project planning and analysis
TRANSCRIPT
Project Planning and Analysis
Project Identification Analysis Course Content:
Concept of Project
Search for Business Idea
Project Identification
Project Planning Formulation and Analysis
Project Screening and Presentation of Projects for Decision-Making
Socio-economic Consideration in Project formulation
Social infrastructure Projects for Sustainable Development
Investment Opportunities.
Concept and features of Project
A Project is a unique endeavor to produce a set of deliverables within clearly specified time, cost and quality
constraints.
Trying to manage a Project without Project management is like trying to play a football game without a game
plan.
Gillinger defines “project” as the whole complex of activities involved in using resources to gain benef its.
Project management institute, USA defined project as “a system involving the co-ordination of a number of
separate department entities throughout organization, in a way it must be completed with prescribed schedules
and time constraints”.
Project is a unique process of a set of coordinated and controlled activities with start and finish dates,
undertaken to achieve an objective conforming to specific requirements, including constraints of time, cost,
quality and resources.
It is a planned set of activities
It has scope
It has time, cost, quality and resource constraints.
Features of Project
CHARACTERISTICS OF PROJECT
(1) Objectives : A project has a set of objectives or a mission. Once the objectives are achieved the project is treated as
completed.
(2) Life cycle : A project has a life cycle. The life cycle consists of five stages i.e. conception stage, definition stage,
planning & organizing stage, implementation stage and commissioning stage.
(3) Uniqueness : Every project is unique and no two projects are similar. Setting up a cement plant and construction of a
highway are two different projects having unique features.
(4) Team Work : Project is a team work and it normally consists of diverse areas. There will be personnel specialized in
their respective areas and co-ordination among the diverse areas calls for team work.
(5)Complexity : A project is a complex set of activities relating to diverse areas.
(6) Risk and uncertainty : Risk and uncertainty go hand in hand with project. A risk-free, it only means that the element is
not apparently visible on the surface and it will be hidden underneath.
(7) Customer specific nature : A project is always customer specific. It is the customer who decides upon the product to
be produced or services to be offered and hence it is the responsibility of any organization to go for projects/services
that are suited to customer needs.
(8) Change : Changes occur through out the life span of a project as a natural outcome of many environmental factors.
The changes may vary from minor changes (which may have very little impact on the project), to major changes (which
may have a big impact or even may change the very nature of the project).
(9) Optimality : A project is always aimed at optimum utilization of resources for the overall development of the
economy.
(10)Sub-contracting : A high level of work in a project is done through contractors. The more the complexity of the
project, the more will be the extent of contracting.
(11) Unity in diversity : A project is a complex set of thousands of varieties. The varieties are in terms of technology,
equipment and materials, machinery and people, work, culture and others.
Types of Project Motorway and expressway.
Metro, subway and other mass transit systems.
Dams.
Railway network and service – both passenger and cargo.
Power plants and other charged utilities.
Port and terminals.
Airports and terminals.
Mines and natural resource explorations.
Large new industrial undertakings – [no expansion and extensions.
Large residential and commercial buildings.
Project Management Project management is an organized venture for managing projects, involves scientific application of modern
tools and techniques in planning, financing, implementing, monitoring, controlling and coordinating unique
activities or task produce desirable outputs in accordance with the determined objectives with in the constraints
of time and cost. Project Management is causing a planned undertaking to happen.
Role of Project Manager: Takes ownership of the whole project
Is proactive not reactive
Adequately plans the project
Is Authoritative (NOT Authoritarian)
Is Decisive
Is a Good Communicator
Manages by data and facts not uniformed optimism
Leads by example
Has sound Judgement
Is a Motivator
Is Diplomatic
Can Delegate
Project Identification First step in strategic planning process.
Identification of a new project is a complex problem. Project selection process starts with the generation of
project ideas. In order to select the most promising project, the entrepreneur needs to generate a few ideas
about the possible project one can undertake. The project ideas as a process of identification of a project begins
with an analytical survey of the economy (also known as pre-investment surveys). The surveys and studies will
give us ideas. The process of project selection consists of following stages:
- Idea Generation
- Environmental Appraisal
- Corporate Appraisal
- Scouting for project ideas
- Preliminary screening
- Project rating index
- Sources of positive Net Present Value
- Entrepreneur qualities
Step-1 Project Idea Screening
Project selection process starts with the generation of a project idea. Ideas are based on technological breakthrough s
and most of the project ideas are variants of present products or services. To stimulate the flow of ideas, the following
are helpful:
1. SWOT Analysis :- SWOT is an acronym for strengths, weaknesses, opportunities and threats. SWOT analysis
represents conscious, deliberate and systematic effort by an organization to identify opportunities that can be profitably
exploited by it. Periodic SWOT analysis facilitates the generation of ideas. Operational objectives of a firm may be one or
more of the following:
Cost reduction
Productivity improvement
Increase in capacity utilization
Improvement in contribution margin
2. Fostering a conducive climate :- To tap the creativity of people and to harness their entrepreneurial skills, a conducive
organization climate has to be fostered. Two conspicuous examples of organization which have been exceptionally
successful in tapping the creativity of employees are:
The Bell Telephone Laboratory: It has succeeded in harnessing creativity by providing an unconstrained
environment
3M Corporation: It has effectively nurtured the entrepreneurial skills of its employees as sources of idea
generation.
The project ideas can be generated from various internal and external sources. These are : -
Knowledge of market, products, services and potential customer choice.
Emerging trends in demand for particular product.
Scope for producing substitute product.
Market survey & research.
Making visits to trade and exhibitions, Going through Professional magazines.
Government guidelines & policy.
Ideas given by the experienced person and by personal experience
3. Clear articulation of objectives: A clear articulations and prioritization of objectives helps in channelizing the efforts
of employees and prods them to think more imaginatively. The operational objectives of a firm may be one or more of
the following:
Cost reduction
Productivity improvement
Increase in capacity utilization
Improvement in contribution margin
Expansion into promising fields
Step-2 Environment Appraisal An entrepreneur or a firm systematically appraise the environment and assess its competitive abilities. For the
purposes of monitoring, the business environment may be divided into six broad sectors. The key elements of
the environment are as follow :
1. Economic Sector
• State of the economy
• Overall rate of growth
• Cyclical fluctuations
• Inflation rate
• Growth rate of primary, secondary and territory sector
• Growth rate of world economy
• Trade surplus and deficits
• Balance of Payment
2. Government Sector
• Industrial policy
• Government program and projects
• Tax structure
• EXIM policy
• Financing norms
• Subsidies incentives and concessions
• Monetary policy
3. Technological Sector
• Emergence of new technologies
• Access to technical know-how, foreign as well as indigenous
4. Socio-demographic Sector
• Population trends
• Age shifts in population
• Income distribution
• Educational profile
• Employment of women
• Attitudes toward consumption and investment
5. Competition Sector
• Number of firms in the industry and the market share of the top few
• Degree of homogeneity and differentiation among the products
• Comparison with substitutes in term of quality and price
• Marketing polices and practices, Entry barrier
6. Supplier Sector
• Availability and cost of raw material, energy, capital
Step-3 Corporate Appraisal
A realistic appraisal of corporate strengths and weaknesses is essential for identifying investment opportunities
which can be profitably exploited. The broad areas of corporate appraisal and the important aspects to be
considered under them are as follows:
1. Marketing and distribution:
Market image
Product line
Market share
Distribution network
Customer loyalty
Marketing and distribution costs
2. Production and Operations:
Condition and capacity of plant and machinery
Availability of raw materials, sub-assemblies and power
Degree of vertical integration
Locational advantage
Cost structure
3. Research and Development
Research capabilities of the firm
Track record of new product developments
Laboratories and testing facilities
Coordination between research and operations
4. Corporate Resources and Personnel
Corporate image
Clout with governmental and regulatory agencies
Dynamism of top management
Competence and commitment of employees
State of industrial relations
5. Finance and Accounting:
Financial leverage and borrowing capacity
Cost of capital
Tax situation
Relations with shareholders and creditors
Accounting and control system
Cash flows and liquidity
Step- 4 Tools for identifying Investment opportunities Most popular tools that are helpful in identifying promising investment opportunities are:
1. Porter Model: Porter’s five force model
2. Life cycle approach
3. Experience curve
1. Porter model: Profit Potential of Industries
Michael Porter has argued that the profit potential of an industry depends on the combined strength of the following
five basic competitive forces:
1. Threat of new entrants
2. Rivalry among existing firms
3. Pressure from substitute products
4. Bargaining power of buyers
5. Bargaining power of sellers.
2. Project Life cycle
Economists believe that most products evolve through a life cycle which has 4 stages:
1. Pioneering stage: Technology or product is relatively new, Lured by promising prospects, many entrepreneurs
enter the field. Keen and chaotic competition. Only a few entrants may survive this stage. Investment in this
stage may have a low return and negative NPV.
2. Rapid Growth stage: Once the period of chaotic developments is over, the rapid growth stage arrives. Thanks to
a relatively orderly growth during this period, firms which survive the intense competition of the pioneering
stage, witness significant expansion in their sales and profits. Investment in this stage is likely to earn a high
return and generate positive NPV.
3. Maturity and Stabilization stage: After enjoying an above average rate of growth, the industry enters the
maturity and stabilization stage. During this stage, when the industry is more or less fully developed, its growth
rate is comparable to that of the economy as a whole. Investment in this stage may earn average return and is
NPV- neutral.
4. Decline stage: With the satiation of demand, encroachment of new products, and changes in consumer
preferences, the industry eventually enters the decline stage, relative to the economy as a whole. In this stage,
which may continue indefinitely, the industry may grow slightly during prosperous periods, stagnate during
normal periods, and decline during recessionary periods. Investment in this stage may earn meagre returns and
produce negative NPV.
3. The Experience Curve
The experience curve is a useful tool for planning investments aimed at reducing costs to ensure long term
survival and profitability of the firm.
It shows how the cost per unit behaves with respect to the accumulated volume of production.
In general, the cost per unit declines with the accumulated volume of production.
Factors that contribute to decline in unit cost with respect to the accumulated volume of production:
1. Learning effects: With more and more of production, labor skills improve and productivity increases, leading to
lower costs.
2. Technological improvements: Increased volume makes it possible to deploy improved production techniques
and processes that lower costs.
3. Economies of Scale: As the capacity increases, the cost per unit decreases this is due to economies of scale.
Step-5 Scouting for Project Ideas Good project ideas are the key to success and are elusive. So a wide variety of sources should be tapped to
identify them. Following are some suggestions in this regard:
1. Analyze the performance of existing industries
2. Examine the inputs and outputs of various industries
3. Review imports and exports
4. Study plan outlays and governmental guidelines
5. Investigate local materials and resources
6. Analyze economic and social trends
7. Study new technological developments
8. Draw clues from consumption abroad
9. Explore the possibility of reviving sick units
10. Identify unfulfilled psychological needs
11. Attend trade fairs, stimulate creativity for generating new product ideas
Step-6 Preliminary Screening Preliminary screening is required to eliminate ideas that are not promising. For this following aspects are talked
about:
Compatibility with the promoter: The idea must be compatible with the interest, personality and resources of
the entrepreneur. It should offer him the prospect of rapid growth and high return on the invested capital.
Consistency with Governmental Priorities: the project idea must be feasible given the national goals and
governmental regulatory framework. It should not have any environmental effects contrary to government
regulations. Questions like: will there be any difficulty in obtaining the license for the project?, Can the foreign
exchange requirements of the project be easily accommodated? Are to be asked and answered b efore selecting
any project.
Availability of inputs: the resources and inputs required for the project must be reasonably assured. Following
questions should be answered:
- Are the capital requirements of the project within manageable limits?
- Can the technical know how required for the project be obtained?
- Is the power supply for the project reasonably obtainable from external sources and captive power sources?
- Indian businesses in past have faced several problems like shortage of raw material, power, foreign exchange
etc. but now in recent times the situation has improved since power generation has increased significantly,
foreign exchange is now available easily, supplies of certain basic industrial raw materials have been
augumented substantially.
Adequacy of the Market: The size of the present market must offer the prospect of adequate sales volume.
Further, there should be a potential for growth and a reasonable return on investment. To judge the adequacy
of the market the following factors have to be examined:
- Total present domestic market
- Competitors and their market shares
- Export markets
- Quality- price profile of the product with respect to competitive product
- Sales and distribution system
- Projected increase in consumption
- Barriers to entry of new units.
- Patent protection
- Economic, social and demographic trends favorable to increased consumption.
From the point of view of entrepreneurs, the Indian economy unlike most developed , western economies, is not a
“share shift” economy wherein the growth in demand for a product is likely to be at the demand for others.
Reasonableness of cost: The cost structure of the proposed project must enable it to realize an acceptable profit
with a price. Following should be examined in this regard:
- Cost of material inputs
- Labor costs
- Factory overheads
- General administrative expenses
- Selling and distribution costs
- Service costs
- Economies of scale
Acceptability of risk levels: The desirability of a project is critically dependent on the risk characterizing it. To
assess risk following factors should be considered:
- Vulnerability to business cycles
- Technological changes
- Competition from substitutes
- Competition from imports
- Governmental control over price and distribution
Step-7 Project Rating index When a firm evaluates a large number of project ideas regularly, it may be helpful to streamline the process of
preliminary screening. For this purpose, a preliminary evaluation may be translated into a project rating index.
Following steps are involved in project rating index:
- Identify the factors relevant for project rating
- Assign weights to these factors
- Rate the project proposal on various factors, using a suitable rating scale (a 5- point or 7- point rating scale is
used)
- For each factor, multiply the factor rating with the factor weight to get the factor score
- Add all the factor scores to get the overall project rating index
Once a project rating index is determined, it is compared with a pre-determined hurdle value to judge whether the
project is worthwhile or not.
Step-8 Sources of NPV Imperfections in real markets i.e. product and factor markets lead to entry barriers which cause positive NPVs.
Hence, an understanding of entry barriers is helpful in identifying positive NPV projects. There are 6 main entry
barriers that result in positive NPV projects:
1. Economies of scale: Substantial economies of scale represents larger size of existing firms. The more
pronounced economies of scale the greater is the cost advantage of the existing firms. This economies of scale
serve as an entry barrier since the greater the capital requirement for the new entrant the higher is the
restriction to entry. This is true for: petroleum refining, mineral extraction, iron and steel and aluminium.
2. Product differentiation: basis of product differentiation can be on the basis of:
- Effective advertising and superior marketing
- Exceptional services
- Innovative product features
- High quality and dependability
3. Cost advantage: it may act as an entry barrier because of following reason:
- Accumulated experience and comparative edge on the learning curve
- Monopolistic access to low cost materials
- A favorable location
- More effective cost control and cost reduction
4. Marketing Reach: A penetrating marketing reach is an important source of competitive advantage:
- Avon products markets its products through a worldwide network of 1,300,000 independent sales
representatives. Avon’s competitors find it almost impossible to replicate this. Thanks to such a nonpareil
marketing network, Avon has been able to earn superior returns in a highly competitive industry.
- The breadth and depth of Hindustan lever’s distribution network is miles ahead of its competitors. Such a
marketing reach has contributed to the superior returns earned by Hindustan lever.
5. Technological Edge: technological superiority enables a firm to enjoy excellent returns. Firms like IBM and
Xerox earned superior returns over extended periods of time to the technological edge they had over their
rivals. On the Indian scene, firms like Dr. Reddy’s Laboratory and hero Honda have performed well because of
their technological strength.
6. Government Policy: A government policy which shelters a firm from the onslaught of competition enables it
to earn superior returns. Government policies that create entry barriers include the following:
- Restrictive licensing
- Import restrictions
- High tariff walls
- Environmental controls
- Special tax reliefs
Step-9 Entrepreneurial Qualities Willingness to make sacrifices
Leadership
Decisiveness
Confidence in the project
Marketing orientation
Strong ego
Open mindedness
Project Formulation Project formulation is an investigating process which precedes investment decision. The purpose is to present
relevant facts before the decision-makers to enable them to decide as to whether to go ahead signal should be
given for the project or not.
It explains the objectives, goals and justification for the acceptance of the project.
It involves the identification of investment options by the enterprise.
It is a process involving the joint effort of a team of experts including the economists, the financial analysis and
specialists in various fields.
A well formulated project provides a medium which out across scientific, social and positional prejudices and
provides a common meeting ground for all those who have a contribution to make successful implementation of
a project.
Stages in Project formulation: Feasibility analysis
Techno-economic analysis
Project design and network analysis
Input analysis
Financial analysis
Socio-cost benefit analysis
Project appraisal
Stage-1 Feasibility Analysis
Feasibility analysis is the first stages in the process of project development.
Purpose: To examine the desirability of investing in pre-investment studies. For this purpose it is essential to
examine project idea in the light of the available internal (inputs, resources & outputs) and external constraints
(environment).
When a project idea is taken up for developmental three situations can arise:
a. The project may appear to be feasible, project may turn out to be not feasible or the available data may not be
adequate for arriving at reasonable decision regarding further investment. In the last mentioned case,
investment in pre-investment studies will obviously have to be adequate for arriving at reasonable decision
regarding further investment. In the last mentioned case, investment in pre-investment studies will obviously
have to e deferred till such time is adequate date regarding the project feasibility is available. The project
sponsoring body will therefore have to invest in collection additional data and refer the investment decision for
the time being.
b. In the second situation when the project is found to e not feasibl e, further investment in the project idea is
completely ruled out.
c. In the third situation, when the project idea is found to be feasible, the decision-makers can proceed to invest
further resources in pre-investment studies and design development.
Stage-2 Techno-Economic Analysis
Techno-economic analysis is primarily concerned with the identification of project demand potential and the
selection of the optimal technology which can be used to achieve the project objectives.
The analysis provides necessary material on which the project design can be based.
It also indicates whether the economy is in position to absorb the output of the project or not.
Stage-3 Project Design and Network Analysis Project design is the heart of the project entity.
It defines the individual activities which go into the corpus of the project and their inter-relationship with each
other.
It identifies the flow of events, which must take place before a project can start yielding the results for which it
has been set up.
The inter-relationship between various constituent activities of a project in most conveniently expressed in the
form of a network diagram.
Project design and network analysis are concerned primarily with the development of the detailed work plans of
the project and its time profile, and the presentation of this plan is form of a detailed drawing network.
Project design and network analysis make available to the project formulation team a clear picture of the work
elements of the project and also their sequential relationship.
It presents the way for detailed identification and quantification of the project inputs, an essential step in the
development of the financial and cost-benefit profile of the project.
Stage-4 Input analysis The objective is to identify and quantify the project inputs and to assess the feasibility of a sustained supply of
these inputs all through the effective life span of the project.
Resources are consumed in project constituent activities.
The best method of identifying the project inputs is to identify these activities determine the resources which
each activity will consume individual requirements.
Input analysis uses the network plans for developing the input characteristics of the project. If thereafter
proceeds to evaluate the availability of the inputs both in quantitative as well as qualitative terms.
Resources require for a successful implementation of a project include not only the material inputs but also
human resources which are necessary both for the setting up of the project as also its successful normalization
run.
Resources requirements estimates form the basis of costs estimates of the project and are, therefore, essential
for developing the financial profile and cost-benefit profile of the project.
Stage-5 Financial Analysis
Objective of financial analysis is to develop the project from the financial angle and to identify these
characteristics.
Financial analysis concerns itself with the estimation of the project costs, estimation of project funds
requirements
Involves appraisal of the financial characteristics of the project to establish the relative merits and demerits of
the project as compared to other investment opportunities.
Reduces investment proposition in diverse fields of human activity to one common scale, thereby s implifying the
project is developing project financial forecasts.
Stage-6 Social cost benefit Analysis
In judging the overall worthiness of the project, the effect of the project on society as a whole is very essential.
While financial analysis evaluates a project from the profitability point of view, social cost benefit analysis views
it from the point of view of national viability.
The cost-benefit analysis takes into account not only the direct costs and benefits which will accrue to the
project implementing body but also total costs which all entities connected with the project will have to bear
and the benefits which well be enjoyed by all such entities.
The idea here is to evaluate the project in terms of absolute costs and benefits rather than in terms apparent
costs and benefits.
Stage-7 Pre-Investment Appraisal Pre investment appraisal is the process of consolidating the results of feasibility analysis, the techno-economic
analysis, the design and network analysis, the input analysis, the financial analysis and the cost benefit analysis,
so as to give the investment proposition a final and formal shape.
It naturally involves selection of appraisal format, the material which should go into pre -investment report and
the form of presentation of various conclusions.
The sum total of the pre-investment appraisal is to present the project idea in a form in which the project
sponsoring body, the project implementing body and the outside agencies can take investment decision
regarding the proposals.
Social-Cost Benefit Analysis It is a methodology for evaluating investment projects from social point of view.
SCBA seeks to assess the utility of a project to society as a whole. It attempts to separate all the expected
changes viz. economic, social and environmental likely to arise as a result of implementing the project.
These can be represented as inputs and outputs of a project and a price can be put to each of these input an
output.
Since both inputs and outputs are spread over a number of years, it is necessary to combine the costs and
benefits stream that arise over the economic life of the project.
The National Rehabilitation and Resettlement Policy of 2007 has introduced the concept of Social Impact
Assessment (SIA) of Projects.
While undertaking a social impact assessment, the appropriate Government shall, inter alia , take into
consideration the impact that the project will have on public and community properties, assets and
infrastructure; particularly, roads, public transport, drainage, sanitation, sources of safe drinking water, sources
of drinking water for cattle, community ponds, grazing land, plantations; public utilities, such as post offices, fair
price shops, etc.; food storage, godowns, electricity supply, health care facilities, schools and
educational/training facilities, places of worship, land for traditional tribal institutions, burial and cremation
grounds, etc.
Rationale for SCBA
1. Market imperfections: Market prices, which form the basis for computing the monetary costs and benefits
from the point of view of project sponsor, reflect social values only under conditions of perfect competition,
which are rarely, if ever, realized by developing countries. When imperfections obtain, market prices do not
reflect social values.
The common market imperfections found in developing countries are:
i. Rationing: of a commodity means control over its price and distribution. The price paid by a consumer under
rationing is often significantly less than the price that would prevail in a competitive market.
ii. Prescription of minimum wage rates: When minimum wage rates are prescribed, the wages paid to labor are
usually more than what the wages would be in a competitive labor market free from such wage legislations.
iii. Foreign Exchange Regulation: The official rate of foreign exchange in most of the developing countries, which
exercise close regulation over foreign exchange, is less than the rate that would prevail in the absence of foreign
exchange regulation. This is why foreign exchange usually commands premium in unofficial transactions.
2. Externalities: A project may have beneficial external effects.
For example, it may create certain infrastructural facilities like roads which benefit the neighbouring areas. Such benefits
are considered in SCBA, though they are ignored in assessing the monetary benefits to the project sponsors because
they do not receive any monetary compensation from those who enjoy this external benefit created by the project.
A project may have a harmful external effect like environmental pollution.
In SCBA, the cost of such environmental pollution is relevant, though the project sponsors do not incur any monetary
costs. It may be emphasized that externalities are relevant in SCBA because in such analysis all costs and benef its,
irrespective to whom they accrue and whether they are paid for or not, are relevant.
3. Taxes and subsidies: From the private point of view, taxes are definite monetary costs and subsidies are definite
monetary gains. From the social point of view, however, taxes and subsidies are regarded as transfer payments and
hence considered irrelevant.
4. Concern for redistribution: A private firm does not bother how its benefits are distributed across various groups in
the society. The society is concerned about the distribution of benefits across different groups. A rupee of benefit going
to a poor section is considered more valuable than a rupee of benefit going to an affluent section.
5. Merit wants: Goals and preferences not expressed in the market place, but believed by policy makers to be in the
larger social interest, may be referred to as merit wants.
For example, the government may prefer to promote adult education or a balanced nutrition program for school -going
children even though these are not sought by consumers in the market place.
While merit wants are not relevant from the private point of view, they are important from the social point of view.
6. Concern for savings: Unconcerned about how its benefits are divided between consumption and savings, a private
firm does not put differential valuation on savings and consumption. From a social point of view, however, the division
of benefits between consumption and savings (which leads to investment) is relevant particularly in capital-scarce
developing countries.
A rupee of benefits saved is deemed more valuable than a rupee of benefits consumed. The concern of society for
savings and investment is duly reflected in SCBA wherein a higher valuation is placed on savings and lower valuation is
put on consumption.
Social-Cost Benefit Analysis
It covers five distinct issues:
1. Assessing the desirability of projects in the public, as opposed to the private sector.
2. Identification of costs and benefits.
3. Measurement of costs and benefits.
4. The effect of (risk and uncertainty) time in investment appraisal.
5. Presentation of results– the investment criterion.
Two Principal Approaches for SCBA The UNIDO approach
The Little-Mirrlees approach
These approaches are discussed in detail in upcoming sections.
UNITED NATIONS INDUSTRIAL DEVELOPMENT ORGANISATION APPROACH
(UNIDO)
The UNIDO method of project appraisal involves five stages:
1. Calculation of financial profitability of the project measured at market prices
2. Obtaining the net benefit of project measured in terms of economic (efficiency) prices.
3. Adjustment for the impact of the project on savings and investment.
4. Adjustment for the impact of the project on income distribution.
5. Adjustment for the impact of project on merit goods and demerit goods whose social values differ from their
economic values.
UNIDO Approach- 1 1. Calculation of financial profitability of the project measured at market prices:
A project financial evaluation tells you whether a project will contribute to your company's overall goals or be a
drain on your resources.
For a financial evaluation to help you decide whether to proceed with a project, you have to first establish your
overall goals.
Decide whether the project has to immediately make a contribution to the bottom line or whether you are
taking a longer-term view.
Decide how profitable it has to be compared with other attractive projects you could undertake or whether a
marginally profitable project makes sense because it achieves other positive goals.
The financial evaluation gives you a financial result, but you have to decide whether that result is attractive
enough to proceed with the project.
To get the total financing costs, you have to take the projected costs of the project as you would incur them and
add them to a theoretical loan at the current interest rate for such financing.
UNIDO Approach: Step-2
2. Obtaining the net benefit of project measured in terms of economic (efficiency)/ Shadow prices:
The UNIDO approach suggests three sources of shadow pricing, depending on the impact of the project on
national economy. A project as it uses and produces resources may for any given input or output:
Increase or decrease the total consumption in the economy: The basis of shadow pricing here is
consumer willingness to pay.
Decrease or increase production in the economy: The basis of shadow pricing here is the cost of production.
Decrease imports or increase imports or Increase exports or decrease exports: Here, the basis of shadow pricing
is the foreign exchange value.
Shadow pricing of tradable inputs and outputs: For fully traded goods, the shadow price is the border price,
translated in domestic currency at market exchange rate. The above definition of a fully traded good implies
that domestic changes in demand or supply affect just the level of imports or exports.
Non-tradable inputs and outputs: A good is non-tradable when the following conditions are satisfied: I) its
import price is greater than its domestic cost of production and (ii) its export price is less than its domestic cost
of production.
On the output side, if the impact of the project is to increase the consumption of the product in the economy,
the measure of value is the marginal consumers’ willingness to pay; if the impact of the project is to substitute
other production of the same non-tradable in the economy, the measure of value is the saving in cost of
production.
On the input side, if the impact of the project is to reduce the availability of the input to other users, their
willingness to pay for the input represents social value; if the project’s input requirement is met by additional
production of it, the production cost of it is the measure of social value.
Externalities (external effect): An externality is a special class of good which has the following characteristics:
It is not deliberately created by the project sponsor but is an incidental outcome of legitimate economic activity,
It is beyond the control of the persons who are affected by it, for better or for worse.
It is not traded in the market place.
Beneficial external effects are:
(i) An oil company drilling in its own fields may generate useful information about oil potential in the neighboring fields.
(ii) The approach roads built by a company may improve the transport system in that area.
Harmful external effects are:
1. A factory may cause environmental pollution by emitting large volume of smoke and dirt. People living in the
neighborhood may be exposed to health hazards and put to inconvenience.
2. The location of an airport in a certain area may raise noise levels considerably in the neighborhood.
UNIDO Approach: Step-3 & 4 3. Measuring the value of a project in terms of its contribution to savings and income redistribution:
We first Measure the income gained or lost by individual groups within the society.
The UNIDO approach seeks to identify income gains and losses by the following: (i) Project, (ii) Other private business,
(iii) Government, (iv) Workers, (v) Consumers, (vi) External sector.
The gain or loss to an individual group within the society due to the project is equal to the difference between shadow
price and market price of each input or output in the case of physical resources or then difference between price paid
and value received in the case of financial transaction.
Value of savings of a rupee is the present value of additional consumption stream
Value of savings of a rupee is the present value of the additional consumption stream produced when that rupee of
savings is invested at the margin.
The additional stream of consumption generated by a rupee of investment depends on the marginal productivity of
capital and the rate of reinvestment from additional income.
If the marginal productivity of capital is r and the rate of reinvestment from additional income a, the additional stream
of consumption generated by a rupee of investment can be worked out.
The consumption stream starts with r (1 – a) and grows annually at the rate of ar forever. Its present value when
discounted at the social discount rate k is:-
Income distribution impact
Governments regard redistribution of income in favor of economically weaker sections or economically
backward regions as a socially desirable objective.
Due to practical difficulties in pursuing the objective of redistribution entirely through the tax, subsidy, and
transfer measures of the government,
Investment projects are also considered as instruments for income redistribution and their contribution toward
this goal is considered in their evaluation.
This calls for suitably weighing the net gain or loss by each groups, measured earlier, to reflect the relative value
of income for different groups and summing them.
UNIDO Approach: Step-5
Adjustment for merit and demerit goods This is done to reflect the difference between the economic value and social value of resources.
This difference exists in the case of merit goods and demerit goods.
A merit good is one for which the social value exceeds the economic value.
For example, a country placing higher social value than economic value on production of oil since it reduces
dependence on foreign supplies.
A demerit good, the social value of the good is less than its economic value.
For example, a country may regard alcoholic products having social value less than economic value.
The procedure for adjusting for the difference between social value and economic value is as follows:
(i) Estimate the economic value.
(ii) Calculate the adjustment factor as difference between the ratio of social value to economic value and unity.
(iii) Multiply the economic value by the adjustment factor to obtain the adjustment.
(iv) Add the adjustment to the net present value of the project.
Little-Mirrlees Approach
Also known as L-M approach.
It assumes that a country can buy and sell any quantity of a particular good at a given world price.
Hence, all traded inputs and outputs are valued at their international prices (CIF for imports and FOB for
exports) which is the opportunity cost/value of the particular good to the country.
Every input is treated as a forex outgo and every output is treated as a forex inflow.
All non-tradable inputs are valued at accounting prices.
These costs are broken up into tradable goods and other non-traded goods. Following this chain of production,
commodities that are either exported or imported are determined for application of accounting prices.
The theory assumes that non-tradeables form an insignificant part of operating costs
Difference between LM approach and UNIDO approach
UNIDO Approach LM approach
Opportunity Cost: Relevant cost in SCBA The opportunity cost is the cost of alternative foregone due to a particular course of action.
Example: The opportunity cost of self-employment is the salary for the best job he could have obtained. But if he
does not have any job opportunity other than the self-employment, there is no opportunity cost for the self-
employment.
In the opportunity cost analysis pertaining to the national profitability analysis it is not the commercial
profitability but the net contribution to the national objective that is considered.
Example, the situation of a commercial bank having to consider applications for loan by two projects – a textile
retail shop in an existing commercial areas in a city and an agricultural development scheme – and that the
loanable funds with the bank is sufficient only finance any one of these two competing projects. Assume,
further, that the commercial profitability of the textile shop is relatively high and that of the agricultural project
is low but it will increase the output of some important agriculture commodity. In this situation the lending
institution should prefer the agricultural project because though it is commercially less viable than the textile
shop, it will make a higher contribution to the national output. Even if the proposed textile shop is not opened,
the total textile output or sale will not be affected but if the agricultural project is not assisted, it will adversely
affect the total output. It clearly shows that in the national profitability analysis, application of the opportunity
cost principle is very essential.
Social-Economic viability of a project can be judged on the basis of its
net contribution to: Aggregate consumption and economic growth
Generation of employment
Income distribution
Foreign exchange earnings/savings
Self-reliance
Development of backward regions
Development of small-scale and ancillary industries
Backward and forward linkages and development of other industries/sectors
Developments of infrastructure
Development/Improvement and transfer to technology
Improvement of quality and productivity
Improvement in the quality of life and national well-being.
Social infrastructure Projects for Sustainable Development
1. It measures costs and benefits in terms of
domestic rupees.
1. It measures costs and benefits in terms of international prices/ border
prices.
2. The UNIDO approach measures costs and
benefits in terms of consumption.
2. The Little-Mirrlees approach measures costs
and benefits in terms of uncommitted social income.
3. The stage-by-stage analysis by the UNIDO
approach focuses on efficiency, savings and
redistribution considerations in different stages.
3. The Little-Mirlees approach, tends to view these considerations together.
In case of public projects like irrigation projects, power projects, transport projects or other infrastructural
projects or social overhead projects, National profitability (i.e. the net socio economic benefits) considerations
are more important than commercial profitability consideration.
Even in respect of projects sponsored by private entrepreneurs, national profitability analysis is important,
particularly in developing countries, because of the need to optimize the utilization of scarce resource from the
societal point of view.
Large infrastructure projects can lead to economic and social benefits to masses if they are planned and
executed in an inclusive, socially responsible and environmentally sound manner.
The core idea of sustainable development is development that meets the need of the present without
compromising the ability of future generation to meet their own needs. The World Commission on Environ ment
and Development added that “Sustainable Development is a process of change in which the exploitation of the
resources, the direction of investments, the orientation of technology and institutional change are all in
harmony…”
Investment Opportunities
India is one of the fastest growing economies in the world and has emerged as a key destination for foreign
investors in recent years.
Economic reforms initiated in 1991 have grown in scope and scale and yielded increasingly salutary dividends.
First is the steady improvement in India’s relative position in the global economy, reflected in New Delhi’s
growing influence in international institutions and negotiating free trade areas (with ASEAN(association of
south-east Asian nations), EU).
Second is the improved efficiency in the economy and adoption of international “best practices” in the
production of a range of goods and services.
A third outcome is India ranking amongst the top 10 investment destinations since 2007-08, attracting US$ 195
billion in FDI and US$ 97 billion in FII over the past 5 years.
India’s GDP has also grown at around 7.9 per cent between 2003 and 2012. This trend, according to the
International Monetary Fund (IMF)1, is likely to continue for the next five years with an average GDP growth
rate of 7.7 per cent per annum till 2017.
India’s GDP for 2013, valued at US$ 1.9 trillion at current prices is the 10th largest in the world.
The government has set a target of 8 per cent during the current Five Year Plan (2012-2017), based on the
demonstrated ability to sustain national economic growth despite the global financial crisis, Euro zone woes and
the resultant slack external demand in recent years.
India is a favorable demography for higher growth: India supports one of the largest populations in the world,
and one of the youngest. 50% of its population is below the age of 25 and 2/3rd below the age of 35. About 65
per cent of Indians are in the working age group of 15 to 64 years, giving the country a significant edge in terms
of cost competitiveness and low labor costs. Moreover, India’s labor force has a strong knowledge base with a
significant English-speaking population, making it a top destination for multinational corporations that are
looking to expand their overseas operations for market and talent.
The Indian consumer market will grow 2.5 times by 2025: Consumer spending in India grew from US$ 549 billion
to US$ 1.06 trillion between 2006 and 2011, putting India on the path to becoming one of the world’s largest
consumer markets by 2025. India’s consumption is expected to rise 7.3 per cent annually over the next 20 years.
By 2040, nine out of every ten Indians will belong to ‘the global middle class group’ with daily expenditures
ranging between US$ 10 and US$ 100 per person in today’s purchasing power parity terms.
Foreign Direct Investment in India: Trends in India’s FDI are an endorsement of its status as a preferred
investment destination amongst global investors. India's strengths span telecommunications, information
technology, auto components, chemicals, apparels, pharmaceuticals, and jewelry. India’s steady economic
liberalization and its embrace of the global economy have been key factors in attracting FDI. The government
recently opened up multi-brand retail and civil aviation markets to 51 and 49 per cent FDI respectively and with
more reforms expected in insurance and pension sectors, among others, India will continue to offer compelling
opportunities to the global investment community.
Unit-2
Market and Technical Analysis
Topics to be covered: Market and Demand Analysis: Market survey, Demand Forecasting, Uncertainties in Demand Forecasting;
Technical analysis: Product mix, Plant capacity, Materials and inputs, Machinery and Equipment.
Project Costing and Finance: Cost of project, Cost of Production, break-even analysis, means of Financing
Project, Tax aspects in Project Finance, role of Financial institution in Project Finance.
Forecasting Predicting the future
Qualitative forecast methods:-
Subjective
Quantitative forecast methods:-
Based on Mathematical Formulas
Depend on:-
Time Frame
Demand behavior
Causes of behavior
How is Forecasting different from prediction?
Forecast is an estimate of future events and trends and is arrived at by systematically combining past data and
projecting it forward in a predetermined manner.
Prediction is an estimate of future events and trends in a subjective manner without taking into account the past
data. The subjective considerations may not emerge from any predetermined analysis or approach.
Why market and demand analysis is important in project analysis?
As an essential part of project formulation and appraisal, Market and Demand analysis is vital so that capacity
and facility location can be planned and implemented in line with the market requirements.
Market and Demand Analysis is concerned with two broad issues:
1. What is the likely aggregate demand for the product/service?
2. What share of the market will the proposed project enjoy?
Longer-term forecasting is also undertaken to determine trends in technology development so as to choose the
technology for backing up and funding its research and development.
Market and Demand Analysis Market and demand analysis of various types are undertaken to meet specific requirements of planning and
decision making.
For example, short-term decisions in production planning, distribution etc. and selling individual products would
require short-term forecast, up to one year time horizon, which must he fairly accurate for specific product
items. For long-term planning, time horizon being four to five years, information required from demand analysis
would be for broad product groups for facilitating choice of technology, machine tools and other hardware and
their location.
Market and demand analysis are carried out by the project manager in the process of evaluating a project idea.
There are six steps in the market and demand analysis: 1. Situational analysis and objectives specification
2. Collection of data
3. Market Survey
4. Market Description
5. Demand Forecasting
6. Market Planning.
The market and demand analysis helps the project manager to understand how the firm’s abilities can be synchronized
with market requirements.
Market analysis studies market needs and consumer preferences for a given project idea and demand analysis aims at
calculating the aggregated demand for a particular product or service.
1. Situational Analysis and Specification of objectives
To get a “feel” for the relationship between the product and it’s market, the project analyst may informally talk
to customers, competitors, middlemen and other in the industry.
Look at the experience of the company to learn about the purchasing power of customer, action & strategies of
competitors.
The objectives of market & Demand analysis, to answer the following question : (how to market the new air
cooler over conventional air coolers…)
Who are the buyers of air cooler?
What is the total current demand for air coolers?
What price will the customer be willing to pay for the improved air cooler?
What price & warranty will ensure its acceptance?
What are the prospects of immediate sales?
How can potential customers be convinced about the superiority of the new cooler?
2. Collection of Secondary information
Secondary Information is information that has been gathered in some other context and is already available.
This information helps in answering questions that were asked in previous point.
Secondary information provides the base and starting point for the Market & Demand Analysis.
General Sources of Secondary Information: Census of India (last census done in 2011), National Sample Survey
Report, Plan Reports, Economic Survey etc.
Industry Specific Sources of Secondary Information
Evaluation of Secondary Information: The reliability, accuracy, and relevance for the purpose must be carefully
examined properly. Questions like the following are asked to judge the reliability of the information
- Who gathered the information?
- What was the objective?
- When was the information gathered?
- When was it published?
- How was the sample chosen? Etc.
3. Conduct of Market Survey Secondary information alone is not very useful, it has to be supplemented with primary information gathered
through a market survey, that may be a census survey or a sample survey.
Census survey are employed principally for intermediate goods & investment goods when such goods are used
by a small number of firms.
In a census survey, the entire population is covered (where population refers to the totality of all units under
consideration in a specific study).
Some Problems that a market researcher has to come across in India:
- Heterogeneity of the Country
- Multiplicity of the Languages
- Design of Questionnaire
Steps in a Sample Survey:
Define the Target Population
Select the Sampling Scheme and Sample Size
Develop the Questionnaire
Recruit and Train the Field Investigators
Obtain Information as Per the Questionnaire from the Sample of Respondents
Scrutinizes the Information Gathered
Analyze and interpret the Information
4. Characterization of the Market Based on the information gathered from secondary sources and through the market survey, the market for the product
may be described in terms of:
Effective Demand in the Past and Present is defined as: Production + Imports – Exports – Change in stock level
Breakdown of Demand: The aggregate market demand my be broken down into demand for different segments
of the market:
Nature of Product
Consumer Groups: can be classified as industrial consumers and domestic consumers, income wise
classification can also be done.
Geographical Division
Price: manufacturer’s price quoted as FOB price, landed price for imported goods, average wholesale price,
average retail price.
Methods of Distribution and Sales Promotion
Consumers
Supply and Competition
Government Policy
5. Demand Forecasting After gathering information about various aspects of the market and demand from primary and secondary sources, an
attempt may be made to estimate future demand.
Methods used are:
1. Qualitative methods: These methods rely essentially on the judgment of experts to translate qualitative
information into quantitative estimates.
- Used to generate forecasts if historical data are not available (e.g., introduction of new product).
- Qualitative methods are:
Jury of Executive Method
Delphi Method
2. Time Series Projection Methods: these methods generate forecasts on the basis of an analysis of the historical time
series. Important methods are:
Trend Projection method
Exponential smoothening method
Moving average method
3. Casual methods: More analytical than the preceding methods, casual methods seek to develop forecasts on the basis
of cause-effect relationships specified in an explicit, quantitative manner. Important casual methods are:
Chain ratio method
Consumption level method
End use method
Leading indicator method
Econometric method
Jury of Executive Opinion Method Rationale
Upper-level management has best information on latest product developments and future product
launches
Approach
Small group of upper-level managers collectively develop forecasts – Opinion of Group
Main advantages
Combine knowledge and expertise from various functional areas
People who have best information on future developments generate the forecasts
Main drawbacks
Expensive, Subjective in nature.
No individual responsibility for forecast quality.
Risk that few people dominate the group.
Reliability is questionable.
Typical applications
Short-term and medium-term demand forecasting
Delphi Method
Rationale:
1. Eliciting the opinions of a group of experts with the help of mail survey.
2. Anonymous written responses encourage honesty and avoid that a group of experts are dominated by only a few
members
Main advantages
Generate consensus
Can forecast long-term trend without availability of historical data
Main drawbacks
Slow process
Experts are not accountable for their responses
Little evidence that reliable long-term forecasts can be generated with Delphi or other methods
Typical application
- Long-term forecasting
- Technology forecasting
Time Series Projection Methods
These methods generate forecasts on the basis of an analysis of the historical time series.
Assume that what has occurred in the past will continue to occur in the future
Relate the forecast to only one factor - time
The important time series projection methods are:
Trend Projection Method.
Exponential Smoothing Method.
Moving Average Method.
Trend Projection Method
Exponential smoothing
This is a widely used forecasting technique in retailing, even though it has not proven to be especially accurate.
Exponential smoothing is a technique that can be applied to time series data, either to produce smoothed data
for presentation, or to make forecasts. The time series data themselves are a sequence of observations. The
observed phenomenon may be an essentially random process, or it may be an orderly, but noisy, process.
Whereas in the simple moving average the past observations are weighted equally, exponential smoothing
assigns exponentially decreasing weights over time.
Exponential smoothing, forecasts are modified in the light of observed errors.
If the forecast value for year t,
Ft is less than the actual value for year t,
St the forecast for the year t+1, Ft + 1
Ft + 1 = Ft + α et
Where,
Ft + 1 = forecast for year
α = smoothing parameter, lies between 0 and 1
et = error in the forecast for year t = St - Ft
The range of possible values is zero and one.
If you select a value of close to 1, that means you are attaching a large weight to the most recent observation.
This is not indicated if your series is very erratic (swings widely from period to period).
Exponential smoothing is a technique for manipulating data from a series of chronological observations to
downplay the effects of random variation.
Mathematical modeling, the creation of a numerical simulation for a data set, often treats observed data as the
sum of two or more components, one of which is random error, the differences between the observed value
and the underlying true value.
When properly applied, smoothing techniques minimize the effect of the random variation, making it easier to
see the underlying phenomenon — a benefit both in presenting the data and in making forecasts of future
values.
They are referred to as "smoothing" techniques because they remove jagged ups and downs associated with
random variation and leave behind a smoother line or curve when the data is graphed.
The disadvantage of smoothing techniques is that when improperly used they can also smooth away important
trends or cyclical changes within the data as well as the random variation, and thereby distort any predictions
they offer.
Moving average method
Causal Methods
Causal methods seek to develop forecasts on the basis of cause-effects relationships specified in an explicit,
quantitative manner.
Chain Ratio Method
Consumption Level Method
End Use Method
Leading Indicator Method
Econometric Method
Consumption Level Method Useful for a product which is directly consumed, this method estimates consumption level on the basis of elasticity
coefficients, the important ones being the income elasticity of demand and the price elasticity of demand.
Income elasticity of demand— The income elasticity of demand reflects the responsiveness of demand to variations in
income. It is measured as follows:
Price Elasticity: it refers to the responsiveness of demand to variation in prices. The price elasticity of demand is a useful
tool in demand analysis. The future volume of demand may be estimated on the basis of the price elasticity coefficient
and expected price change. The price elasticity coefficient may also be used to study the impact of variable price that
may obtain in future on the economic viability of the project. In using the price elasticity measure, however, the
following considerations should be borne in mind:
1. The price elasticity coefficient is applicable to only small variations.
2. The price elasticity measure is based on the assumption that the structure and behavior remain constant.
End Use Method
Suitable for estimating demand for intermediate products
Also called as consumption coefficient method
Steps
1. Identify the possible uses of the products
2. Define the consumption coefficient of the product for various uses
3. Project the output levels for the consuming industries
4. Derive the demand for the project
The key inputs required for the application of the end-use method are:
1. Projected output levels of consuming industries (units)
2. Consumption coefficients.
It may be difficult to estimate the projected output levels of consuming industries (units).
More important, the consumption coefficients may vary from one period to another in the wake of
technological changes and improvements in the methods of manufacturing.
Hence, the end-use method should be used judiciously.
Leading Indicator Method Leading indicators are variables which change ahead of other variables, the lagging variables. Hence, observed
changes in leading indicators may be used to predict the changes in lagging variables. For example, the change in
the level of urbanization a leading indicator may be used to predict the change in the demand for air
conditioners a lagging variable.
Two basic steps are involved in using the leading indicator method:
Identify the appropriate leading indicator(s).
Establish the relationship between the leading indicator(s) and the variable to be forecast.
Merit:
It does not require a forecast of an explanatory variable.
Demerit:
1. It may be difficult to find an appropriate leading indicator(s).
2. The lead-lag relationship may not remain stable over time. In view of these problems this method has limited
use.
Econometric Method
An advanced forecasting tool,
It is a mathematical expression of economic relationships derived from economic theory.
The primary objective of econometric analysis is to forecast the future behavior of the economic variables
incorporated in the model.
Two types of econometric models are employed: the single equation model and the simultaneous equation
model.
The single equation model assumes that one variable, the dependent variable (also referred to as the explained
variable), is influenced by one or more independent variables (also referred to as the explanatory variables).
An example of the single equation model is given below:
Chain
Ratio Methods
The potential sales of a product may be estimated by applying a series of factors to a measure of aggregate
demand.
It uses a simple analytical approach to demand estimation.
Uncertainties in Demand Forecasting Data about past and present markets: The analysis of past and present market, which serves as the springboard for the
projection exercise, may be vitiated by the following inadequacies of data:
Lack of standardization: Data pertaining to market features like product, price, quantity, cost, income etc. may
not reflect uniform concepts and measures.
Few observations: Not enough observations may be available to conduct meaningful analysis.
Influence of abnormal factors: Some of the observations may be influenced by abnormal factors like war or
natural calamity.
Methods of forecasting: Methods used for demand forecasting are characterized by following limitations.
Inability to handle unquantifiable factors: Most of the forecasting methods, quantitative in nature, cannot
handle unquantifiable factors which sometimes can be of immense significance.
Unrealistic assumptions: Each forecasting method is based on certain assumptions. For example, the trend
projection method is based on the ‘mutually compensation effects’ premise and the end-use method is based on
the constancy of technical coefficients. Uncertainty arises when the assumptions underlying the chosen method
tend to be unrealistic and erroneous.
Excessive data requirement: In general, the more advanced a method, the greater the data requirement. For
example, to use an econometric model one has to forecast the future values of explanatory variables in order to
project the explained variable. Clearly, predicting the future value of explanatory variables is a difficult and
uncertain exercise.
Environmental changes: The environment in which a business functions is characterized by numerous uncertainties. The
important sources of uncertainty are mentioned below:
Technological changes: A technological advancement may create a new product which performs the same
function more efficiently and economically, thereby cutting into the market for the existing product. For
example, electronic watches have encroached on the market for mechanical watches.
Shift in government policy: Granting of licenses to new companies, particularly foreign companies, may alter the
market situation significantly.; banning the import of a certain product may create a sheltered market for the
existing producers; liberalizing the import of some product may lead to stiff competition in the market place;
relaxation of price and distribution controls may widen the market considerably.
Developments on the international scene: Developments on the international scene may have a profound effect
on industries. The most classic example of recent times is the OPEC price hike, which led to near stagnation in
the Indian automobile industry.
Discovery of new source of raw material: Discovery of new sources of raw materials, particularly hydrocarbons,
can have a significant impact on the market situation of several products.
Vagaries of monsoon: Monsoon is somewhat unpredictable. The behavior of monsoon influences, directly or
indirectly, the demand for a wise range of products.
Coping With Uncertainties
Conduct analysis with data based on uniform and standard definitions.
Ignore the abnormal or out-of-ordinary observations.
Critically evaluate the assumptions of the forecasting methods and choose a method which is appropriate to the
situation.
Adjust the projections derived from quantitative analysis in the light of a due consideration of unquantifiable
influences.
Monitor the environment imaginatively to identify important changes.
Consider likely alternative scenarios and their impact on market and competition.
Conduct sensitivity analysis to assess the impact on the size of demand for unfavorable and favorable variations
of the determining factors from their most likely levels.
Market planning Current marketing situation
- Market, Competition, Distribution, PEST.
Opportunity and issue analysis - SWOT
Objectives- Break even, % market share…
Marketing strategy- target segment, positioning, 4 Ps
Action program- Quarter 1, Q2, Q3….
Technical Analysis
Technical analysis implies the adequacy of the proposed plant and equipment to prescribed norms. It should be ensured
whether the required know how is available with the entrepreneur.
Analysis of technical and engineering aspects is done continually when a project is being examined and formulated.
Other types of analyses are dependent and closely intertwined with technical analysis.
The following inputs concerned in the project should also be taken into consideration:
Availability of Land and site.
Availability of Water, Power, transport, communication facilities.
Availability of servicing facilities like machine shop, electric repair shop etc.
Coping with anti-pollution law.
Availability of work force.
Availability of required raw material as per quantity and quality.
Production and Technology, Choice of technology.
Product Mix, Plant capacity.
Machinery and Equipment.
Materials and inputs There is an intimate relationship between the study of materials and inputs and other aspects of project
formulation concerned with location, technology, and equipment.
Materials and inputs may be classified into 4 broad categories:
1. Raw materials— Raw materials (processed and /or semi-processed) may be classified into four types:
(i) agricultural products,
(ii) mineral products,
(iii) livestock and forest products,
(iv) marine products
2. Processed industrial materials and components— Processed industrial materials and components (base metals,
semi-processed materials, manufactured parts, components, and sub-assembly represent an important input for a
number of industries. In studying them the following questions need to be answered:
In the case of industrial materials, What are their properties?, How dependable are the supplies?
What is the total requirement of the project? , What has been the past trend in prices?
What quantity would be available from domestic source?, What is the likely future behavior of prices?
What quantity would be available from foreign sources?
3. Auxiliary materials and factory supplies:
In addition to the basic raw materials and processed industrial materials and components, a manufacturing project
requires various auxiliary materials and factory supplies, like:
Chemicals, Additives, Packaging materials, Paints, Varnishes, Oils, Grease, Cleaning materials, etc.
The requirements of such auxiliary materials and supplies should be taken into account in the feasibility study.
4. Utilities:
A broad assessment of utilizes (power, water, steam, fuel, etc.) may be made at the time of input study though a
detailed assessment can be made only after formulating the project with respect to location, technology, and plant
selection.
Since the successful operation of a project critically depends on adequate availability of utilities the following points
should be raised whiled conducting the input study:
1. What quantities are required?
2. What are the sources of supply?
3. What would be the potential availability?
4. What are the likely shortages/bottlenecks?
5. What measures may be taken to augment supplies.
Product Mix The choice of product mix is guided primarily by market requirements.
In the production of most of the items variations in size and quality are aimed the production of most of the
items, variations in size and quality are aimed at satisfying a broad range of customers. For example, production
of shoes to different customers.
Sometimes slight variations in quality can enable a company to expand its market and enjoy higher profitability.
For example, a toilet soap manufacturing unit may by minor variation in raw material, packaging, and sales
promotion offer a high profit margin soap to consumers in upper-income brackets.
While planning the production facilities of the firm, some flexibility with respect to the product mix must be
sought. Such flexibility enables the firm to alter its product mix in response to changing market conditions and
enhances the power of the firm to survive and grow under different situations. The degree of flexibility chosen
may be based on a careful analysis of the additional investment requirements for different degrees of flexibility.
Plant Capacity Plant capacity refers to the volume or number of units that can be manufactured during a given period.
Several factors have a bearing on the capacity decision:
Technological requirement: For many industrial projects, particularly in process type industries, there is a
certain minimum economic size determined by the technological factor. For example, a cement plant should
have a capacity of at least 300 tonnes per day in order to use the rotary kiln method otherwise, it has to employ
the vertical shaft method which is suitable for lower capacity.
Market conditions: The anticipated market for the product/service has an important bearing on plant capacity.
If the market for the product is likely to be very strong, a plant of higher capacity is preferable. If the market is
likely to be uncertain, it might be advantageous to start with a smaller capacity. If the market, starting from a
small base, is expected to grow rapidly, the initial capacity may be higher than the initial level of demand further
additions to capacity may be affected with the growth of market.
Resources of the firm: The resources, both managerial and financial, available to a firm define a limit on its
capacity decision. Obviously, a firm cannot choose a scale of operations be yond its financial resources and
managerial capability.
Choice
of Technology
The choice of technology is influenced by a variety of considerations:
1. Principal inputs (Raw material): The choice of technology depends on the principal inputs available for the
project. In some cases, the raw materials available influences the technology chosen. For example, the quality of
limestone determines whether the wet or dry process should be used for a cement plant.
2. Investment outlay and production cost: The effect of alternative technologies of investment outlay and
production cost over a period of time should be carefully assessed.
3. Experience by other units: The technology adopted must be proven by successful use by other units, preferably
in India.
4. Product mix: The technology chosen must be judged in terms of the total product-mix generated by it, including
saleable by-products.
5. Based on Latest developments: The technology adopted must be based on latest development in order to
ensure that the likelihood of technological obsolescence in the near future, at least, is minimized.
6. Ease of absorption: The ease with which a particular technology can be absorbed can influence the choice of
technology. Sometimes a high-level technology may be beyond the absorptive capacity of a developing country
which may lack trained personnel to handle that technology.
Machinery and Equipment The requirement of machinery and equipment is dependent on:
Production Technology and Plant Capacity.
Type of project.
For a process-oriented industry, like a petrochemical unit, machinery and equipment required should be such
that the various stages have to be matched well.
The choice of machinery and equipment for a manufacturing industry is somewhat wider as various machines
can perform the same function with varying degrees of accuracy. For example, the configuration of machines
required for the manufacture of refrigerators could take various forms.
To determine the kinds of machinery and equipment requirement for a manufacturing industry, the following
procedure may be followed:
1. Estimate the likely levels of production over time.
2. Define the various machining and other operations.
3. Calculate the machine hours required for each type of operation.
4. Select machinery and equipment required for each function.
The equipment required for the project may be classified into the following types:
(i) Plant equipment, (ii) Mechanical equipment,
(iii) Electrical equipment
(iv) Internal Transportation System, (v) Other Machinery and Equipment.
In addition to the machinery and equipment, a list should be prepared of spare parts and tools required.
This may be divided into:
i. spare parts and tools to be purchased with original equipment
ii. spare parts and tools required for operational wear and tear.
Constraints in selecting machinery and equipment: In selecting the machinery and equipment, certain constraints should
be borne in mind:
There may be a limited availability of power to set up an electricity intensive plant like, for example, a large
electric furnace
There may be difficulty in transporting a heavy equipment to a remote location;
Workers may not be able to operate, at least in the initial periods, certain sophisticated equipment such as
numerically controlled machines
The import policy of the government may preclude the import of certain types of machinery and equipment.
For whom is it important to understand project finance?
Project Costing and Finance A large number of companies who are in the business of project design, engineering, procurement and
construction, use cost data for arriving at the price of the project as they have to participate in competitive
bidding for securing future business.
Cost of project represents the total of all items of outlay associated with a project which are supported by long-
term funds.
It is the sum of outlays on the following:
- Land and site development
- Building and civil works
- Plant and machinery
- Technical know-how and engineering fees
- Expenses on foreign technicians and training of Indian technicians abroad
- Miscellaneous fixed assets
- Preliminary and capital issue expenses
- Pre-operative expenses
- Margin money for working capital
- Initial cash losses: initial cash losses are not disclosed to maintain the project’s attractiveness. So a provision
should be maintained for initial cash losses.
Land and site development: The cost includes:
- Basic cost of land including conveyance and other allied charges
- Premium payable on leasehold and conveyance charges
- Cost of levelling and development
- Cost of laying approach roads and internal roads
- Cost of gates
- Cost of tube wells
Building and civil works: The cost includes:
- Buildings for the main plant and equipment
- Buildings for auxiliary services like steam supply, workshops, laboratory, water supply, etc
- Godowns, warehouses, and open yard facilities
- Quarters for essential staff
- Non-factory buildings like canteen, guest houses, time office, excise house, etc
- Garages
- Sewers, drainage, etc
- Other civil engineering works.
Plant and Machinery: It includes:
- Cost of imported machinery: It includes FOB (free on board) value, shipping, freight, insurance cost, import duty,
clearing, loading, unloading and transportation charges.
- Cost of indigenous machinery: It includes sakes tax, octroi, and other taxes, if any, railway freight and transport
charges to the site
- Cost of stores and spares
- Foundation and installation charges
Miscellaneous Fixed Assets:
They are not part of the direct manufacturing process may be referred to as miscellaneous fixed assets. It includes:
- furniture, office machinery and equipment
- Tools, vehicles, railway siding, Expenses on procurement of use of patents, licenses, trade marks , copyrights, etc
- Diesel generation sets, transformers, boilers
- Piping system, laboratory equipments
Preliminary expenses includes:
- Expenses incurred for identifying the project, conducting market survey
- Preparing the feasibility report, drafting MOA and AOA
- Incorporating the company
Capital issue expenses include:
- Expenses of Raising of capital from public
- Underwriting commission
- Brokerage, fees to managers and registrars
- Printing and postage expenses
- Advertising and publicity expenses
- Listing fees
- Stamp duty
Pre-operative Expenses: It includes:
Expenses incurred till the commencement of commercial production
- Establishment expenses
- Rent, rates and taxes, start-up expenses
- Travelling expenses, interest on deferred payments
- Interest and commitment charges on borrowings
- Insurance charges, miscellaneous expenses
Provision for contingencies
Margin money for Working Capital: it is that part of working capital requirement that comes from long-term
sources. This is utilized for meeting over-runs in capital cost. This leads to a working capital problem when the
project is commissioned. To avoid this problem, financial institutions stipulate that a portion of the loan amount,
equal to the margin money for working capital, be blocked initially so that it can be release d when the project is
completed.
Means of Financing project
Share capital: Equity and Preference shares
Term loans: provided by financial institutions and commercial banks. They show secured borrowings for
financing new projects as well as for the expansion , modernization, renovation, etc. they are available as Indian
currency term loans (given for financing land, building, civil works etc.) and foreign currency term loans (given
for meeting the foreign currency expenditures towards the import of equipment and technical know-how).
Debenture capital: Non-convertible debentures maturity period ranging from 5 to 9 years. Convertible
debentures are converted wholly or partly into equity shares. Conversion period and prices are announced in
advance
Deferred credit
Incentive sources
Miscellaneous sources
Break-even Point
Break-even analysis is used to determine the point at which revenue received equals the costs associated with receiving
the revenue.
Break-even analysis calculates what is known as a margin of safety, the amount that revenues exceed the break-even
point. This is the amount that revenues can fall while still staying above the break-even point.
Break-even analysis is a supply-side analysis; it only analyzes the costs of the sales.
It does not analyze how demand may be affected at different price levels.
The break-even point is the point at which gains equal losses. Reaching the break-even point is a business's first step
toward profitability.
The break-even point for a project is calculated with reference to the year when the project is expected to reach its
target level of capacity utilization, which is usually the third of the fourth operating year.
1. Equity Capital This is the contribution made by the owners of business, the equity shareholders, w ho enjoy the rewards and
bear the risks of ownership. However, their liabilities, limited to their capital contribution. From the point of
view of the issuing film, equity capital offers, two important advantages: (i) It represents permanent capital.
Hence there is no liability for repayment. (ii) It does not involve any fixed obligation for payment of dividend.
The disadvantages of raising funds by way of equity capital are:
The cost of equity capital is high because equity dividend is not tax-deductible expenses.
The cost of issuing equity capital is high.
2. Preference Capital
A hybrid form of financing, preference capital partakes some characteristics of equity capital and some
attributes of debt capital.
It is similar, to equity capital because preference dividend, like equity dividend, is not a tax-deductible payment.
It resembles debt capital because the rate of preference dividend is fixed.
Typically, when preference dividend is skipped it is payable in future because of the cumulative feature
associated with it. The near-fixity of preference dividend payment renders preference capital somewhat
unattractive in general as a source of finance. It is, however, attractive when the promoters do not want a
reduction in their share: share of equity and yet there is need for widening the net worth base (net worth
consists of equity and preference capital) to satisfy the requirements of financial institutions. In addition to the
conventional preference shares, a company may issue Cumulative Convertible
Preference Shares (CCPS). These shares carry a dividend rate of 10 per cent (which; if unpaid, cumulates) and are
compulsory convertible into equity shares between three and five years from the date of issue.
3. Debenture Capital
In the last few years, debenture capital has emerged as an important source for project financing.
There are three types of debentures that are commonly used in India:
Non- Convertible Debentures (NCDs),
Partially Convertible Debentures (PCDs), and
Fully Convertible Debentures (FCDs).
Akin to promissory, NCDs are used by companies for raising debt that is generally retired over a period of 5 to 10
years. They are secured by a charge on the assets of the issuing company. PCDs are partly convertible into equity
shares as per pre-determined terms of conversion. The unconverted portion of PCDs remains like NCDs.
FCDs, are converted wholly into equity shares as per pre-determined terms of conversion. Hence FCDs may be
regarded as delayed equity instruments.
4. Rupee Term Loans
Provided by financial institutions and commercial banks, rupee term loans which represent secured borrowings
are a very important source for financing new projects as well as expansion, modernization, and renovation
schemes of existing units. These loans are generally repayable over a period of 8-10 years which includes a
moratorium period of l-3 years.
5. Foreign Currency Terms Loans
Financial institutions provide foreign currency term loans for-meeting the foreign currency expenditures
towards import of plant, machinery, equipment and also towards payment of foreign technical know-how fees.
Under the general scheme, the periodical liability towards interest and principal remains in the
currency/currencies of the loan/ and is translated into rupees at the then prevailing rate of exchange for making
payments to the financial institution. Apart from approaching financial institutions (which typically serve as
intermediaries between foreign agencies and Indian borrowers), companies can directly obtain foreign currency
loans from international lenders. More and more companies appear to be doing so presently.
6. Euro issues
Beginning with Reliance Industries’ Global Depository Receipts issue of approximately $150 ml in May 1992, a
number of companies have been making euro issues. They have employed two types of securities: Global
Depository Receipts (GDRs) and Euro convertible Bonds (ECBs).
Denominated in US dollars, a GDR is a negotiable certificate that represents the publicly traded local currency
(Indian Rupee) equity shares of a non-US (Indian) company. (Of course, in. theory, a GDR may represent a debt
security; in practice it rarely does so.) GDRs are issued by the Depository Bank (such as the Bank of New York)
against the local currency shares (such as Rupee shares) which are delivered to the depository’s local custodian
banks. GDRs trade freely in the overseas markets.
A Euro convertible Bond (ECB) is an equity-linked debt security. The holder of an ECB has the option to convert it
into equity shares at a pre-determined conversion ratio during a specified period. ECBs are regarded as
advantageous by the issuing company because:
They carry a lower rate of interest compared to a straight debt security,
They do not lead to dilution of earnings per share in the near future, and
They carry very few restrictive covenants.
7. Deferred Credit
Many a time the suppliers of machinery provide deferred credit facility under which payment for the purchase
of machinery is made over a period of time. The interest rate on deferred credit and the period of payment vary
rather widely. Normally, the supplier of machinery when he offers deferred credit facility insists that the bank
guarantee should be furnished by the buyer.
8. Bills Rediscounting Scheme
Operated by the IDBI, the bills rediscounting scheme is meant to promote the sale of indigenous machinery on
deferred payment basis. Under this scheme, the seller realizes the sale proceeds by discounting the bills or
promissory notes accepted by the buyer with a commercial bank which in turn rediscounts them with the IDBI.
This scheme is meant primarily for balancing equipment and machinery required for expansion, modernization,
and replacement schemes.
9. Suppliers’ Line of Credit
Administered by the ICICI, the Suppliers’ Line of Credit is somewhat similar to the IDBI’s Bill Rediscounting
Scheme. Under this arrangement, ICICI directly pays to the machinery manufacturer against usance bills duly
accepted or guaranteed by the bank of the purchaser.
10. Seed Capital Assistance Financial institutions, through what may be labeled broadly as the ‘Seed Capital
Assistance scheme, seek to supplement the resources of the promoters and of medium scale industrial units
which are eligible for assistance from All-India financial institutions and/ or state-level financial institutions.
Broadly 3 schemes have been formulated:
(i) Special Seed Capital Assistance Scheme The quantum of assistance under this scheme is Rs 0.2 million or 20 per cent
of the project cost, whichever is lower. This scheme is administered by the State Financial Corporations.
(ii) Seed Capital Assistance Scheme The assistance order this scheme is applicable to projects costing not more than
Rs.20 million. The assistance per project is restricted to Rs 1.5 million. The assistance is provided by IDBI through state
level financial institutions. In special cases, the IDBI may provide the assistance directly.
(iii) Risk Capital Foundation Scheme Under this scheme, the Risk Capital Foundation, an autonomous foundation set up
and funded by the IFCI, offers assistance to promoters of projects costing between Rs.20 million and Rs.150 million. The
ceiling on the assistance provided between Rs.1.5 million and Rs.4 million depending on the number of applicant
promoters.
11. Government Subsidies Previously the central government as well as the state governments provided subsidies to industrial units
located in backward areas. The central subsidy has been discontinued but the state subsidies continue. The state
subsidies vary between 5 per cent to 25 percent of the fixed capital investment in the project, subject to a
ceiling varying between Rs 0.5 million and Rs 2.5 million depending on the location.
12. Sales Tax Deferments and Exemptions To attract industries, the states provide incentives, inter alia, in the form of sales tax deferments and sales tax
exemptions. Under the sales tax deferment scheme, the payment of sales tax on the sale of finished goods may
be deferred for a period ranging between five to twelve years. Essentially, it implies that the pro ject gets an
interest free loan, represented by the quantum of sales tax deferred, during the deferent period.
Under the sales tax exemption scheme, some states exempt the payment of sales tax applicable on purchases of
raw materials, consumables, packing, and processing materials from within the state which are used for
manufacturing purposes. The period of exemption ranges from three to nine years depending upon the state
and the specific location of the project within the state.
13. Unsecured Loans and Deposits
Unsecured loans are typically provided by the promoters to fill the gap between the promoters’ contribution
required by financial institutions and the equity capital subscribed by the promoters. These loans are subsidiary
to the institutional loans. The rate of interest chargeable on these loans is less than the rate of interest on the
institutional loans. Finally these loans cannot be taken back without the prior approval of financial institutions.
Deposits from public, referred to as public deposits, represent unsecured borrowing of two to three years’
duration. Many existing companies prefer to raise public deposits instead of term loans from financial
institutions because restrictive covenants do not accompany public deposits. However, it may not be possible
for a new company to raise public deposits. Further, it may be difficult for it to repay public deposits within
three years.
14. Foreign Currency Loans Apart from rupee term loans, financial institutions provide foreign currency loans.
This assistance is now provided only for the import of capital equipment (as per the liberalized exchange risk
management system, foreign currency required for other purposes has to be purchased from authorized dealers
at market rates).
On foreign currency loans sanctioned under the general scheme, the interest rate charged is typically a floating
rate as determined by the lenders, (the foreign agency that has given a line of credit to the financial institution
for onward lending) and the risk of exchange rate fluctuation is born by the borrower.
On foreign currency loans sanctioned under the Exchange Risk Administration Scheme, the principal repayment
obligations of the borrower are rupee tied at the rate of exchange prevailing on the dates of disbursement. O n
such rupee-tied loan liability, the borrower pays by way of servicing his loan a composite, cost every quarter.
The composite cost consists of three elements: (i) the interest portion which is arrived on the basis of the
weighted average interest cost of the various components of the currency pool, (ii) the spread of the financial
institutions, and (iii) the exchange risk premium. The ‘composite cost’ is a variable rate determined at six -
monthly intervals. It has a floor and a cap. Both the floor and the cap as well as the rate of interest applicable for
the period is reviewed and announced from time to time.
15. Leasing and Hire Purchase Finance
With the emergence of scores of finance companies engaged in the business of leasing and hire purchase
finance, it may be possible to get a portion, albeit a small portion, of the assets financed under a lease or a hire
purchase arrangement. Typically, a project is financed partly by financial institutions and partly through the
resources raised from the capital market. Hence, in finalising the financing scheme for a project, you should bear
in mind the norms and policies of financial institutions and the guidelines of Securities Exchange Board of India
and the requirements of the Securities Contracts Regulation Act (SCRA).
16. Public Deposit
Public deposits have been a peculiar feature or industrial finance in India.
Companies have been receiving public deposits for a long time in order to meet their medium-term and long-
term requirements for finance. This system was very popular in the cotton textile mills or Bombay, Ahmedabad
and Sholapur and in the tea gardens or Assam and Bengal. In recent years, the method or raising finance
through the public deposits has again become popular for various reasons. Rates or interest offered by the
companies are higher than those offered by banks. At the same time the cost of deposits to the company is less
than the cost or borrowings from banks.
While accepting public deposits, a company must follow the provisions or the companies Act and the directions
issued by the Reserve bank of India. According to the companies (Acceptance of Deposits Rules, 1975 as
amended in 1984) Act, no company can receive secure and unsecured deposits in excess of 10% and 25%
respectively of paid up share capital plus free reserves. The Central Government has laid down that no company
shall invite a deposit unless an advertisement, including a statement showing the financial position of the
company, has been issued in the prescribed form. Under the new rul e, deposits can be renewed. The rate of
interest payable on deposits must not exceed 15% per annum. In order to repay the deposits maturing in a
particular year, the company must deposit 110% or the deposits with a scheduled bank or in specified securities .
17. Bank Credit Commercial banks in the country serve as the single largest source or short-term finance to business firms. They
provide it in the form of Outright Loans. Cash credit, and Lines of Credit.
Unit-2 Questions
1. What types of information are required for market and demand analysis?
2. Discuss the steps involved in constructing and using an econometric model.
3. What are the sources of uncertainties in demand forecasting? Discuss them.
4. “Often secondary information is not adequate for market and demand analysis”. Comment.
5. What aspects are considered in technical analysis?
6. What factors have a bearing on choice of technology?