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Note: Solve any 4 Cases Study’s

 

CASE: I    ARROW AND THE APPAREL INDUSTRY

 

Ten years ago, Arvind Clothing Ltd., a subsidiary of Arvind Brands Ltd., a member of the Ahmedabad based Lalbhai Group, signed up with the 150- year old Arrow Company, a division of Cluett Peabody & Co. Inc., US, for licensed manufacture of Arrow shirts in India. What this brought to India was not just another premium dress shirt brand but a new manufacturing philosophy to its garment industry which combined high productivity, stringent in-line quality control, and a conducive factory ambience.

Arrow’s first plant, with a 55,000 sq. ft. area and capacity to make 3,000 to 4,000 shirts a day, was established at Bangalore in 1993 with an investment of Rs 18 crore. The conditions inside—with good lighting on the workbenches, high ceilings, ample elbow room for each worker, and plenty of ventilation, were a decided contrast to the poky, crowded, and confined sweatshops characterising the usual Indian apparel factory in those days. It employed a computer system for translating the designed shirt’s dimensions to automatically mark the master pattern for initial cutting of the fabric layers. This was installed, not to save labour but to ensure cutting accuracy and low wastage of cloth.

The over two-dozen quality checkpoints during the conversion of fabric to finished shirt was unique to the industry. It is among the very few plants in the world that makes shirts with 2 ply 140s and 3 ply 100s cotton fabrics using 16 to 18 stitches per inch. In March 2003, the Bangalore plant could produce stain-repellant shirts based on nanotechnology.

The reputation of this plant has spread far and wide and now it is loaded mostly with export orders from renowned global brands such as GAP, Next, Espiri, and the like. Recently the plant was identified by Tommy Hilfiger to make its brand of shirts for the Indian market. As a result, Arvind Brands has had to take over four other factories in Bangalore on wet lease to make the Arrow brand of garments for the domestic market.

In fact, the demand pressure from global brands which want to outsource form Arvind Brands is so great that the company has had to set up another large factory for export jobs on the outskirts of Bangalore. The new unit of 75,000 sq. ft. has cost Rs 16 crore and can turn out 8,000 to 9,000 shirts per day. The technical collaborators are the renowned C&F Italia of Italy.

Among the cutting edge technologies deployed here are a Gerber make CNC fabric cutting machine, automatic collar and cuff stitching machines, pneumatic holding for tasks like shoulder joining, threat trimming and bottom hemming, a special machine to attach and edge stitch the back yoke, foam finishers which use air and steam to remove creases in the finished garment, and many others. The stitching machines in this plant can deliver up to 25 stitches per inch. A continuous monitoring of the production process in the entire factory is done through a computerised apparel production management system, which is hooked to every machine. Because of the use of such technology, this plant will need only 800 persons for a capacity which is three times that of the first plant which employs 580 persons.

Exports of garments made for global brands fetched Arvind Brands over Rs 60 crore in 2002, and this can double in the next few years, when the new factory goes on full stream. In fact, with the lifting of the country-wise quota regime in 2005, there will be surge in demand for high quality garments from India and Arvind is already considering setting up two more such high tech export-oriented factories.

It is not just in the area of manufacture but also retailing that the Arrow brand brought a wind of change on the Indian scene. Prior to its coming, the usual Indian shirt shop used to be a clutter of racks with little by way of display. What Arvind Brands did was to set up exclusive showrooms for Arrow shirts in which the functional was combined with aesthetic. Stuffed racks and clutter eschewed. The product were displayed in such a manner the customer could spot their qualities from a distance. Of course, today this has become standard practice with many other brands in the country, but Arrow showed the way. Arrow today has the largest network of 64 exclusive outlets across India. It is also present in 30 retail chains. It branched into multi-brand outlets in 2001, and is present in over 200 select outlets.

From just formal dress shirts in the beginning, the product range of Arvind Brands has expanded in the last ten years to include casual shirts, T-shirts, and trousers. In the pipeline are light jackets and jeans engineered for the middle-aged paunch. Arrow also tied up with the renowned Italian designer, Renato Grande, who has worked with names like Versace and Marlboro, to design its Spring / Summer Collection 2003. The company has also announced its intention to license the Arrow brand for other lifestyle accessories like footwear, watches, undergarments, fragrances, and leather goods. According to Darshan Mehta, President, Arvind Brands Ltd., the current turnover at retail prices of the Arrow brand in India is about Rs 85 crore. He expects the turnover to cross Rs 100 crore in the next few years, of which about 15 per cent will be from the licensed non-clothing products.

In 2005, Arvind Brands launched a major retail initiative for all its brands. Arvind Brands licensed brands (Arrow, Lee and Wrangler) had grown at a healthy 35 per cent rate in 2004 and the company planned to sustain the growth by increasing their retail presence. Arvind Brands also widened the geographical presence of its home-grown brands, such as Newport and Ruf-n Tuf, targeting small towns across India. The company planned to increase the number of outlets where its domestic brands would be available, and draw in new customers for readymades. To improve its presence in the high-end market, the firm started negotiating with an international brand and is likely to launch the brand.

The company has plans to expand its retail presence of Newport Jeans, from 1200 outlets across 480 towns to 3000 outlets covering 800 towns.

For a company ranked as one of the world’s largest manufactures of denim cloth and owners of world famous brands, the future looks bright and certain for Arvind Brands Ltd.

 

Company profile

 

Name of the Company         :                          Arvind Mills

Year of Establishment         :                          1931

Promoters                             :                          Three brothers–Katurbhai, Narottam                                                                                                                                        Bhai, and Chimnabhai

Divisions                              :                          Arvind Mills was split in 1993 into

Units—textiles, telecom and garments. Arvind Ltd. (textile unit) is 100 per cent subsidiary of Arvind Mills.

Growth Strategy                  :                          Arvind Mills has grown through buying-up of sick units, going global and acquisition of German and US brand names.

 

Questions

 

  1. Why did Arvind Mills choose globalization as the major route to achieve growth when the domestic market was huge?

 

  1. How does lifting of ‘Country-wise quota regime’ help Arvind Mills?
  2. What lessons can other Indian businesses learn form the experience of Arvind Mills?

 

 

CASE: II    THE ECONOMY OF KENYA

 

Kenya’ economy has been beset by high rates of unemployment and underemployment for many years. But at no time has it been more significant and more politically dangerous than in the late 1990s as an authoritarian beset by corruption, cronyism and economic plunder threatened the economic stability of this once proud nation. Yet Kenya still has great potential. Located in East Africa, it has a diverse geographic and climatic endowment. Three-fifths of the nation is semiarid desert (mostly in the north), and the resulting infertility of this land has dictated the location of 85 per cent of the population (30 million in 2000) and almost all economic activity in the southern two-fifths of the country. Kenya’s rapidly growing population is composed of many tribes and is extremely heterogeneous (including traditional herders, subsistence and commercial farmers, Arab Muslims, and cosmopolitan residents of Nairobi). The standard of living at least in major cities, is relatively high compared to the average of other sub-Saharan African countries.

However, widespread poverty (per capita US$360), high unemployment, and growing income inequality make Kenya a country of economic as well as geographic diversity. Agriculture is the most important economic activity. About three quarters of the population still lives in rural areas and about 7 million workers are employed in agriculture, accounting for over two-thirds of the total workforce.

Despite many changes in the democratic system, including the switch from a federal to a republican government, the conversion of the prime ministerial system into a presidential one, the transition to a unicameral legislature, and the creation of a one-party state, Kenya has displayed relatively high political stability (by African standards) since gaining independence from Britain in 1963. Since independence, there have been only two presidents. However, this once stable and prosperous capitalist nation has witnessed widespread ethnic violence and political upheavals since 1992 as a deteriorating economy, unpopular one-party rule, and charges of government corruption create a tense situation.

An expansionary economic policy characterised by large public investments, support of small agricultural production units, and incentives for private (domestic and foreign) industrial investment played an important role in the early 7 per cent rate of GDP growth in the first decade after independence. In the following seven years (1973-80), the oil crisis let to a lower GDP growth to an annual rate of 5 per cent. Along with the oil price shock, lack of adequate domestic saving and investment slowed the growth of the economy. Various economic policies designed to promote industrial growth led to a neglect of agriculture and a consequent decline in farm prices, farm production, and farmer incomes. As peasant farmers became poorer, more migrated to Nairobi, swelling an already overcrowded city and pushing up an existing high rate of urban unemployment. Very high birthrates along with a steady decline in death rates (mainly through lower infant mortality) led Kenya’s population growth to become the highest in the world (4.1 per cent per year) in 1988. Population growth fell to a still high rate of 2.4 per cent for the period 1990-2000.

The slowdown in GDP growth persisted in the following five years (1980-85), when the annual average was 2.6 per cent. It was a period of stabilization in which political shakiness of 1982 and the severe drought in 1984 contributed to a slowdown in industrial growth. Interest rates rose and wages fell in the public and private sectors. An improvement in the budget deficit and current account trade deficit, obtained through cuts in development expenditures and recessive policies aimed at reducing imports, contributed to lower economic growth. By 1990, Kenya’s per capita income was 9 per cent lower than it was in 1980–$370 compared to $410. It continued to decline in the 1990s. In fact, GDP per capita fell at an annual average rate of 0.3 per cent throughout the decade. At the same time, the urban unemployment rate rose to 30 per cent.

Comprising 23 per cent of 2000 GDP AND 77 per cent of merchandise exports, agricultural production is the backbone of the Kenyan economy. Because of its importance, the Kenyan government has implemented several policies to nourish the agricultural sector. Two such policies include fixing attractive producer prices and making available increasing amounts of fertilizer. Kenya’s chief agricultural exports are coffee, tea, sisal, cashew nuts, pyrethrum, and horticultural products. Traditionally, coffee has been Kenya’s chief earner in foreign exchange.

Although Kenya is chiefly agrarian, it is still the most industrialised country in eastern Africa. Public and private industry accounted for 16 per cent of GDP in 2000. Kenya’s chief manufacturing activities are food processing and the production of beverages, tobacco, footwear, textiles, cement, metal products, paper, and chemicals.

Kenya currently faces a multitude of problems. These include a stagnating economy, growing political unrest, a huge budget deficit, high unemployment, a substantial balance of payments problem, and a stubbornly high population growth rate.

With the unemployment rate already at 30 per cent and its population growing, Kenya faces the major task of employing its burgeoning labour force. Yet only 10-15 per cent of seekers land jobs in the modern industrial sector. The remainder must find jobs in the self-employment sector; in the agricultural sector, where wages are low and opportunities are scarce; or join the masses of the unemployed.

In addition to the unemployment problem, Kenya must always be concerned with how to feed its growing population. An increase in population means an increasing demand for food. Yet only 20 per cent of Kenya’s land is arable. This implies that the land must become increasingly productive. Unfortunately, several factors work to constrain Kenya’s food output, among them fragmented landholdings, increasing environmental degradation, the high cost of agricultural inputs, and burdensome governmental involvement in the purchase, sale, and pricing of agricultural output.

For the fiscal year 1995, the Kenyan budget deficit was $362 million, well above the government’s target rate. Dealing with a high budget deficit is a second problem Kenya currently faces. Following the collapse of the East African Common Market, Kenya’s industrial growth rate has declined; as a result the government’s tax base has diminished. To supplement domestic savings, Kenya has had to turn to external sources of finance, including foreign aid grants from Western governments. Its highly protected public enterprises have been turning in a poor performance, thus absorbing a large chunk of the government budget. To pay for its expenses, Kenya has had to borrow from international banks in addition to foreign aid. In recent years, government borrowing from the international banking system rose dramatically and contributed to a rapid growth in money supply. This translated into high inflation and pinched availability of credit.

Kenya has also had a chronic international balance of payments problem. Decreasing prices for its exports, combined with increasing prices for its imports, left Kenya importing almost twice as much as it exported in 2000, at $3,200 million in imports and only $1,650 million in exports. World demand for coffee, Kenya‘s predominant exports, remains below supply. In 2001-01, a dramatic surge in coffee exports from Vietnam hurt Kenya further. Hence Kenya cannot make full use of its comparative advantage in coffee production, and its stock of coffee has been increasing. Tea, another main export, has also had difficulties. In 1987, Pakistan, the second largest importer of Kenyan tea, slashed its purchases. Combined with a general oversupply in the world market, this fall in demand drove the price of tea downward. Hence Kenya experienced both a lower dollar value and quantity demanded for one of its principal exports.

Kenya faces major challenges in the years ahead as the economy tries to recover. Current is expected to be no more than 1 to 2 per cent annually. Heavy rains have spoiled crops and washed away roads, bridges, and telephone lines. Foreign exchange earnings from tourism, once promising, dropped by 40 per cent in the mid-1990s, then suffered again after the August 7, 1998, terrorist bombing of the US embassy in Nairobi. Even more frightening, however, is the prospect of growing hunger as Kenya’s maize (corn) crop has failed to meet rising internal demand and dwindling foreign exchange reserves have to be spent to import food. Corruption is perceived to be so widespread that the International Monetary Fund and World Bank suspended $292 million in loans to Kenyan in the summer of 1997 while insisting on tough new austerity measures to control public spending and weed out economic cronyism. As a result, the economy went into a tailspin, foreign investors fled the country, and inflation accelerated markedly.

Unfortunately, needed structural adjustments resulting form the World Bank—and IMF—induced austerity demands usually take a long time. Whether the Kenyan political and economic system can withstand any further deterioration in living conditions is a major question. Public protests for greater democracy and a growing incidence of ethnic violence may be harbingers of things to come.

 

Fig 1  Continuum of Economic Systems

 

 

Pure Market                                                                Pure Centrally Planned Economy

Economy

 

 

 

 

 

 

        The US                                  France                     India           China

                        Canada                                   Brazil                                             Cuba

                                         UK                                                                         North Korea

 

 

 

 

 

 

 

Questions

 

  1. Is the economic environment of Kenya favourable to international business? Yes or no—substantiate.
  2. In the continuum of economic systems (see Fig 1), where do you place Kenya and why?

 

 

 

 

 

 

 

Case III: LATE MOVER ADVANTAGE?

 

Though a late entrant, Toyota is planning to conquer the Indian car market. The Japanese auto major wants to dispel the notion that the first mover enjoys an edge over the rivals who arrive late into a market.

Toyota entered the Indian market through the joint venture route, the partner being the Bangalore based Kirloskar Electric Co. Know as Toyota Kirloskar Motor (TKM), the plant was set up in 1998 at Bidadi near Bangalore.

To start with, TKM released its maiden offer—Qualis. Qualis is not a newly conceived, designed, and brought out vehicle. Rather it is the new avatar of Kijang under which brand the vehicle was sold in markets like Indonesia.

Qualis virtually had no competition. Telco’s Sumo was not a multi-utility vehicle like Qualis. Rather, it was mini-truck converted into a rugged all-purpose van. More importantly, Toyota proved that even its old offering, but decked up for India, could offer better quality than its competitor. Backed by a carefully thought out advertising campaign that communicated Toyota’s formidable global reputation, Qualis went on a roll and overtook Tata Sumo within two years of launch.

Sumo sold 25,706 vehicles during 2000-2001, compared to a 3 per cent growth over the previous year, compared to 25,373 of Qualis. But during 2001-2002, it was a different story. Qualis had been clocking more than 40 per cent share of the market. At the end of Sept 2001, Qualis had sold over 25,000 units, compared to Sumo’s 18000 plus.

The heady initial success has made TKM think of the future with robust confidence. By 2010, TKM wants to make and sell one million vehicles per year and garner one-third share of the Indian market.

The firm is planning to introduce a wide range of vehicle—a sub-compact, a sedan, a luxury car and a new multi-utility vehicle to replace Qualis. A significant percentage of the vehicles will be exported.

But Toyota is not as lucky in China. Its strategy of ‘late entry’ in China seems to have back fired. In 2005, it sold just 1,83,000 cars in China, the fastest growing auto market in the world. Toyota ranks ninth in the market, far behind Volkswagen, General Motors, Hyundai and Honda.

Toyota delayed producing cars in China until 2002, when it entered a joint venture with a local company, the First Auto Works Group (FAW). The first car manufactured by Toyota-FAW, the Vios, failed to attract much of a market, as, despite its unremarkable design, it was three times as expensive as most cars sold in China.

Late start was not the only problem. There were other lapses too. Toyota assumed the Chinese market would be similar to the Japanese market. But Chinese market, in reality, resembled the American market.

Sales personnel in Japan are paid salaries. They succeeded in building a loyal clientele for Toyota by providing first-class service to them. Likewise, most Japanese auto dealers sell a single brand, thereby ensuring their loyalty to it. Japan is a relatively a well-knit country with an ethnically homogeneous population. Accordingly, Toyota used nationwide advertising to market its products in its home country.

But China is different. Sales people are paid commissions and most dealers sell multiple brands. Obviously, loyalty plays little role in motivating either the sales staff or the dealers, who will ignore a slow selling product should a more profitable one turn up. Besides, China is a large, diverse country. A standardised ad campaign will not do. Luckily, Toyota is learning its lessons.

Competition in the Chinese market is tough, and Toyota’s success in reaching its goal of selling a million cars a year, by 2010, is uncertain. But, its chances are brighter as the company is able to transfer lessons learned in the American market to its operations in China.

 

 

Questions

 

  1. Why has the ‘late corner’s strategy’ of Toyota failed in China, though it succeeded in India?
  2. Why has Toyota failed to capture the Chinese market? Why is it trailing behind its rivals?

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

CASE: IV   DELVING DEEP INTO USER’S MIND

 

Whirlpool is an American brand alright, but has succeeded in empowering the Indian housewife with just the tools she would have designed for herself. A washing machine that doesn’t expect her to get ‘ready for the show’ (Videocon’s old jingle), nor adapt her plumbing, power supply, dress sense, values, attitudes and lifestyle to suit American standards.

That, in short, is the reason that Whirlpool White Magic, in just three years since its launch in 1999, has become the choice of the discerning Indian housewife. Also worth noting is how quickly the brand’s sound mnemonic, ‘Whirlpool, Whirlpool’, has established itself.

 

Whiteboard beginning

 

As a company, the US-based white goods major Whirlpool had entered India in 1989, in a joint venture with the TVS group. Videocon, which had pioneered washing machines in India, was the market leader with its range of low-priced ‘washers’ (spinning tubs) and semi-automatic machines, which required manual supervision and some labour. The brand’s TV commercial, created by Pune-based SJ Advertising, has evoked considerable interest with its jingle (‘It washes, it rinses, it even dries your clothes, in just a few minutes…and you’re ready for the show’). IFB-Bosch’s front-loading, fully automatic machines, which could be programmed and left to do their job, were the labour-free option. But they were considered expensive and unsuited to Indian conditions. So Videocon faced competition from me-too machines such as BPL-Sanyo’s. TVS Whirlpool was something of an also-ran.

The market’s sophistication started rising in the 1990s and there was a growing opportunity in the price-performance gap between expensive automatics and laborious semi-automatics. In 1995, Whirlpool gained a majority control of TVS Whirlpool, which was then renamed Whirlpool Washing Machines Ltd (WMML). Meanwhile, the parent bought Kelvinator of India, and merged the refrigerator business in 1996 with WMML to create Whirlpool of India (WOI), to market both fridges and washing machines. Whirlpool’s ‘Flexigerator’ fridge hit the market in 1997. Two years later, WOI launched its star White Magic range of washing machines.

Whitemagic was late to the market, but WOI converted this to a ‘knowledge advantage’ by using the 1990s to study the Indian market intensely, through qualitative and quantitative market research (MR) tools, with the help of IMRB and MBL India. The research team delved deep into the psyche of the Indian housewife, her habits, her attitude towards life, her schedule, her every day concerns and most importantly, her innate ‘laundry wisdom’.

If Ashok Bhasin, vice-president marketing, WOI, was keen on understanding the psychodynamics of Indian clothes washing, it was because of his belief that people’s attitudes and perceptions of categories and brands are formed against the backdrop of their bigger attitudes in life, which could be shaped by broader trends. It was intuitive, to begin with, that the housewife wanted to gain direct control over crucial household operations. It was found that clothes washing was the daily activity for the Indian housewife, whether it was done personally, by a maid, or by a machine.

The key finding, however, was the pride in self-done washing. To the CEO of the Indian household, there was no displacing the hand wash as the best on quality. And quality was to be judged in terms of ‘whiteness’. Other issues concerned water consumption, quantity of detergent used, and fabric care—also something optimized best by herself. A thorough wash, done with gentle agility, was what the magic was all about.

That was the break-through insight used by Whirlpool for the design of all its washing machines, which adopted a ‘1-2, 1-2 Hand Wash Agitator System’ to mimic the preferred handwash technique. With a consumer so particular about washing, one could expect her to be value-conscious on other aspects too. Sure enough, WOI found the housewife willing to pay a premium for a product designed the way she wanted it. Even for a fully automatic, she wanted a top-loader; this way, she doesn’t fear clothes getting trapped in if the power fails, and retains the ability to lift the shutter to take clothes out (or add to the wash) even while the machine is in the midst of its job.

The target consumer, defined psychographically as the Turning Modernist (TM), was decided upon only after the initial MR exercise was concluded. This was also the stage at which the unique selling proposition (USP)—‘whitest white’—was thrashed out.

WOI first launched a fully automatic machine, with the hand-wash agitator. Then came the deluxe model with a ‘hot wash’ function. The product took off well, but WOI felt that a large chunk of the TM segment was also budget-bound. And was quite okay with having to supervise the machine. This consumer’s identity as a ‘home-maker’ was important to her, an insight that Whirlpool was using for the brand overall, in every product category.

So WOI launched a semi-automatic washing machine, with ‘Agisoak’ as a catchword to justify a 10—15 per cent premium over other brand’s semi-automatics available in India.

The advertising, WOI was clear, had to flow from the same stream of reasoning. It had to be responsive, caring, modern, stylish, and warm, and had to portray the victory of the Homemaker. FCB-Ulka, which had bagged Whirlpool’s account in March 1997 from contract (in a global alignment shift), worked with WOI to coin the sub-brand Whitemagic, to break into consumer mindspace with the whiteness proposition.

The launch commercial on TV, in August 1999, scored a big success with its ‘Whirlpool, Whirlpool’ jingle…and a mother’s fantasy of her daughter’s clothes wowing others. A product demonstration sequence took the ‘1-2, 1-2’ message home, reassuring the consumer that the wash would be just as good as that of her own hand. The net benefit, of course, was an unharried home life.

 

Second Wave

 

Sadly, the Indian market for washing machines has been in recession for the past two years, with overall volumes declining. This makes it a fight for market share, with the odds stacked against premium players.

Even though Whirlpool has sought to nudge the market’s value perception upwards, Videocon remains the largest selling brand in volume terms with its competitively priced machines. Washers have been displaced by semi-automatics, which are now the market’s mainstay (in the Rs 7,000-12,000 price range). In fact, these account for three-fourths of the 1.2 million units the Indian market sold in 2000. With a share of 17 per cent, Whirlpool is No. 2 in this voluminous segment.

Whirlpool’s bigger success has been in the fully automatic segment (Rs 12,000-36,000 range). This is smaller with sales of 177,600 units in 2000, but is predicted to become the dominant one as Indian GDP per head reaches for the $1,000 mark. With a 26 per cent share, Whirlpool has attained leadership of this segment.

That places WOI at the appropriate juncture to plot the value curve to be ascended over the new decade.

According to IMRB data, Whirlpool finds itself in the consideration set of 54 per cent of all prospective washing machine buyers, and has an ad recall of close to 85 per cent. This indicates the medium-term potential of Whitemagic, a Rs20.5 crore on a turnover of Rs1,042.8 crore, one-fifth of which was on account of washing machines.

The innovations continue. Recently, Whirlpool has launched semi-automatic machines with ‘hot wash’. The brand’s ‘magic’ isn’t showing signs of wearing off either. The current ‘mummy’s magic’ campaign on TV is trying to sell Whitemagic as a competent machine even for heavy duty washing such as ketchup stains on a white tablecloth.

The Homemaker, of course, remains the focus of attention. And she remains as vivacious, unruffled, and in control as ever. The attitude: you can sling the muckiest of stuff on to white cloth, but sparkling white is what it remains for its her hand that’ll work the magic, with a little help from some friends… such as Whirlpool.

 

 

Questions

 

  1. What product strategy did WOI adopt? And why? Global standardisation? Local customisaton?
  2. What pricing strategy did WOI follow? What, according to you, could have been the appropriate strategy?
  3. What lessons can other white goods manufacturers learn from WOI?

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

CASE V: CONSCIENCE OR COMPETITIVE EDGE

 

The plane touched down at Mumbai airport precisely on time. Olivia Jones made her way through the usual immigration bureaucracy without incident and was finally ushered into a waiting limousine, complete with uniformed chauffeur and soft black leather seats. Her already considerable excitement at being in India for the first time was mounting. As she cruised the dark city streets, she asked her chauffeur why so few cars had their headlights on at night. The driver responded that most drivers believed that headlights use too much petrol! Finally, she arrived at her hotel, a black marble monolith, grandiose and decadent in its splendour, towering above the bay.

The goal of her four-day trip was to sample and select swatches of woven cotton from the mills in and around Mumbai, to be used in the following season’s youth-wear collection of shirts, trousers, and underwear. She was thus treated with the utmost deference by her hosts, who were invariably Indian factory owners or British agents for Indian mills. For three days she was ferried from one air-conditioned office to another, sipping iced tea or chilled lemonade, poring over leather-bound swatch catalogues, which featured every type of stripe and design possible. On the fourth day, Jones made a request that she knew would cause some anxiety in the camp. “I want to see a factory,” she declared.

After much consultation and several attempts at dissuasion, she was once again ushered into a limousine and driven through a part of the city she had not previously seen. Gradually, the hotel and the Western shops dissolved into the background and Jones entered downtown Mumbai. All around was a sprawling shantytown, constructed from sheets of corrugated iron and panels of cardboard boxes. Dust flew in spirals everywhere among the dirt roads and open drains. The car crawled along the unsealed roads behind carts hauled by man and beast alike, laden to overflowing with straw or city refuse—the treasure of the ghetto. More than once the limousine had to halt and wait while a lumbering white bull crossed the road.

Finally, in the very heart of the ghetto, the car came to a stop. “Are you sure you want to do this?” asked her host. Determined not be faint-hearted, Jones got out the car.

White-skinned, blue-eyed, and blond, clad in a city suit and stiletto-heeled shoes, and carrying a briefcase, Jones was indeed conspicuous. It was hardly surprising that the inhabitants of the area found her an interesting and amusing subject, as she teetered along the dusty street and stepped gingerly over the open sewers.

Her host led her down an alley, between the shacks and open doors and inky black interiors. Some shelters, Jones was told, were restaurants, where at lunchtime people would gather on the rush mat floors and eat rice together. In the doorway of one shack there was a table that served as a counter, laden with ancient cans of baked beans, sardines, and rusted tins of fluorescent green substance that might have been peas. The eyes of the young man behind the counter were smiling and proud as he beckoned her forward to view his wares.

As Jones turned another corner, she saw an old man in the middle of the street, clad in a waist cloth, sitting in a large bucket. He had a tin can in his hand with which he poured water from the bucket over his head and shoulders. Beside him two little girls played in brilliant white nylon dresses, bedecked with ribbons and lace. They posed for her with smiling faces, delighted at having their photograph taken in their best frocks. The men and women around her with great dignity and grace, Jones thought.

Finally, her host led her up a precarious wooden ladder to a floor above the street. At the top Jones was warned not to stand straight, as the ceiling was just five feet high. There, in a room not 20 feet by 40 feet, 20 men were sitting at treadle sewing machines, bent over yards of white cloth. Between them on the floor were rush mats, some occupied by sleeping workers awaiting their next shift. Jones learned that these men were on a 24-hour rotation, 12 hours on and 12 hours off, every day for six months of the year. For the remaining six months they returned to their families in the countryside to work the land, planting and building with the money they had earned in the city. The shirts they were working on were for an order she had placed four weeks earlier in London, an order of which she had been particularly proud because of the low price she had succeeded in negotiating. Jones reflected that this sight was the most humbling experience of her life. When she questioned her host about these conditions, she was told that they were typical for her industry—and most of the Third World, as well.

Eventually, she left the heat, dust and din to the little shirt factory and returned to the protected, air-conditioned world of the limousine.

“What I’ve experienced today and the role I’ve played in creating that living hell will stay with me forever,” she thought. Later in the day, she asked herself whether what she had seen was an inevitable consequence of pricing policies that enabled the British customer to purchase shirts at £12.99 instead of £13.99 and at the same time allowed the company to make its mandatory 56 percent profit margin. Were her negotiating skills—the result of many years of training—an indirect cause of the terrible conditions she has seen?

Once Jones returned to the United Kingdom, she considered her position and the options open to her as a buyer for a large, publicly traded, retail chain operating in a highly competitive environment. Her dilemma was twofold: Can an ambitious employee afford to exercise a social conscience in his or her career? And can career-minded individuals truly make a difference without jeopardising their future? Answer her.

 

  Note: 1.    All questions are compulsory.2.    Use analytical description where required.3.    Cite references used if any while proposing solution to any question.
Case 1HOW GENERAL MOTORS IS COLLABORATING ONLINE The ProblemDesigning a car is a complex and lengthy task. Take, for example, General Motors (GM). Each model created needs to go through a frontal crash test. So the company builds prototypes that cost about one million dollars for each car and tests how they react to frontal crash. GM crashes these cars, makes improvements, then makes new prototypes and crashes them again. There are other tests and more crashes. Even as late as the 1990s, GM crashed as many as 70 cars for each new model. The information regarding a new design and its various tests, collected in these crashes and other tests, has to be shared among close to 20,000 designers and engineers in hundreds of divisions and departments at 14 GM design labs, some of which are located in different countries. In addition, communication and collaboration is needed with design engineers of the more than 1,000 key suppliers. All of these necessary communications slowed the design process and increased its cost. It took over four years to get a new model to the market. The SolutionGM, like its competitors, has been transforming itself into an e-business. This gradual transformation has been going on since the mid-1990s, when Internet band width increased sufficiently to allow Web collaboration. The first task was to examine over 7,000 existing legacy IT systems, reducing them to about 3,000, and making them Web-enabled. The EC system is centered on a computer-aided design (CAD) program from EDS (a large IT company, subsidiary of GM). This system, known as Unigraphics, allows 3-D design documents to be shared online by both the internal and external designers and engineers, all of whom are hooked up with the EDS software. In addition. Collaborative and Web-conferencing software tools, including Microsoft’s NetMeeting and EDS’s eVis, were added to enhance teamwork. These tools have radically changed the vehicle-review process. To see how GM now collaborates with a supplier, take as an example a needed cost reduction of a new seat frame made by Johnson Control GM electronically sends its specifications for the seat to the vendor’s product data system. Johnson Control’s collaboration systems (eMatrix) is integrated with EDS’s In graphics. This integration allows joint searching, designing. Tooling, and testing of the seat frame in real time, expediting the process and cutting costs by more than 10 percent.Another area of collaboration is that of crashing cars. Here designers need close collaboration with the test engineers. Using simulation, mathematical modeling, and a Web-based review process. GM is able now to electronically “Crash” cars rather than to do it physically. The ResultsNow it takes less than 18 months to bring a new car to market, compared to 4 or more years before, and at a much lower design cost. For example, 60 cars are now “Crashed” electronically, and only 10 are crashed physically. The shorter cycle time enables more new car models, providing GM with a competitive edge. All this has translated into profit. Despite the economic show down. GM’s revenues increased more than 6 percent in 2002. while its earnings in the second quarter of 2002 doubled that of 2001. Questions: 1. Why did it take GM over four years to design a new car?2. Who collaborated with whom to reduce the time-to-market?3. How has IT helped to cut the time-to-market? 
Case 2Intranets: Invest First, Analyze Later? The traditional approach to information systems projects is to analyze potential costs and benefits before deciding whether to develop the system. However for moderate investments in promising new technologies that could offer major benefits. Organizations may decide to do the financial analyses after the project is over. A number of companies took this latter approach in regard to intranet projects initiated prior to 1997. Judd’sLocated in Strasburg. Virginia, Judd’s is a conservative, family-owned printing company that prints Time magazine, among other publications. Richard Warren. VP for IS. Pointed out that Judd’s “usually waits for technology to prove itself…. But with the Internet the benefits seemed so great that our decision proved to be a no-brainer.” Judd’s first implemented internet technology for communications to meet needs expressed by customers. After this it started building intranet of the significance of these applications to the company is the bandwidth that supports them. Judd’s increased the bandwidth by a magnitude of about 900 percent in the 1990s without cost-benefit analysis. Eli Lilly & CompanyA very large pharmaceutical company with headquarters in Indianapolis, Eli Lilly has a proactive attitude toward new technologies. It began exploring the potential of the Internet in 1993. Managers soon realized that, by using intranets, they could reduce many of the problems associated with developing applications on a wide variety of hardware platforms and networking configurations. Because the benefits were so obvious, the regular financial justification process was waived for intranet application development projects. The IS group that helps user departments develop and maintain intranet applications increased its staff from three to ten employees in 15 months. Needham InteractiveNeedham, a Dallas advertising agency, has offices in various parts of the country. Needham discovered that, in developing presentations for bids on new accounts, employees found it helpful to use materials from other employees’ presentations on similar projects. Unfortunately, it was very difficult to locate and then transfer relevant ,materials in different locations and different formats. After doing research on alternatives, the company identified intranet technology as the best potential solution. Needham hired EDS to help develop the system. It started with one office in 1996 as a pilot site. Now part of DDB Needham, the company has a sophisticated corporate wide intranet and extranet in place. Although the investment was “substantial”, Needham did not do a detailed financial analysis before starting the project. David King, a managing partner explained. “the system will start paying for itself  the first time an employee wins a new account because he had easy access to a co-worker’s information.”  Cadence Design SystemsCadence is a consulting firm located in San Jose, California. It wanted to increase the productivity of its sales personnel by improving internal communications and sales training. It considered Lotus Notes but decided against it because of the costs. With the help of a consultant, it developed an internet system. Because the company reengineered its sales training process to work with the new system, the project took somewhat longer than usual.International Data Corp., an IT research firm, helped cadence do an after-the-fact financial analysis. Initially the analysis calculated benefits based on employees meeting their full sales quotas. However, IDC later found that a more appropriate indicator was having new scales representatives meet half their quota. Startup costs were $280,000, average annual expenses were estimated at less than $400,000, and annual savings were projected at over $2.5 million. Barry Demak, director of sales, remarked, “we knew the economic justification…would be strong, but we were surprised the actual numbers were as high as they were.” Questions:1. Where and under what circumstances is the “invest first, analyze later” approach appropriate? where and when is it inappropriate? Give specific examples of technologies and other circumstances.2. How long do you think the “invest first , analyze later” approach will be appropriate for intranet projects? When (and why) will the emphasis shift to traditional project justification approaches? (Or has the shift already occurred?)3. What are the risks of going into projects that have not received a through financial analysis? How can organization reduce these risks?4. Based on the numbers provided for Cadence Design System’s intranet project, use a spread sheet to calculate the net present value of the project. Assume a 5-year life for the system.  Case 3Putting IT to Work at Home Depot               Home Depot is the world’s largest home-improvement retailer, a global company that is expanding rapidly (about 200 new stories every year). With over 1500 stories (mostly in the United States and Canada, and now expanding to other countries) and about 50,000 kinds of products in each store, the company is heavily dependent on It, Especially since it started to sell online. To align its business and IT operations, Home Depot created a business and information service model, known as the Special Projects Support Team (SPST). This team collaborates both with the ISD and business colleagues on new projects, addressing a wide range of strategic occur at the intersection of business process. The team is composed of highly skilled employees. Actually, there are several teams, each with a director and mix of employees, depending on the project. For example, system developers, system administrators, security experts, and project managers can be on a team. The teams exist until the completion of a project; then they are dissolved and the members are assigned to new teams. All teams report to the SPST director, who reports to a VP of technology.To ensure collaboration among end users, the ISD and the SPST created structured (formal) relationships. The basic idea is to combine organizational structure and process flow, which is designed to do the following:•           Achieve consensus across departmental boundaries with regard to strategic initiatives.•           Prioritize strategic initiatives.•           Bridge the gap between business concept an detailed specifications.•           Result in the lowest possible operational costs.•           Achieve consistently high acceptance levels by the end-user community.•           Comply with evolving legal guidelines.•           Define key financial elements (cost-benefit analysis, ROI, etc.).•           Identify and render key feedback points for project metrics.•           Support very high rates of change.•           Support the creation of multiple, simultaneous threads of work across disparate time     lines.•                       Promote known, predictable, and manageable work flow events, event sequences, and change management processes.•           Accommodate the highest possible levels of operational stability.•           Leverage the extensive code base, and leverage function and component reuse.•           Leverage Home Depot’s extensive infrastructure and IS resource base. Online File W 15.11 shows how this kind of organization works for home depot’s e-commerce activites. There is a special EC steering committee which is connected to the CIO (who is a senior VP), to the Vp for marketing and advertising, and to the VP for merchandising (merchandising deals with procurement). The SPST is closely tied to the ISD, to marketing, and to merchandising. The data centre is shared with non-EC activities. The SPST migrated to an e-commerce team in Aughust 2000 in order to construct a Website supporting a national catalog of products, which was completed in April 2001. (This catalog contains over 400,000 products from 11,000 vendors.) This project requires the collaboration of virtually every department in Home depot (e.g., in the figure). Also contracted services were involved. (the figure in online file W15.11 shows the work flow process.) Since 2001, SPST has been continuously busy with Ec Intivatives, including improving the growing Home Depot online store. The cross departmental nature of the SPSt explains why it is an ideal structure to support the dyanamic, ever-changing work of the EC-related projects. The structure also consider the skills, strengtyhs, and the weeknesses of the It employees. The company offer both the online and offline training aimed at improving those skills. Home Depot is consistently ranked among the best places to work for IT employees. Questions: 1. Explain why the team based structure at Home Depot is so successful.2. The structure means that the SPST reports to both marketing and technology. This is known as a matrix structure. What are the potential advantages and problems?3. How is collaboration facilitated by IT in this case?4. Why is the process flow important in this case? 
Case 4Dartmouth College Goes Wireless Dartmouth College, one of the oldest in United States (founded in 1769), was one of the first to embrace the wireless revolution. Operating and maintain a campuswide information system with wires is very difficult. Since there are 161 buildings with more than 1,000 rooms on campus. In 2000, the college introduced a campuswide wireless network that includes more than 500 Wi-Fi (wireless fidelity: see chapter 6) systems. By the end of 2002, the entire campus became a fully wireless, always connected community – a microcosm that provides a peek at what neighborhood and organizational life may look like for the general population in just a few years. To transform a wired campus to a wireless one requires lots of money. A computer science professor who initiated the idea at Dartmouth in 1999 decided to solicit the help of alumni working at cisco systems. These alumni arranged for a donation of the initial system, and cisco then provided more equipment at a discount. (Cisco and other companies now make similar donations to many collages and universities, writing off the difference between the retail and the discount prices for an income tax benefit.) As a pioneer in campuswide wireless, Dartmouth has made many innovative usuages of the system, some of which are the following:•           Students are developing new applications for the Wi-Fi. For eample, one student has applied for a patent on a personal-security device that pinpoints the location of the campus emergency services to one’s mobile device.•           Students no longer have to remember campus phone numbers, as their mobile devices have all the numbers and can be accessed any where on campus.•           Students primarily use laptop computers on the network. However, an increasing number of Internet-enabled PDAs and cell phones are used as well. The use of regular cell phones is on the decline on campus.•           An extensive messaging system is used by the students, who send SMSs (Short Message Services) to each other. Messages reach the recipients in a split second, any time, anywhere, as long as they are sent and received within the network’s coverage area.•           Usage of the Wi-Fi system is not confined just to messages, students can submit their class work by using the network, as well as watch streaming video and listen to Internet radio.•           An analysis of wireless traffic on campus showed how the new network is changing and shaping campus behavior patterns. For example, students log on in short bursts, about 16 minutes at a time, probably checking their messages. They tend to plan themselves in a few favourite spots (dorms, TV room, student centre, and on a shaded bench on the green) where they use their computers, and they rarely connect beyond those places.•           The student invented special complex wireless games that they play online.•           One student has written some code that calculates how far away a networked PDA user is from his or her next appointment, and then automatically adjusts the PDA’s reminder alarm schedule accordingly.•           Professors are using wireless-based teaching methods. For example, students armed with Handspring visor PDA’s equipped with Internet access cards, can evaluate material presented in class and can vote on a multiple-choice questionnaire relating to the presented material. Tabulated results are shown in seconds, promoting discussions. According to faculty, the system “makes students want to give answers,” thus significantly increasing participation.•           Faculty and students developed a special voice-over-IP application for PDAs and iPAQs that uses live two-way voice-over-IP chat. Questions: 1.            In what ways is the Wi-Fi technology changing the Dartmouth students?2.                           Some says that the wireless system will become part of the background of everybody’s life – that the mobile devices are just an afterthought. Explain.3.                           Is the system contributing to improved learning, or just adding entertainment that may reduce the time available for studying? Debate your point of view with students who hold a different opinion.4.                           What are the major benefits of the wireless system over the previous wire line one? Do you think wire line systems will disappear from campus one day? (Do some research on the topic.)