The very
important point for any Organization is customer service. In India
Private sector banks, grown more are mainly based upon Public sector Banks. To that level, the customer service of
those banks are performing. In the same
manner private sector Telephone( Also Cell phone ) Companies growth are also
mainly based upon our B.S.N.L. Even today some State / Central Government based
organizations are still asking what is Customer service ? To open a bank
account or to avail a New Mobile phone connection
, we usually go where the customer service is satisfactory.
Like us, many people if approaching that company the business develops, for the
said company. Gains may increase. So that the stock prices we are holding may
also increase. Those Organizations keen
and interested in customer satisfaction and service
may perform much better for Long term investment. So, draw special attention to the companies stock
purchased how performing regarding
customer care.
Welcome to this Site...This blog is specially designed to give an idea, that even a Laymen, can be able to know about complete basics of stocks, stock market terms, fundamental analysis,especially Long term Investment of Shares or Stocks.Feel free to comment me.My e-mail address is k.ramalingam73@gmail.com
Thursday, August 22, 2013
Fundamental Analysis - Customer Service
Fundamental Analysis - Human Resources Management
Organizational Psychology holds that successful organizations
do not owe their success solely to market realities and sustainable competitive
advantages. Actually, there is a lot more. Successful companies are those that
consider their human capital as their most important asset. Facts and figures
are the quantitative elements of successful management, yet the qualitative,
i.e. the cognitive aspects, are those that actually make or break an
organization.
Human Resources Management (HRM) is the strategic management of the employees, who individually and collectively contribute to the achievement of the strategic objectives of the organization. Assuming that the employees of an organization are individuals with own mental maps and perceptions, own goals and own personalities and as such they cannot be perceived as a whole, HRM holds that the organization should be able to employ both individual and group psychology in order to commit employees to the achievement of organizational goals.
Aiming to enable the organization to achieve its
strategic goals by attracting, retaining and developing employees, HRM
functions as the link between the organization and the employees. A company
should first become aware of the needs of its employees, and at a later stage,
understand and evaluate these needs in order to make its employees perceive
their job as a part of their personal life, and not as a routine obligation. To
that end, HRM is very crucial for the whole function of an organization because
it assists the organization to create loyal employees, who are ready to offer
their best.
The HRM activities in modern organizations are
typically performed in communication with the General Management in an effort
to provide a variety of views when a decision must be taken. In that way,
decision making is not subject to the individual perceptions of the HR or the
General Manager, but it becomes the outcome of strategic consensus.
The main goals / responsibilities of HRM are:
• To retain low employee turnover rate by
inspiring people to work for the company
• To attract new employees
• To contribute to employee development
To achieve these goals, Human Resources
Management trains and motivates the employees by communicating ethical policies
and socially responsible behavior to them. In doing so, it plays a significant
role in clarifying the organization's problems and providing solutions, while
making employees working more efficiently.
On the other hand, challenges do not cease for
the HRM. Modern organizations can survive in the dynamic, competitive
environment of today only if they capitalize on the full potential of each
employee. Unfortunately, many companies have not understood the importance of
the human capital in successful operations. The recruitment and selection of
the best employees is a very difficult obligation. Even companies that are
voted in the top-ten places to work at, often endure long periods of hard work
to realize that human element is all an organization should care about.
New challenges arise even now for the
organization, and it is certain that new challenges will never cease to emerge.
Therefore, the use of proper Human Resources techniques is a really powerful
way for organizations to overcome these challenges, and to improve not only
their quantitative goals but also their organizational culture, and their
qualitative, cognitive aspects.
Monday, August 19, 2013
Fundamental Analysis - Industry Regions
INDUSTRY
FUNCTIONING REGIONS / COUNTRIES :-
Today’s Indian
Economy is globalized. Our I.T. Companies are doing business Worldwide. Apart
from local ( India
) International business are many times more. Due to the percentage of income being
more from Foreign countries, the Economy in these countries may affect these
Organizations also.
FOR EXAMPLE : CEMENT INDUSTRY -
Responsible for 7-8 percent of global cement production, India is the
second largest cement market in the world, and also an exporter to 30
countries. The cement industry in India is divided into five
geographical segments, wherein the North and South regions are the leading
suppliers of cement. The East, West and Central regions face deficit of cement,
thereby relying on purchases from the North and South. According to the Cement
Manufacturers’ Association (CMA), there are 139 large cement plants and 365
mini and white cement plants in the country.
Overview
According to the Cement Manufacturers Association (CMA), cement
sales for May 2012 were registered at 16.26 million tonnes (MT), which
signifies a 14 percent growth over the same period in 2011. Although India is one of
the largest cement markets in the world, its per capita consumption is only
around 170 kg, much lower than the global average consumption of about 430 kg.
According to the latest report from the working group on the industry for the
12th five-year Plan (2012-17), India
would require overall cement capacity of around 480 million tonnes. This would
mean the industry will have to add another 150 million tonnes of capacity
during the period.
Leading players in this sector (by market share) are Shree Chem,
Ultratech, Ambuja, Binani, ACC, India Cem, Dalmia Cem, Madras Cem, Lafarge, and
OCL India.
Factors that will drive growth in this sector
· Housing segment growth is leading to higher demand for cement for
homebuilding.
· Government’s 12th Five Year Plan focuses on increasing
infrastructure
(upgraded airports, ports, railway expansion,
etc.) to drive construction activity.
· Rise in commercial and retail spaces, along with hotels in near
future, will
account for increased demand for cement.
· Use of alternate fuels will help reduce low production costs and
emissions and
further drive this sector.
· There is an increase in the sale of blended varieties of cement - Portland
Pozzolana Cement (PPC) and Portland Blast Furnace Slag Cement (PBFC)
Road ahead
Though cement is the most preferred construction material in both
housing and industrial works, its demand is directly linked to the development
and growth of others industry domains, such as construction, infrastructure,
finance, etc. The housing segment that accounts for a major portion of domestic
demand for cement in India
is expected to witness a demand of 4.3 million housing units between 2010 and
2014. Government initiatives to boost infrastructure development and ease
transportation costs should keep the demand for cement on a consistent rise.
Furthermore, there are unexplored markets in the country, like the
under-supplied North-east region, that are currently experiencing increasing
demand for cement.
SURROUNDING
ATMOSPHERE :-
Today each
and every Organization must obey the Surrounding atmosphere. Otherwise, the
anger from Government or from general pubic, must be definitely faced. Due to
those actions the industry must
suffer more. For example, Leather and Textile based industries. According to
the Instructions of Law the Tirupur, textile industry suffered much more.
Similarly the Tannery based business suffered, more several years back. Very
recently “Sterlite Industries” of Tuticorin was directed by the Court order a
closure. Finally the stock you ought to purchase must be Eco-friendly or else
not creating much damage to the Surrounding atmosphere.
Fundamental Analysis - Others
NECESSITY
OF PRODUCTS :-
The stocks
you ought to buy, organizations are producing what type of products must be monitored. Daily usages such as Milk, Electricity, Medias, Transport, Roadways, are
involved (or) Grandeur products
such as Cars, Electronic goods, must be noticed. Value investing people only
consider daily needs purposes stocks. They may
be even safe. Moreover the cash flow of those companies, will be continuously good. Grandeur products
manufacturing companies sales
may be Ups and Downs based on the Economy, and the years respective Budgets.
TECHNOLOGY
:-
RESULTS ACHIEVED SO FAR
The modernized companies are achieving higher productivity,
while workers, students and lecturers alike are acquiring new skills. They are
learning to apply modern control and regulation technology. The development
partner, Siemens, is also identifying new markets for its automation
technology, as an important pre-condition for demand is that the workers in the
enterprises in India
are able to operate modern plants.
Marketing
Capabilities :-
Iron & Steel
|
Indian
Steelmakers
Metal
Bulletin Research (MBR) has undertaken an in-depth review of the Indian Steel
Industry and its outlook over the next six years. The Indian Steel Industry:
Market projections and company strategies out to 2015 offers over 300 pages of independent research and analysis including:
§
The
independent and unrivalled view of MBR on the demand, supply and pricing
prospects of the Indian steel and raw materials industry;
§
Critical raw materials scenario;
§
Detailed
strategic recommendations on competitive strategies to be adopted by Indian
steelmakers and those looking to invest in
§
Unique
and in-depth insights into the Indian steel market and company strategies by
MBR consultants and experts, in tandem with Satyabir Bhattacharyya, the former Director - Corporate Strategy and Business Excellence in Ispat
Industries Limited;
§
The
Indian CEO – a simple point plan in re-defining the role and leadership style
required to successfully meet the domestic and global challenges ahead. The
Indian Steel industry: Market projections and company strategies out to 2015
is the first report of its kind to provide independent and on-the-ground
research combined with strategic recommendations. This report comes amid a
challenging economic climate directly impacting those looking to invest, or
already operating, in steel today.
The
Indian Steel Industry: Market projections and company strategies out to 2015
further offers:
§
Key long-term supply-demand balances for steel and raw materials by-major
product including: iron ore, DRI, pig iron, coking coal and HR coil/sheet;
§
Sales volumes and cost structures for the key steelmakers in
§
Key
strategic insights in leading steelmakers including Tata
Steel Limited, Steel Authority of India Limited (SAIL), Ispat
Industries Limited, Essar Steel Limited, JSW
Steel Limited among
others
§
Consumption
drivers of the end-user industry segments including: construction,
automotive, roads, ports, airports, railways and power;
§
Government
policies on steel and minerals and how these will affect the industry
structure and prices over the next decade;
§
Investment strategies needed to ensure growth, profitability
and sustainability uniquely for the Indian market including how to build
organisational capabilities, select the appropriate steelmaking and casting
technology and achieve cost efficiency;
§
How
best to understand and take advantage of the Indian steel business culture.
|
Exports
:-
· Iron & steel are freely exportable.
· Advance Licensing Scheme allows duty free import of raw materials
for exports. Duty
Entitlement Pass
Book Scheme (DEPB) was introduced to facilitate exports. Under this
scheme exporters on the basis of notified entitlement rates, are granted due
credits which would entitle them to import duty free goods. The DEPB
benefit on export of various categories of steel items scheme is currently
applicable for steel exports.
· Last five year’s export of total finished steel (alloy + non
alloy) is given below:-
Indian steel industry : Exports (in million
tonnes)
|
|||||
Category |
2007-08
|
2008-09
|
2009-10
|
2010-11
|
2011-12*
|
Total
Finished Steel (alloy + non alloy) |
5.08
|
4.44
|
3.25
|
3.64
|
4.04
|
Source: Joint
Plant Committee; *provisional |
Focusing
Segment :-
The stocks
you ought to buy, companies products are prepared for which class of people,
(a) Like
I.T.C., Britannia --
which belongs to all people,
(b) Or
else like Oberoi Hotels -- which belongs to High class people,
(c) Or
else Infosys -- for Local / International Organizations. While the Economy struggles,
focusing retail customers may not suffer
more. The retail customers will only reduce
their usage. But not totally withdraw. But Economy based customer oriented organizations suffer
more. Due to these situation they may even ( to limit the expenses ) stop
certain services, totally until the Economy retains its Growth. In turn while
the Economy improves this may also take a “U” turn.
Fundamental Analysis - Quality of the Products
If we are ready to purchase a stock, first of all we must ascertain the quality of products manufactured is very important. On today’s date all the companies are manufacturing only qualified products.
The companies you mention may be either I.T.C., Britannia, Godrej, Titan, Voltas, etc…..We are purchasing and using only very few products. But mostly we are not using majority of the products by purchasing and using for our own use. To avoid this, we can enquire about those products quality and read through various available sources.
If the products are quality and anytime Demand persists. So that our investment may also be safe and growth occurs.
Manufacturing is based on finding efficiencies and removing wasteful steps that don't add value to the end product. There's no need to reduce quality with lean manufacturing – the cuts are a result of finding better, more efficient ways of accomplishing the same tasks.
To find the efficiencies, lean manufacturing adopts a customer-value focus, asking "What is the customer willing to pay for?" Customers want value, and they'll pay only if you can meet their needs. They shouldn't pay for defects, or for the extra cost of having large inventories. In other words, they shouldn't pay for your waste.
Waste is anything that doesn't add value to the end product. In Lean Manufacturing, there are eight categories of waste that you should monitor:
1. Overproduction – Are you producing more than consumers demand?
2. Waiting – How much lag time is there between production steps?
3. Inventory (work in progress) – Are your supply levels and work in progress inventories too
high?
4. Transportation – Do you move materials efficiently?
5. Over-processing – Do you work on the product too many times, or otherwise work
inefficiently?
6. Motion – Do people and equipment move between tasks efficiently?
7. Defects – How much time do you spend finding and fixing production mistakes?
8. Workforce – Do you use workers efficiently?
Lean Manufacturing Process :-
The Lean Manufacturing process has three key stages:
Stage 1 – Identify Waste
According to the Lean Manufacturing philosophy, waste always exists, and no matter how good your process is right now, it can always be better. Lean Manufacturing relies on this fundamental philosophy of continuous improvement, known as
Kaizen.
One of the key tools used to find this waste is a Value Stream Map (VSM). This shows how materials and processes flow through your organization to bring your product or service to the consumer. It looks at how actions and departments are connected, and it highlights the waste. As you analyze the VSM, you'll see the processes that add value and those that don't. You can then create a "future state" VSM that includes as few non-value-adding activities as possible.
Stage 2 – Analyze the Waste, and Find the Root Cause
For each waste you identified in the first stage, figure out what's causing it by using Root Cause Analysis. If a machine is constantly breaking down, you might think the problem is mechanical and decide to purchase a new machine. But Root Cause Analysis could show that the real problem is poorly trained operators who don't use the machine properly. Other effective tools for finding a root cause include Brainstorming and Cause and Effect Diagrams.
Stage 3 – Solve the Root Cause, and Repeat the Cycle
Using an appropriate problem-solving process, decide what you must do to fix the issue to create more efficiency.
Tools to Reduce Waste
Once you have identified wastes using the three key stages above, you can then apply this next set of tools to help you reduce waste further:
Just in Time –
This is the core idea of Lean Manufacturing and is based on the "pull" model. To minimize stock and resources, you only purchase materials, and produce and distribute products when required. You also produce small, continuous batches of products to help production run smoothly and efficiently. By reducing batch size, you can also monitor quality and correct any defects as you go. This reduces the likelihood of quality being poor in future batches.
(In manufacturing, a key way of doing this is to use Kanban, below.)
Kanban – This is one of the key ways to involve people in the lean manufacturing process. Here, you support the Just In Time model by developing cues in the system to signal that you need to replace, order, or locate something. The focus is on reducing overproduction, so that you have what you need, only when you need it.
Zero Defects – This system focuses on getting the product right the first time, rather than spending extra time and money fixing poor-quality products. By using the Zero Defects system, you'll reinforce the notion that no defect is acceptable, and encourage people to do things right the first time that they do something.
Single Minute Exchange of Die (SMED) –
This helps you build flexibility into your production. For example, in the automotive industry, it could take days to change a line to produce a different car model. With SMED, the assembly process and machinery are designed to support quick and efficient changeovers. (Here, a "die" is a tool used to shape an object or material.)
The 5S Philosophy –
Lean Manufacturing depends on standardization. You want your tools, processes, and workplace arrangements to be as simple and as standard as possible. This creates fewer places for things to go wrong, and reduces the inventory of replacement parts that you need to hold. To accomplish a good level of standardization, use the 5S System.
Tip:
These techniques offer proven solutions for fixing waste within your organization. However, remember first to apply the three-stage Lean Manufacturing process, and to deal with any issues that this raises.
Key Points
Lean Manufacturing focuses on optimizing your processes and eliminating waste. This helps you cut costs and deliver what the customer wants and is willing to pay for.
With a lean philosophy, you enjoy the benefit of continuous improvement. So, rather than making rapid, irregular changes that are disruptive to the workplace, you make small and sustainable changes that the people who actually work with the processes, equipment, and materials will take forward.
This systematic and simple approach is very effective across all types of industries. What's more, ultimately, a process without waste is much more sustainable.
Apply This to Your Life
1. Overproduction – Do you provide more data or information than is needed? Do you create reports more often than required for example? Or do you spend unnecessary amounts of time formatting these reports?
2. Waiting – Do you spend too much time waiting for information or data from others, before you can do your work? What can you do about this?
3. Inventory (work in progress) – Do you have a large stock of materials? Are your supply levels and work-in-process inventory too high?
4. Transportation – Do things flow efficiently? Could you combine deliveries, or deliver things more quickly?
5. Over-processing – Do you needlessly work on something more than once?
6. Motion – How is work passed along in your team? Do people understand what they're required to do at each step? Do people and equipment move between tasks efficiently?
7. Defects – How often do you find mistakes ? Do you make the same mistakes on a regular basis?
8. Workforce – Do you use your time wisely ? Do you spend most of your time on activities that add value and are a high priority ?
The companies you mention may be either I.T.C., Britannia, Godrej, Titan, Voltas, etc…..We are purchasing and using only very few products. But mostly we are not using majority of the products by purchasing and using for our own use. To avoid this, we can enquire about those products quality and read through various available sources.
If the products are quality and anytime Demand persists. So that our investment may also be safe and growth occurs.
Manufacturing is based on finding efficiencies and removing wasteful steps that don't add value to the end product. There's no need to reduce quality with lean manufacturing – the cuts are a result of finding better, more efficient ways of accomplishing the same tasks.
To find the efficiencies, lean manufacturing adopts a customer-value focus, asking "What is the customer willing to pay for?" Customers want value, and they'll pay only if you can meet their needs. They shouldn't pay for defects, or for the extra cost of having large inventories. In other words, they shouldn't pay for your waste.
Waste is anything that doesn't add value to the end product. In Lean Manufacturing, there are eight categories of waste that you should monitor:
1. Overproduction – Are you producing more than consumers demand?
2. Waiting – How much lag time is there between production steps?
3. Inventory (work in progress) – Are your supply levels and work in progress inventories too
high?
4. Transportation – Do you move materials efficiently?
5. Over-processing – Do you work on the product too many times, or otherwise work
inefficiently?
6. Motion – Do people and equipment move between tasks efficiently?
7. Defects – How much time do you spend finding and fixing production mistakes?
8. Workforce – Do you use workers efficiently?
Lean Manufacturing Process :-
The Lean Manufacturing process has three key stages:
Stage 1 – Identify Waste
According to the Lean Manufacturing philosophy, waste always exists, and no matter how good your process is right now, it can always be better. Lean Manufacturing relies on this fundamental philosophy of continuous improvement, known as
Kaizen.
One of the key tools used to find this waste is a Value Stream Map (VSM). This shows how materials and processes flow through your organization to bring your product or service to the consumer. It looks at how actions and departments are connected, and it highlights the waste. As you analyze the VSM, you'll see the processes that add value and those that don't. You can then create a "future state" VSM that includes as few non-value-adding activities as possible.
Stage 2 – Analyze the Waste, and Find the Root Cause
For each waste you identified in the first stage, figure out what's causing it by using Root Cause Analysis. If a machine is constantly breaking down, you might think the problem is mechanical and decide to purchase a new machine. But Root Cause Analysis could show that the real problem is poorly trained operators who don't use the machine properly. Other effective tools for finding a root cause include Brainstorming and Cause and Effect Diagrams.
Stage 3 – Solve the Root Cause, and Repeat the Cycle
Using an appropriate problem-solving process, decide what you must do to fix the issue to create more efficiency.
Tools to Reduce Waste
Once you have identified wastes using the three key stages above, you can then apply this next set of tools to help you reduce waste further:
Just in Time –
This is the core idea of Lean Manufacturing and is based on the "pull" model. To minimize stock and resources, you only purchase materials, and produce and distribute products when required. You also produce small, continuous batches of products to help production run smoothly and efficiently. By reducing batch size, you can also monitor quality and correct any defects as you go. This reduces the likelihood of quality being poor in future batches.
(In manufacturing, a key way of doing this is to use Kanban, below.)
Kanban – This is one of the key ways to involve people in the lean manufacturing process. Here, you support the Just In Time model by developing cues in the system to signal that you need to replace, order, or locate something. The focus is on reducing overproduction, so that you have what you need, only when you need it.
Zero Defects – This system focuses on getting the product right the first time, rather than spending extra time and money fixing poor-quality products. By using the Zero Defects system, you'll reinforce the notion that no defect is acceptable, and encourage people to do things right the first time that they do something.
Single Minute Exchange of Die (SMED) –
This helps you build flexibility into your production. For example, in the automotive industry, it could take days to change a line to produce a different car model. With SMED, the assembly process and machinery are designed to support quick and efficient changeovers. (Here, a "die" is a tool used to shape an object or material.)
The 5S Philosophy –
Lean Manufacturing depends on standardization. You want your tools, processes, and workplace arrangements to be as simple and as standard as possible. This creates fewer places for things to go wrong, and reduces the inventory of replacement parts that you need to hold. To accomplish a good level of standardization, use the 5S System.
Tip:
These techniques offer proven solutions for fixing waste within your organization. However, remember first to apply the three-stage Lean Manufacturing process, and to deal with any issues that this raises.
Key Points
Lean Manufacturing focuses on optimizing your processes and eliminating waste. This helps you cut costs and deliver what the customer wants and is willing to pay for.
With a lean philosophy, you enjoy the benefit of continuous improvement. So, rather than making rapid, irregular changes that are disruptive to the workplace, you make small and sustainable changes that the people who actually work with the processes, equipment, and materials will take forward.
This systematic and simple approach is very effective across all types of industries. What's more, ultimately, a process without waste is much more sustainable.
Apply This to Your Life
1. Overproduction – Do you provide more data or information than is needed? Do you create reports more often than required for example? Or do you spend unnecessary amounts of time formatting these reports?
2. Waiting – Do you spend too much time waiting for information or data from others, before you can do your work? What can you do about this?
3. Inventory (work in progress) – Do you have a large stock of materials? Are your supply levels and work-in-process inventory too high?
4. Transportation – Do things flow efficiently? Could you combine deliveries, or deliver things more quickly?
5. Over-processing – Do you needlessly work on something more than once?
6. Motion – How is work passed along in your team? Do people understand what they're required to do at each step? Do people and equipment move between tasks efficiently?
7. Defects – How often do you find mistakes ? Do you make the same mistakes on a regular basis?
8. Workforce – Do you use your time wisely ? Do you spend most of your time on activities that add value and are a high priority ?
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