company and has a clear Vision of making our organization as the best Project Engineering Company in Bulk Material Handling, Dust Extraction and Pneumatic Handling. Y.SRINIVASREDDY Technical Director A Mechanical Engineer with 20 years of experience in material handling equipments technology. He is the founder director of the company and heads our manufacturing facility. His forte is Design and Engineering for complex Material Handling requirements. He is also the key force in new product development at our company.

OUR FACTORY AND OFFICE INFRASTRUCTURE

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OUR COLLABORATORS As part of merging the business & manufacturing expertise with global players and forge new business alliances to bring in Futuristic Technologies to Indian Markets, Bevcon Wayors has formed JV/Technology tie-up with companies like BurwellAustralia, Nergeco Australia, Sanland - China, Friedrich & Noma - , Statec – Austria, SBS Belting - UK, Airtec Systems - Italy, Aerobelt – Australia. MILESTONES: The first major product introduction, the Comet truck, is reflective of the role this Company has played over the years. Built keeping in mind the operating conditions obtained at that time, the product became a major success and robustness and reliability became integral brand values of the Company’s products. Over the years, the Company created a creditable track record of moulding a nascent commercial vehicle sector in the country with pioneering technologies and product concepts. No doubt, access to global technology was an advantage enjoyed by the Company. More importantly, the choice of technology was determined by the unique requirements of the Indian market. Somewhat incredibly, in the 90s, in the face of bulk handling shortage in relation to freight availability, ing authorities used to permit 25 percent overload, marked up on the manufacturer’s recommendation and some States even allowed up to 50 percent overload.

24 ACHIEVEMENTS: Introduction of these required corresponding development of engines, transmissions and axles. Company led with the country's first turbo charged engine and gearboxes and axles to go with the higher power engines. Company has also been proactive in improving safety of Bulk handling, by introducing Air Lock Valves with dual line safety systems. Along with power steering, another first from your Company, these have since become standard fitment. Recognition of product development as a customer-inspired function came early in your Company. The series of products that anticipated market requirements is a testimony to the well-entrenched practice of keeping one’s ears close to the ground. At the end of the decade came the expansion phase, with units set up at Hosur, Bhandara and Alwar to create an all India manufacturing presence. This was also the time long-term partnerships were forged with global technology leaders. The next significant chapter in your Company's history was marked by economic liberalization. In seizing the new opportunities that opened up in the years that followed, the backing and of the Bevcon Group in the last two decades has been crucial. The infusion of vital capital and technology triggered the modernization of the Company’s physical infrastructure which still continues. New benchmarks have since been set in manufacturing, product development and HR infrastructure and processes. The first decade after the economic liberalization was marked by quality and efficiency improvements to reach global competitiveness. That set the stage for the multi-pronged growth plans - capacity expansion, globalization and diversification.

25 FUTURE FORAYS: The Bevcon Group has repeatedly reiterated its commitment to the growth of its Indian flagship - and has followed that up with matching action, creating the confidence to seek global growth. The holding company of Bevcon Wayors spearheads the ambitious growth plans of the Group to achieve significant presence and leadership in the Bulk Handling industry, across geographies and in adjacent sectors including auto components, foundry products, technology and engineering services, automotive electronics, construction equipment and even defence products.

ABOUT BEVCON WAYORS PVT. LTD. MISSION Convergence of ideas, experience, competencies and an unflinching ambition. At the heart of this convergence is a grand vision.

 To be the best in every field that we operate in.  To be the market leader and set higher standards of performance for the industry.  To redefine the expectation levels of our customers, partners and employees.  To deliver the highest levels of service and provide maximum value to our customers.

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VISION: Bevcon Wayors is grounded on the fundamentally strong idea of making a significant impact while serving consumers across diverse industry segments. Keeping in line with this philosophy and vision, Bevcon Wayors has a highly diversified product offering; serving Home s, SME s, Large Corporate & also providing Customized Internet and Networking

BROADBAND INTERNET The Honorable TRAI has defined broadband as "an always-on data connection with minimum speeds of 256Kbps”. The company have many Pure Broadband packages on offer. Bevcon Wayors System has redundant bandwidth connections to the Internet via fiber optic cable systems to ensure maximum uptime and availability. Comprehensive peering arrangements with other players in the industry ensure maximum redundancy and optimum traffic routing. Beam Cable System customers enjoy the benefits of a global backbone, high-performance network architecture and industry-leading peering arrangements which comes together to offer maximum site availability. BEST SOLUTIONS OF BEVCON WAYORS PRIVATE Ltd. •

CORPORATE SOLUTIONS

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SME SOLUTIONS

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HOME S SOLUTIONS

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Chapter- 3

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THEORITICAL FRAME WORK:

COST ANALYSIS METHODS •

Main Types of Cost Analysis

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Quandrants of Cost-Effectiveness

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Key Attributes of Cost Analyses

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Collecting Cost Data Alongside Clinical Studies Studies of costs and related economic implications comprise a major group of

methods used in HTA. These studies can involve attributes of either or both of primary data collection and integrative methods. That is, cost data can be collected as part of RCTs and other clinical studies, as well as istrative databases used in health care payment. Cost data from one or more such sources often are combined with data from primary clinical studies, epidemiological studies, and other sources to conduct cost-effectiveness analyses and other cost studies that involve weighing health and economic impacts of health technology. Interest in cost analyses has accompanied concerns about rising health care costs, pressures on health care policymakers to allocate resources, and the need for health product makers and other technology advocates to demonstrate the economic benefits of their technologies. This interest is reflected in a considerable increase in the number of reports of cost analyses in the literature and further refinement of methods.

Main Types of Cost Analysis There is a variety of approaches to cost analysis, the suitability of any of which depends upon the purpose of an assessment and the availability of data and other resources. It is rarely possible or necessary to identify and quantify all costs and all benefits (or outcomes), and the units used to quantify these may differ.

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Main types of cost analysis include the following. •

Cost-of-illness analysis : determination of the economic impact of an illness or condition (typically on a given population, region, or country) e.g., of smoking, arthritis or bedsores, including associated treatment costs

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Cost-minimization analysis : determination of the least costly among alternative interventions that are assumed to produce equivalent outcomes

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Cost-effectiveness analysis (CEA): a comparison of costs in monetary units with outcomes in quantitative non-monetary units, e.g., reduced mortality or morbidity

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Cost-utility analysis (CUA): a form of cost-effectiveness analysis that compares costs in monetary units with outcomes in of their utility, usually to the patient, measured, e.g., in QALYs

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Cost-consequence analysis: a form of cost-effectiveness analysis that presents costs and outcomes in discrete categories, without aggregating or weighting them

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Cost-benefit analysis (CBA): compares costs and benefits, both of which are quantified in common monetary units.

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The valuation of costs and outcomes among these alternative economic analyses. Different Types of Economic Analysis

Valuation

Valuation of Outcomes

of Costs Cost of Illness Cost Minimization Cost Effectiveness Cost Utility Cost Benefit

$ $ $ $ $

vs. vs. ÷ ÷ ÷ or -

None Assume same Natural units Utiles (e.g., QALYs) $

Cost - minimization analysis, CEA and CUA necessarily involve comparisons of alternative interventions. A technology cannot be simply cost effective, though it may be cost effective compared to something else. Although CBA typically involves comparisons of alternative technologies, this is not necessary. Because it measures costs and outcomes in monetary (not disease-specific) , CBA enables comparison of disparate technologies, e.g., coronary artery by graft surgery and screening for breast cancer. A drawback of CBA is the difficulty of asg monetary values to all pertinent outcomes, including changes in the length or quality of human life. CEA avoids this limitation by using more direct or natural units of outcomes such as lives saved or strokes averted. As such, CEA can only compare technologies whose outcomes are measured in the same units. In CUA, estimates of utility are assigned to health outcomes, enabling comparisons of disparate technologies.

31 Two basic approaches for cost-benefit analysis (CBA) are ratio approach and the net benefit approach. The ratio approach indicates the amount of benefits (or outcomes) that can be realized per unit expenditure on a technology vs. a comparator. In the ratio approach, a technology is cost beneficial vs. a comparator if the ratio of the change in costs to the change in benefits is less than one. The net benefits approach indicates the absolute amount of money saved or lost due to a use of a technology vs. a comparator. In the net benefits formulation, a technology is cost-beneficial vs. a comparator if the net change in benefits exceeds the net

change in costs. The choice between a net benefits approach or a benefit/cost approach for a CBA can affect findings. The approach selected may depend upon such factors as whether costs must be limited to a certain level, whether the intent is to maximize the absolute level of benefits, whether the intent is to minimize the cost/benefit ratio regardless of the absolute level of costs, etc. Indeed, under certain circumstances these two basic approaches may yield different preferences among alternative technologies. Box 19 shows basic formulas for determining CEA, CUA, and CBA. Basic Formulas for CEA, CUA, and CBA

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COST ANALYSIS RATIOS :

33

Quadrants of Cost-Effectiveness A basic approach to portraying a cost-effectiveness (or cost-utility) comparison of a new intervention to a standard of care is to consider the cost and effectiveness of a new intervention in the space of four fields as shown in Box 20, starting with the upper figure. The level of costs and the level of effectiveness for the standard of care are indicated by the "X" in the middle of the figure. A new intervention may have higher or lower costs, and higher or lower effectiveness, such that its plot may fall into one of the four quadrants surrounding the costs and effectiveness of the standard of care. If it is known that the plot of the new intervention falls into either of two of the quadrants, i.e., where the new intervention has higher costs and lower effectiveness (indicating that it should be rejected), or it has lower costs and higher effectiveness (indicating that it should be adopted), then no further analysis may be required. If it is known that the plot of the new intervention falls into either of the other two quadrants, i.e., where the new intervention has higher costs and higher effectiveness, or it has lower costs and lower effectiveness, then further analysis weighing the marginal costs and effectiveness of the new intervention compared to the standard of care may be required. Within either of the two quadrants that entail weighing tradeoffs of costs and effectiveness, it may be apparent that the marginal tradeoff of costs and outcomes is so high or low as to suggest rejection or adoption. As shown in the lower figure of Box 20, this arises when the new intervention yields only very low marginal gain in effectiveness at a very high marginal cost (reject), or yields very high marginal improvements in effectiveness at a very low marginal cost (adopt).

Key Attributes of Cost Analyses The approaches to ing for costs and outcomes in cost analyses can vary in a number of important respects, some of which are addressed briefly below. These should be carefully considered by assessors, as well as the policymakers who intend to make use of assessment findings. Given the different ways in which costs and

34 outcomes may be determined, all studies should make clear their methodology in these respects (Byford 1998; Drummond 1997; Gold 1996). Comparator. Any cost analysis of one intervention versus another must be specific about the comparator. This may be standard of care (current best practice), minimum practice, or no intervention. Some analyses that declare the superiority of a new intervention may have used a comparator that is no longer in practice or is considered sub-standard care or that is not appropriate for the patient population of interest. Perspective. The perspective of a cost analysis refers to the standpoint at which costs and outcomes (or consequences or benefits) are realized. For instance, the perspective of an analysis may be that of society overall, a third-party payer, a physician, a hospital, or a patient. Clearly, costs and outcomes are not realized in the same way from each of these perspectives. Many analysts favor using the broad perspective of society and identifying all costs and all outcomes accordingly. However, "society" as such may not be the decision maker, and what is cost effective from that perspective may not be what is cost effective from the standpoint of a ministry of health, third-party payer, hospital manager, patient, or other decision maker. It is possible that this perspective may resemble that of a national or regional government, if indeed that government experiences (or is responsible for representing the perspectives of those that experience) all of the costs and outcomes that are included in a societal perspective.

35 Quadrants of Cost-Effectiveness

36 Direct Costs. Depending upon the perspective taken, cost analyses should identify two types of direct costs. Direct costs represent the value of all goods, services, and other resources consumed in providing health care or dealing with side effects or other current and future consequences of health care. Two types of direct costs are direct health care costs and direct non-health care costs. Direct health care costs include costs of physician services, hospital services, drugs, etc. involved in delivery of health care. Direct non-health care costs are incurred in connection with health care, such as for care provided by family and transportation to and from the site of care. In quantifying direct health care costs, many analyses use readily available hospital or physician charges (i.e., price lists) rather than true costs, whose determination may require special analyses of resource consumption. However, charges (as well as actual payments) tend to reflect provider cost shifting and other factors that decrease the validity of using charges to represent the true costs of providing care. Indirect Costs. Analyses should for indirect costs, sometimes known as "productivity losses." These include the costs of lost work due to absenteeism or early retirement, impaired productivity at work, and lost or impaired leisure activity. Indirect costs also include the costs of premature mortality. Intangible costs of pain, suffering, and grief are real, yet very difficult to measure and are often omitted from cost analyses. Time Horizon. Interpretation of cost analyses must consider that the time horizon (or time-frame) of a study is likely to affect the findings regarding the relative magnitudes of costs and outcomes of a health care intervention. Costs and outcomes usually do not accrue in steady streams over time. Comparisons of costs and outcomes after one year may yield much different findings than comparisons made after 5, 10, or 25 years. The meaningful time horizons for assessing the cost horizons of each of emergency appendectomies, cholesterol-lowering in high-risk adults, and smoking cessation in teenagers are likely to be quite different.

37 For example, an analysis conducted for the Medicare program in the US to determine cost and time tradeoffs of hemodialysis and kidney transplantation showed that the annualized expenditure by the Medicare End-Stage Renal Disease Program for a dialysis patient was $32,000. Although patients with functioning transplanted kidneys required a first-year expenditure of $56,000, they cost Medicare only an average of $6,400 in succeeding years. On average, estimated cumulative dialysis and transplantation costs reach a break-even point in about three years, after which transplantation provides a net financial gain compared to dialysis (Rettig 1991). Time horizons should be long enough to capture streams of health and economic outcomes (including significant intended and unintended ones). These could encom a disease episode, patient life, or even multiple generations of life (such as for interventions in women of child-bearing age or interventions that may cause heritable genetic changes). Quantitative modeling approaches may be needed to estimate costs and outcomes that are beyond those of available data. Of course, the higher the discount rate used in an analysis, the less important are future outcomes and costs. Average Costs vs. Marginal Costs. Assessments should make clear whether average costs or marginal costs are being used in the analysis. Whereas average cost analysis considers the total (or absolute) costs and outcomes of an intervention, marginal cost analysis considers how outcomes change with changes in costs (e.g., relative to a comparator), which may provide more information about how to use resources efficiently. Marginal cost analysis may reveal that, beyond a certain level of spending, the Additional benefits are no longer worth the additional costs. For example, as shown in Box 21, the average cost per desired outcome of an iterative screening test may appear to be quite acceptable (e.g.,$2,451 per case of colorectal cancer detected assuming a total of six tests per person), whereas marginal cost analysis demonstrates that the cost of adding the last test (i.e., the additional cost of the sixth test per person) to detect another case of cancer would be astronomical. .

38

USING COST ANALYSES WITH THE STATE STRENGTHENING EVALUATION GUIDE: If you are using the Five-Tiered Approach to Program Evaluation outlined in the State Strengthening Evaluation Guide, cost analyses can be used at several levels:

Tier 1 - Program Definition At this stage, you will probably be using cost studies based on other people's experience in similar programs, since you are unlikely to have cost data of your own yet. This means that the estimates you use will only be approximations, and may not accurately reflect what your program's experience will be. However, "ex-ante" cost analyses, done in the planning stages before implementing a program, can potentially prevent some very costly mistakes. If you have access to cost-effectiveness studies of programs similar to the one you are considering, especially if they allow you to compare the relative costs and benefits of several different ways of delivering a service, before you have made substantial investments of time or money, some program design decisions may be easier. One common example in community-based programs is staffing (eg., deciding whether to use highly-trained professionals to deliver services, or to rely on less highly-paid paraprofessionals or volunteers). While many people assume that the paraprofessionals or volunteers are always less expensive, cost-effectiveness studies in some cases have found that the professionals may be less costly in the long run because they can see more clients, require less supervision time, or are more effective. Of course, costs also need to be weighed against other considerations, such as the fact that paraprofessionals recruited from the community served may more easily gain the trust of clients.

39

Tier 2 - ability Clearly, fiscal ability is one of the primary reasons for using any kind of cost analysis as part of your evaluation. Any responsible program should keep service statistics and financial records that are accurate and up-to-date enough to be able to determine some very basic information about unit costs, and funders usually require this. However, the minimal information routinely collected by programs for fiscal and reporting purposes is not always in a form that lends itself to evaluation uses.

Tier 3 - Understanding and Refining Like any other type of information gathered for evaluation purposes, the cost information collected in Tier 2 for ability purposes provides programs with a basis for mid-course adjustments and program refinements, either at the end of a funding cycle, or in the course of implementation.

Tier 4 - Progress Toward Objectives Using cost information in Tier 4 is closely tied to the program design issues of Tier 1, and the ability issues of Tier 2. If appropriate program outcomes and indicators have been identified in Tier 1, and the appropriate unit cost information is included in the routine data that is collected as part of Tier 2, then the job of identifying progress toward objectives in Tier 4 becomes much easier.

Tier 5 - Program Impact When it has been possible to conduct a full-scale cost-benefit analysis over a long period of time, and it shows significant long-term gains and cost savings in a particular population or problem area, the policy implications may be great. One of the best-known examples is the Perry Preschool Study (discussed earlier), which has been credited with persuading lawmakers to sustain or significantly increase their for early intervention programs, including Head Start.

40

HOW TO BUDGET & ALLOCATE COSTS FOR COST EFFECTIVENESS STUDIES: The type of budgeting and ing system your program or agency uses may well determine how much useful cost data is available for evaluating your program, or comparing it to others. Three major types of budgeting formats commonly used in social service programs will provide different types and amounts of information (Kettner, Moroney, & Martin, 1990). The most common format is the Line-Item Budget format, which simply looks at revenues (money coming in from various sources, including grants, fees or United Way funds) and expenditures (costs broken down into broad categories like salaries, rent, utilities, and postage), and tries to ensure that they balance. The main purpose of a line-item budget is financial control, and the categories are usually too broad to give much information about the cost of providing a particular service or obtaining a particular result. The Functional Budget format starts with a line-item budget, and takes it a step further. It focuses on process, or the cost of providing a service. For example, with a Functional Budget, we could determine that it cost an adoption agency $45,000 to conduct 100 home studies (an activity which is a necessary part of the process of placing children in permanent homes). The Program Budget, which also starts with a line-item budget, looks at the same information from the point of view of outcomes, or the cost of achieving a result. For example, if the 100 home studies resulted in actually placing 50 children in adoptive homes, the Program Budget would allow us to say that it cost the agency $45,000 to place 50 children, which is an outcome. Another way to look at this is that functional budgets measure productivity, and program budgets measure the cost of achieving goals and objectives.

41 COMMON

STEPS

IN DEVELOPING PROGRAM &

FUNCTIONAL

BUDGETS (Kettner, et al., 1990): 1. Develop a line-item budget that shows all expenditures. This is the minimal level of budgeting and ing that is required by many funders, such as the United Way. Some funders require a specific format, so that the categories used are standard across the programs that they fund. 2. Determine the agency's program structure. A distinct program is a set of activities or services designed to accomplish a specific set of agency goals and objectives. Many agencies have several different programs. 3. Identify all direct costs and indirect costs. Direct costs are those that benefit only one program (for example, salaries of staff who work only for one program, or supplies and equipment used only for that program). Indirect costs or "overhead" costs are those that benefit or are shared by more than one program (for example, several programs in an agency might share the same building, and be served by the same bookkeeping and secretarial staff, utilities, or janitorial services). 4. Assign direct costs to the appropriate program or project. This is usually fairly straightforward. If one county agent has full-time responsibility for operating your State Strengthening project, for example, then 100% of his or her salary and benefits would be assigned as an expense to that project in the budget. If a staff member spends 50% of his or her time on the State Strengthening project and 50% on another assignment, then half of that person's salary and benefits would be assigned to the State Strengthening project as a direct cost. 5. Allocate indirect costs to programs. Deciding how to divide up the indirect (shared) cost pool among several programs in the agency can be much more complicated and technical. The actual practice of allocating or dividing up the indirect costs is usually best left to an ant. There are several methods for doing this, each with particular advantages and disadvantages

42 6. Determine total program costs. The total cost of a particular program (such as your State Strengthening project) is the sum of the direct costs, and the portion of indirect costs that is allocated to that program. Once we have this information about total program costs, then we can calculate unit costs. For a Functional Budget, this involves defining the units of service for each program (eg., hours of day care provided, meals delivered, home studies conducted), and calculating the cost per unit of service. In the adoption agency example above, the unit cost of conducting a home study would be $450 (total program cost divided by number of units of service provided). For a Program Budget, the final steps are determining the total cost of achieving the outcome objectives for the year, and calculating the cost per outcome. Using the adoption example again, we can say that the adoption agency described above successfully placed children in adoptive homes at a unit cost of $900/child (total program costs divided by the number of successful outcomes).

EFFICIENCY & COST - EFFECTIVENESS STUDIES:

43 From the point of view of program evaluation, both the Program and Functional Budgeting systems are more useful than a Line-Item Budget. Unit cost information allows for useful comparisons of the costs of delivering services and getting results. With this information, we can look at the unit cost of one adoption agency compared to another, to see whether one operates more efficiently. We can also compare the unit cost (per child) of adoptive placement to the unit cost (per child) of placement in foster care or residential treatment. This is basically what happens in a costeffectiveness study. In general, a cost-effectiveness study is more appropriate than a cost-benefit analysis when your goals or outcomes can't easily be quantified or monetized, or when there are multiple competing goals. As with budgeting and cost allocation, there are a variety of approaches to cost-effectiveness studies. The approach that is best for your purposes will depend on a number of factors. A good source of more detailed information about deciding what approach is most appropriate, and conducting the various types of cost-effectiveness studies, is Weimer & Vining (1992).

HOW TO CONDUCT A COST - BENEFIT ANALYSIS:

44 Cost-benefit analysis is by far the most complex and controversial of the three methods of costs analysis we have discussed. It should not be attempted by those who lack technical expertise in this area. However, for some purposes, it is also one of the most powerful methods. For those who decide to undertake a cost-benefit analysis in spite of the difficulties, Barnett (1993) outlines a nine step process. Various standard texts are recommended for more in-depth information (see below). •

Step 1: Define the Scope or Perspective of the Analysis - The first step is to

describe the alternative(s) to be evaluated, and determine whose perspective will guide the evaluation. A narrow cost analysis might look only at the monetary costs and benefits to the individual participant or target of services, or to a particular funder or agency. A broader perspective might attempt to look at a wide range of costs and consequences (intended and unintended, direct and indirect) for society as a whole. A program that is not cost-effective from the perspective of a particular agency within its limited mission and budget may well be cost-effective from the perspective of society, because it saves expenses or prevents problems in other areas. Rossi and Freeman (1993) note that because different stakeholders may have different values and priorities, mixing different viewpoints is likely to result in "confused specifications and overlapping or double counting." Whether we like it or not, the perspective chosen for cost evaluation may have political implications. •

Step 2: Conduct Cost Analysis - The next step is to identify and estimate the

monetary value of all resources used in the intervention, not just the budgetary costs. Some costs, such as salaries of direct service staff, rental of office space, or program supplies, are obvious and simple to determine. Indirect costs of supervision and istration need to be included as well. Other resources and costs may go well beyond the items that are usually included in an agency budget. Sometimes "overhead" (like office space or supervision) is provided as an in-kind service by an existing agency, but since there are probably some additional demands made on the time of the agency staff, this should be figured into the "real" cost of the intervention

•

Step 3: Estimate Program Effects - This is where more traditional impact or

outcome evaluation methods come in. As noted earlier, if we don't know that there

45 is a significant beneficial effect of our program, there is little point in asking how much it costs to get the effect, or whether it is more cost-effective than another kind of program. Many texts on evaluation can assist you in deg a valid evaluation (Rossi & Freeman, 1993; State Strengthening Evaluation Guide, 1997). Often it is not possible to use a true experimental design in evaluating community-based programs, but there are a number of quasi-experimental designs available (Cook & Campbell, 1979). Also, don't forget that it is often possible to use existing data to estimate program effects, as well. If you are looking at an ongoing program, or one that is based on a national model (such as the Parents As Teachers program), check to see if formal evaluations have already been done elsewhere. You may also be able to get useful information from the program's service statistics, or from local, state, or federal census data [insert link here to Using Existing Data URL]. •

Step 4: Estimate the Monetary Value of Outcomes - This is one of the most

difficult and controversial aspects of conducting a cost-benefit analysis, and it may require the help of consultants. Some cost-savings are easier to estimate than others. For example, we may have data that the average cost of placing a child in residential treatment is $20,000 a year, so if we are able to prevent 20 children from being placed in residential treatment, the estimated savings is 20 X $20,000. However, other important outcomes may be much less obvious, and much harder to estimate. •

Step 5: for the Effects of Time - One of the trickiest and most technical

aspects of cost-benefit analysis, especially for longitudinal studies that follow clients or outcomes over a period of years, is discounting of costs and calculating rates of return for alternative uses of the money (such as investing it). This includes taking into the effects of inflation on the value of the dollar over time, or figuring the depreciation in the value of things like buildings and other capital equipment. Similar issues apply in estimating the value of benefits over a period of time. For example, if we want to look at the projected life-time earnings of a teenager who stays in school due to a drop-out prevention program compared to one who does not, we need to make projections

about wages. If we want to look at whether the government will eventually recover its investment in the drop-out program through the taxes he or she will pay on the

46 increased income, we need to make projections about future tax rates as well. These projections all require assumptions. Unless you or someone on the program staff has expertise in this area, it is strongly advised that you seek out a skilled consultant to help with this step. •

Step 6: Aggregate and Apply a Decision Rule - If you are looking at the costs and

benefits on several outcomes (which is often the case), how will you decide which has priority? If a program for pregnant teenagers results in healthier babies (and lower hospital costs), but not in fewer repeat pregnancies, which outcome is more important? •

Step 7: Describe Distributional Consequences - This is related to choosing

your perspective of analysis. It involves specifying who gains and who loses under different conditions (because in some cases, one party's benefit is another party's loss). This may be a highly controversial and political step in the process. •

Step 8: Conduct Sensitivity Analysis - This step involves identifying the

assumptions behind your cost estimates, and considering how critical they are to your calculations. If one of your assumptions turns out not to be accurate, or if conditions change during the time of your study (for example, the minimum wage goes up, affecting salary costs), will that change your whole conclusion, or is the effect strong enough that there is some leeway? •

Step 9: Discuss the Qualitative Residual - Since there are almost always some

things that can't be quantified or given monetary values, it is important that your report include some discussion of these issues. A frank description of some of these qualitative issues in your report can help round out your conclusions, and reduce the chances of your study being used inappropriately.

47

Cost - Benefit Analysis From Wikipedia, the free encyclopedia Jump to: navigation, search Cost-benefit analysis is a term that refers both to: •

a formal discipline used to help appraise, or assess, the case for a project or proposal, which itself is a process known as project appraisal; and

•

an informal approach to making decisions of any kind. Under both definitions the process involves, whether explicitly or implicitly,

weighing the total expected costs against the total expected benefits of one or more actions in order to choose the best or most profitable option. The formal process is often referred to as either CBA (Cost-Benefit Analysis) or BCA (Benefit-Cost Analysis). A hallmark of CBA is that all benefits and all costs are expressed in money , and are adjusted for the time value of money, so that all flows of benefits and flows of project costs over time (which tend to occur at different points in time) are expressed on a common basis in of their “present value.” Closely related, but slightly different, formal techniques include Cost-effectiveness analysis, Economic impact analysis, Fiscal impact analysis and Social Return on Investment(SROI) analysis. The latter builds upon the logic of cost-benefit analysis, but differs in that it is explicitly designed to inform the practical decision-making of enterprise managers and investors focused on optimizing their social and environmental impacts.

48

Chapter- 4

49

ANALYSIS PART IS CALCULATED: The data is collected by using website [email protected] after the receiving permission from business industrial networks. This database and documentation is the confidential and proprietary information of Business Industrial Network ("Confidential Information"). I tried my best to get this data , cost details can t be disclosed in detail being a confidential data . Analysis is done industry wise.

50

DATA ANALYSIS & INTERPRETATION :

Business Industrial Network Don't be laymen by the low bars for the "Paper" industry. The survey participants did not supply monthly T&M cost. This could be a result of participants not being aware of cost, or not trusting that they remain anonymous in this survey.

Lost Production Cost Industry

51

Analysis: This graph shows us just how unaware each industry is, of the "True Cost" of downtime. For example it has been calculated in some paper facilities, that a corrugator down cost $10K per hour. One might construed the bar for paper industry indicates the corrugator has not been down for more than an hour the entire year! The graph indicates the Automotive, Food and Metal industries are most aware of "True Cost" of downtime.

Once the tools and articles at bin95.com are used to calculate, track, and benchmark the "True Cost" of downtime, this information should be used in daily management decisions. (Such as repair or replace.)

This database and documentation is the confidential and proprietary information of Business Industrial Network ("Confidential Information"). You shall not disclose such Confidential Information and shall use it only in accordance with the of the license agreement you entered into with Business Industrial Network. No portion of these proceedings or exhibits may be copied, duplicated, used or referenced without written permission from Business Industrial Network. [email protected]

OEM Response Time

52

lndustry

_ = Highest Maximum time reported by any one facility, waiting on OEM to respond. _ = Average maximum time for industry that OEM took to respond.

Analysis:

53 Note: These are averages among industry of maximum respond time. Not average respond time of OEM. This graph is just to show extreme cases, to bring attention to cost involved. For example if you calculated your true cost of down time as $1,000 per hour, some instances cost as much as $50,000. If that breakdown was a bottle neck, the hourly cost could escalate to over a half a million! This is yet another example of why you should take out insurance against costly downtime, and subscribe to Business Industrial Network's technical resources. (If you only shave 10% off one instance, with our services, you could see a ROI of more than 500%.)

54

Annual OEM Cost

Analysis: With an increase in outsourcing, industry wide, $100K a year is not bad. If you dig deeper, you'll find these figures to be actual dollars paid out. Not actual cost of downtime related to OEM service. You will find that service is not the only OEM related cause for downtime cost. Most facilities do not track downtime cost related to OEM warranty work, and OEM new installations/upgrades. The first step is to accurately track cost related OEM service, warranty, and installations. Then you will see the "True Cost", and potential for savings. (Lack of standards for dealing with OEMs is the primary reason for cost ten times the scale in the graph above. BIN95 is working on a set of tools and standards you can use to save thousands.)

55

.

_ = Average number of PLC techs per industry _ = Average number of PLCs per industry

Analysis: Its amazing to find out how many don't know exactly how many PLCs are in their facility. Injection Molding was the lowest in our survey. But with just about every Molding machine and extruder having some flavor of PLC in it, I suspect the numbers are a lot higher than surveyed. TIPS: 1. Take an inventory of all machines. 2. Insure you have manuals and preferably software on hand, for each brand Business Industrial Network has personnel who will inventory for you, and make back up copies of all programs.

56

.

_ = Average monthly downtime for industry _ = Average total annual downtime for industry

Analysis: The Automotive, metal and paper industries reported monthly averages where off by an average of 30% of what they reported for an annual downtime. One of 2 conclusion can be drawn from this fact. 1. They are not aware of the true monthly average downtime. 2. They had one or more major break downs that where not calculated in monthly averages

Cancer screening and detection costs with sequential guaiac tests

57

No. No. of Additional Total cost Additional Average Marginal of cancers cancers ($) of ($) cost of cost ($) cost ($) tests detected detected diagnosis diagnosis per cancer per cancer detected detected 1 2 3 4 5 6

65.9469 71.4424 71.9004 71.9385 71.9417 71.9420

65.9469 5.4956 0.4580 0.0382 0.0032 0.0003

77,511 107,690 130,199 148,116 163,141 176,331

77,511 30,179 22,509 17,917 15,024 13,190

1,175 1,507 1,810 2,059 2,268 2,451

1,175 5,492 49,150 469,534 4,724,695 47,107,214

This analysis assumed that there were 72 true cancer cases per 10,000 population. The testing protocol provided six stool guaiac tests per person to detect colon cancer. If any one of the six tests was positive, a barium-enema test was performed, which was assumed to yield no false positive and no false-negative results. Other assumptions: the true-positive cancer detection rate of any single guaiac test was 91.667%; the false-positive rate of any single guaiac test was 36.508%; the cost of the first stool guaiac test was $4 and each subsequent guaiac test was $1; the cost of a barium-enema was $100. The marginal cost per case detected depends on the population screened and the sensitivity of the test used. Source: Neuha 1975. Discounting. Cost analyses should for the effect of the age of time on the value of costs and outcomes. Costs and outcomes that occur in the future usually have less present value than costs and outcomes realized today. Discounting reflects the time preference for benefits earlier rather than later; it also reflects the opportunity costs of capital, i.e., whatever returns on investment that could have been gained if resources had been invested elsewhere. Thus, costs and outcomes should be discounted relative to their present value (e.g., at a rate of five percent per year).

Discounting allows comparisons involving costs and benefits that flow differently over time. It is less relevant for "pay as you go" benefits, such as if all costs and benefits are realized together within one year. It is more relevant in instances where these do not occur in parallel, such as when most costs are realized early and most benefits are realized in later years. Discount rates used in cost analyses are typically

58 based on interest rates of government bonds or the market interest rates for the cost of capital whose maturity is about the same as the duration of the effective time horizon of the health care intervention of program being evaluated. Box 22 shows the basic formula for calculating present values for a given discount rate, as well as how the present value of a cost or benefit that is discounted at selected rates is affected over time. Cost analyses should also correct for the effects of inflation (which is different from the time preference ed for by discounting), such as when costs or cost-effectiveness for one year is compared to another year. Sensitivity Analysis. Any estimate of costs, outcomes, and other variables used in a cost analysis is subject to some uncertainty. Therefore, sensitivity analysis should be performed to determine if plausible variations in the estimates of certain variables thought to be subject to significant.

59

CHAPTER- 5

FINDINGS & SUGGESTIONS :

FIND A SOLUTION TO THE BUSINESS DILEMMA: YOU WANT TO CONTROL Travel & Telephony Costs Energy consumption Slower Decision-Making Ineffective Reporting Formats

IT Maintenance Costs Server Hardware Purchases Problematic Content Workflow Multiplicity of Software Licenses

60 Unproductive Customer Service Poor IT Service Levels Upfront payment for Software Licenses

COST ANALYSIS: The Aberdeen's Spend Analysis Benchmark Study - 2007 while enterprises are clearly able to recognize and communicate the benefits of utilizing spend analysis technology, they have not yet bridged the gap to action. Sixty percent of organizations currently rely on manual tools to collect and analyze spend data, resulting in limited spend visibility and the inability to improve cost savings.

Best-in-Class Performance Aberdeen evaluated over 700 enterprises in July and August of 2007 and distinguished Best-in-Class enterprises by the percentage of enterprise spend under management. Best in Class enterprises in this study are notable for their superior performance and credit spends analysis solutions for delivering the following benefits: 12.7% savings due to sourcing efforts based on spend analysis data 9.1% reduction in manual correction of spend cleansed and classified 73% rate of compliance to contractual agreements

CONCLUSION : •

The goal of this primer has been to describe the major principals, concepts and methods for doing economic analysis of highway projects. The coverage of these subjects has been necessary brief . For the interested reader, a wealth of additional information from publicly accessible sources.

•

First and foremost, economic analysis provides valuable information to the planning, design, construction, preservation, and operation of the transportation infrastructure. The limited supply of transportation dollars must be invested in a manner that gives the greatest return to the public .The most objective way to

61 accomplish this is to compare the benefits and costs of transportation projects through the standard unit of the discounted dollar over the life cycle of projects. •

Benefit cost analysis is the most comprehensive method to evaluate the reasonableness of highway projects in economic . In some cases, when it is clear that a project must be undertaken regardless of its cost. (e.g., a critical bridge on a inter state highway must be repaired or replaced in kind).

•

State agencies and other practitioners typically must invent some effort to establish the skills and procedures needed to conduct economic analysis. Once established ,however, economic analysis integrates with existing planning, environmental, and engineering practices with minimal additional work

•

Uncertainty is a complicating factor in economic analysis as it is in virtually every area of human endeavor. Uncertainty can be measured and quantified as risk through risk analysis methods.

•

Finally, through the mechanism of the marketplaces, the direct benefits and costs of highway projects will cause various indirect effects on local and regional economies, including impacts on employment levels, wages, business activity and housing prices. EIA tools can measure these indirect effects of highway projects based on the findings of BCA. Indirect effects are often of major interest to decision makers and the public and particularly for large projects, can be presented in a complementary analysis to the BCA.

62

CHAPTER- 6

BIBLOGRAPHY Cost Analysis, Cost Recovery, Marketing, and Fee-based Services: A Guide for ... by M. Sandra Wood - Medical libraries - 268 pages

63 Benefit-cost Analysis: Financial and Economic Appraisal Using Spreadsheets by Harry F. Campbell, Richard P. C. Brown - Business & Economics - 2003 - 345 pages Throughout the text of this introduction to benefit cost analysis, emphasis is on applications, and a worked case study is progressively undertaken as Limited preview - About this book - Add to my shared library Cost-Benefit Analysis and Health Care Evaluations by Robert J. Brent - Health & Fitness - 2004 - 400 pages This book attempts to build a bridge between cost-benefit analysis, as developed by economists, and the health care evaluation literature which relies on other... Cost-benefit Analysis: Theory and Application by Tevfik F. Nas - Political Science - 1996 - 220 pages This book has been designed specifically with the non-economist in mind, for example, students in public istration, urban studies and health care who may Probability Methods for Cost Uncertainty Analysis: A Systems Engineering - Page 1 by Paul R. Garvey - Technology & Engineering - 2000 - 401 pages "How much could cost overrun!" "What are the uncertainties and how do they drive cost!" Cost uncertainty analysis provides decision-makers insight into ... Limited preview - About this book - Add to my shared library

Cost-benefit Analysis by Richard Layard, Stephen Glaister - Business & Economics - 1994 - 497 pages Covering all the main problems that arise in a typical cost-benefit exercise, this second edition reflects the most recent research in the area.

64 Cost Analysis Applications of Economics and Operations Research: Proceedings by Institute of Cost Analysis. National Conference, Thomas R. Gulledge, Lewis A. Litteral - Business & Economics - 1989 - 422 pages Literaturangaben

Cost-benefit Analysis: An Informal Introduction by Edward J. Mishan - Business & Economics - 1988 - 461 pages

i