Showing posts with label Indian Shipbuilding Industry. Show all posts
Showing posts with label Indian Shipbuilding Industry. Show all posts

Sunday, October 16, 2011

INDIAN SHIPPING INDUSTRY - SOME FACTS

Shipping plays an important role in the transport sector of India's economy. Approximately, 90 per cent of the country's trade by volume (70 per cent in terms of value) is moved by sea. India has the largest merchant shipping fleet among the developing countries and ranks 20th amongest the countries with the largest cargo carrying fleet with 8.83 million GT as on 01.06.2008 and the average of the fleet being 18 years. Indian maritime sector facilities not only transportation of national and international cargo but also provides a variety of other services such as cargo handling services, shipbuilding and ship repairing, freight forwarding, lighthouse facilities and training of marine personnel, etc.
Coastal Shipping
Coastal Shipping is an energy-efficient, environment-friendly and economical mode of transport in the Indian transport network and a crucial component for the development of domestic industry and trade. India, with her 7,517 km long costline studded with 13 major ports and 200 non-major ports provides congenial and favourable conditions for the development of this alternate mode of transport.
Aids to Navigation
Since Independence, India has made rapied growth in aids to Marine Navigation. From 17 Lighthouses prior to Independence, the present strength of aids to Navigation consists of 171 Lighthouses, one Lightship, one Loran-C Chain Stations, 59 Racons, 21 Deep Sea Lighted Buoys 01 wreck making and 22 installations under Differential Global Positioning System (DGPS). To cater the needs of light stations in the islands and for maintaining the buoys, the Directorate General of Lighthouses and Lighships is maintaining three launches, one mechanised boad and two large ocean going vessels, M.V. Sagardeep-II ad M.V. Pardeep.
Maritime Training
The Director General of Shipping is responsible for creation of the trained manpower required for the merchant navy fleet of the country. This national obligation is being met through the Government training institutes and a number of other approved training institutes in the private sector. The importance of organised training was recognised in the year 1927 when the Training Ship "Dufferin" was established. Since then many highly skilled Indian seafarers have been trained in India who have earned commendable reputation at home and abroad.

The four training institutes, which were established by the Government are:-
  1. Trainingn Ship 'Chanakya' which conducts
    1. Three years B.Sc degree course in Nautical Sciences under the University of Mumbai
    2. Pre-Sea training course for Deck Cadets.
  2. Marine Engineering and Research Institute (MERI), Kolkata which conducts four years degree course in Marine Engineering under Jadavpur University.
  3. Marine Engineering & Research Institute (MERI), Mumbai conduct
    1. one year Training Marine Engineering Course for graduate Mechnical Engineerings and
    2. Three-year B.Sc. degree course in Martime Sciences (polyvalent degree) under the University of Mumbai
  4. LBS College of Advance Maritime Studies & Research, Mumbai, conducts alomst 46 post-sea training courses for serving Marine Officers.
In addition to the above, there are about 124 training institutes in the private sector approved by the Director General of Shipping, imparting pre-sea and post-sea training in various disciplines.
Shipping Corporation of India Limited

Shipping Corporatoin of India Ltd Logo The Shipping Corporation of India Ltd (SCI) was formed on 2nd October 1961. The present authorised capital of the Company is Rs. 450 crore and paid up capital is Rs 282.30 crore. The status of SCI has been changed from a private limited company to Public limited from 18 September 1992. The SCI was conferred 'Mini Ratna' status by the Government of India on 24 Feburary 2000. At present, the Government is holding 80.12 per cent of share capital and the balance is held by financial institutions, public and others (NRIs, Corporate Bodies, etc.). SCI signed Memorandum of Understanding with the Ministry of Shipping, Road Transport & Highways, Government of India on 27 March 2008.

On 8th March, 2007, SCI was awarded MOU Excellence Certificate for the year 2004-05 and 2005-06 by the Government of India, Ministry of Heavy Industry and Public Enterprises, Department of Public Enterprises. SCI was the winner of the best international solution award and the third annual HBSC global payments and cash management partnership award, which was posted in Bangaluru on 5th November 2007. The SCI won the "Shipowner/operator of the year 2007" at the seatrade middle east and Indian sub-continental award 2007, held in Dubai in November, 2007 SCI also won the "Shipowner of the year 2007" at Lloyds list Middle east and Indian Sub-continental award, held in Mumbai in November 2007

Cochin Shipyard Limited

Cochin Shipyard Limited Logo Situated in the Western coast of India in the city Cochin, State of Kerla, Cochin Shipyard is the largest shipyard in the country. Incorporated in the year 1972, Cochin Shipyard can build ships upto 1,10,000 DWT and repair ships upto 1,25,000 DWT. The year has built varied types of ships including tankers, bulk carriers, ports crafts, offshore vessels and passenger vessels. The orders executed by CSL in recent past include carriers for M/s Clipper Group, Bahamas, firefighting tugs for M/s ATCO, Saudi Arabia and Platform Supply Vessels for M/s Deep Sea Supplies, Norway.
The yard is also a leading ship-repairer of the country and has repaired more than 1200 ships of all types. These include upgradation of vessels belonging to ONGC, periodical lay up repairs and life extension of ships of Navy and Coast Guard. The yard had been consistently achieving profits for the last several years.

Garden Reach Shipbuilders & Engineers LTD. KOLKATA

Garden Reach Shipbuilders & Engineers Ltd The Garden Reach Shipbuilders & Engineers Limited was incorporated as a joint stock company in 1934, under the name M/s Garden Reach Worskhop Limited (GRW). The Government of India acquired the company in 1960. It was renamed as "Garden Reach Shipbuilders & Engineers Limited (GRSE)" on 01 January 1977.
The company builds and repairs warships and auxillary vessels for the Navy and Cost Guard. Its present product range includes corvettes, frigates, fleet tankers, patrol-vessels, fast attack craft, high technology ship brone equipment, portable bailey type steel bridges, turbine pumps for the agricultural sector, Marine Sewage Treatment Plants, Diesel Engines etc. "Mini-Ratna Status Category-I" was conferred on GRSE on 5 September 2006.

Hindustan Shipyard Limited, VISAKHAPATNAM

Hindustan Shipyard Limited Hindustan Shipyard Limited (HSL), Visakhapatnam as set up in 1941 in the private sector and was taken over by the Government in 1952. In 1962, the shipyard became a central public sector enterprise. The shipbuilding capacity of the yard is 3.5 pioneer class vessels of 21,500 DWT each. The maximum size of vessel that could be built is 50,000 DWT.
HSL is the first shipbuilding yard in the country which was awarded ISO:9001 certification by Lloyds Register of Quality Assurance, London for international standard of quality assurance. For ship repairs, the yard has facilities such as modern dry dock, wet basin, repair shops, etc., and it can undertake repairs of submarine, tankers adn ships up to 70,000 DWT. HSL has an exclusive offshore platform construction yard capable of constructing two platforms per annum.

Hooghly Dock and Port Engineers Limited, KOLKATA

Hooghly Dock and Port Engineers Ltd Hooghly Dock and Port Engineers Limited (HDPEL), Kolkata became a Central Publi Sector Undertaking in 1984. The company has two working units in Howrah District of West Bengal, one at Salkia and another at Nazirgunge. The installed capacity in shipbuilding is 1,100 tonnes per annum and in ship repairs 125 ships per annum. Apart from a dry dock and a jetty, it has six shipways. The yard is capable of constructing various types of ships (including passenger ships) and other vessels such as dredgers, tugs, floating dry docks, fishing trawlers, supply-cum-support vessels, multi-purpose harbour vessels, lighhouse tender vessels, barges, mooring launches, etc., and undertaking repairs of different types of vessels.

Thursday, November 25, 2010

Global shipbuilding: An overview




The global shipbuilding industry has been on an upswing over the past few years. In the period between 2000 and 2005, the world shipbuilding output has grown at a compounded annual rate of 8.3% based on gross tonnage (GT), as opposed to a growth of 4.8% achieved in the past 20 years (1985 to 2005). Strong demand and capacity constraints has led to the world’s shipping order book to sales ratio increase to 3.5 times in 2005, higher than the historical average of 2.1 (between 1982-02).

Shipyards remain fully booked in the medium-term with the delivery period, for the first time since the seventies, extending beyond three years. Since it is the waiting period, which new building prices closely follow as compared to freight rates, the strong new building prices are expected to be maintained over the medium-term. Also, the ships that have been currently booked at higher prices will have full impact on the shipbuilder’s profitability in the next two to three years.

The global shipbuilding industry is primarily dominated by conventional vessels like tankers, bulk-carriers and container vessels. As can be seen from the chart below, conventional vessels accounted for 69% of the world shipping order book at the end of 2005, followed by LNG carriers at 9%. In addition, there exist specialised categories like cruise ships that fall under ‘Passenger Vessels’ category and Offshore Supply Vessels (OSVs) that come under ‘Other Non-cargo Vessels’ category.

Demand drivers: Being a global industry, the fortunes of the shipbuilding industry are closely tied to the growth in world trade. The demand for ships can be classified into incremental demand and replacement demand. In case of incremental demand, growth in world trade increases the demand for vessels, which in turn leads to higher freight rates. The resultant higher freight rates trigger the demand for new vessels from the shipping companies. In case of replacement demand, the demand for vessels is dependent upon the age profile of the existing fleet as well as steel prices. Every ship has a useful life (25 to 30 years) after which it becomes uneconomical to operate them. Replacement demand is triggered when ships approach the end of their useful life. Higher steel prices also decide the extent of replacement demand as they lead to an increase in value of ships to be scrapped.

Major players in the shipbuilding countries: Global market environment in the shipping industry has undergone fundamental changes over the last two decades. For nearly three decades in the post World War II era, shipbuilding industry was dominated by Europe and the US. Shipbuilding being a labour intensive industry, the cost of labour plays an important determinant in a country’s competitiveness position vis-à-vis others. With rising labour cost, shipbuilding activities have slowly moved away from ‘high wage’ Europe and US to low-wage Asia. Over the past 25 years, we have observed the decline of shipbuilding capacity in Europe coinciding with the growth of Japanese shipbuilding. As can be seen in the chart, the share of European Union has declined from 28% in 1983 to 7% in 2005. With the rising labour cost in the late 1980s, Japan was forced to scale down its shipbuilding activities and Korea emerged aggressively. In the past few years, China is taking away an increasingly larger market share of the new building contracts.

The shipbuilding industry is currently dominated by the Japanese and Korean shipyards. In 2005, they together accounted for 73% of the total world output (in number terms), followed by China at 13.5% and European Union (EU) at 7%. The largest shipbuilding companies in terms of capacity are Hyundai Heavy Industries, Daewoo Shipbuilding and Marine Engineering and Samsung Heavy Industries (all Korean).

The conventional large vessel segment like tankers, bulk carriers and container vessels is dominated by Korea, Japan and China. China’s ambitions to become the world’s largest shipbuilder for conventional vessels has resulted in Korea taking a back-seat in this segment and instead focus on new ship development areas like super-large LNG carriers. Japan has been struggling to maintain its market share due to dwindling workforce and higher labour cost. It is currently investing in technology to construct conventional vessels in a short period and thereby compete with China in this segment. Realising its inability to compete with Asian countries in the conventional segment, the EU shipyards have been focusing on ‘Passenger Vessels’ and ‘Offshore Vessels’ segment.

Friday, December 25, 2009

Indian Shipbuilding Industry : A critique on KPMG Whitepaper

The other day I was going through a report prepared by KPMG for FICCI “Indian Shipbuilding Industry: Poised for take off”, wherein they had mentioned India could be the next powerhouse in shipbuilding. You can read the report here.

The report seems to have been prepared by people whose understanding of the Shipbuilding Industry is naïve to put it politely. Not only have they got their facts wrong (by a huge margin!!!), but their conclusions seemed to be flawed.

Their report claims that the Indian Shipbuilding industry is poised to take off and India could emerge a worthy competitor to Japan, Korea and China. Their conclusions are based on the fact that Indian Shipbuilding industry would see an influx of Rs 200 Billion ($5 Billion) in the next 5-10 years. Moreover India with its cheap labor would be an attractive destination for competitive pricing of shipbuilding.

Global Shipbuilding has shown a CAGR of around 6 % from 1980-2007. This fact is nothing earthshaking, given the fact that during this period the Global GDP has also risen 6% annually. What this means is that on an average, every industrial activity has risen on an average of 6 % annually. Shipbuilding is no exception.

Because of the phase-out of Single Hull Tankers, the global shipbuilding orders have quadrupled in the last 5 years. This is as of 2007. I am sure 40 % of the orders would have got cancelled because of the ongoing recession due to the US sub-prime Mortgage crisis. Moreover with more emphasis on renewable energy sources, than the traditional petroleum products and with countries promising to cut their carbon emissions by atleast 20 % in the next five years, the scope for trading in Oil products is getting smaller and smaller.


Labor Cost : The report states that shipbuilding is a labor intensive activity (Wrong!!!) and labor accounts for 10 % of the total shipbuilding cost (Correct!!).

As rightly brought out in the report, labor accounts for 10 % of shipbuilding cost and hence is NOT a labor intensive activity. 90 % of the cost is associated with material costs, overheads and technological set up. To break it up further, 20 % of the total cost would be Steel, approximately 47 % is the cost of Finished Manufactured goods, 13 % costs are the overheads and the rest 10 % are the misc expenses. Thus even if we stick to the Report’s contention that Indian Labor is competitive compared to World’s markets, India is still competitive in only 10 % of the total costs.

Now let me come to the next assumption in the Report that ‘India’s labor cost is cheap’. As per Fig 7b ‘Cost of Labor in 2008’, the chart shows that India’s labor cost is 1.5 USD per day (i.e Rs 60/- INR). I am not aware where the Management Consultancy Firm KPMG got this absolutely crap figures from. Or is it, that they are fabricating the facts to support their contention. Most states in India, have Minimum basic Wages of 4 USD (Rs 200/- day). It is a known fact that the Minimum basic wages in the shipbuilding industry could touch somewhere between Rs 250- Rs 300 (5-7 USD). Taking this into account India’s labor cost is two and a half times China’s costs. So as far as the labor cost is concerned, India does not have edge over China.

Till now I have not taken into account, the labor productivity where India lags behind all the other shipbuilding nations. The labor productivity in terms of tons/mandays is 1/10 of Japan and ½ of China. Thus the contention that India is labor competitive compared to other nations is a myth.


Indian Shipyards have bagged huge quantum of International Shipbuilding orders: The report states that the Indian Shipyards, notably ABG Shipping and Bharti Shipping have bagged international orders in the last 2-3 years and their order books are already full till 2012. This could be true, but that does not mean that the shipyards which have bagged these orders have got it because of their competitive pricing. It is a known fact that the order books of Japanese, Korean and Chinese Shipyards are already full till 2015 with orders of Container Vessels, Super tankers and PANAMAX vessels and they have no further capacity to take any further shipbuilding orders, until and unless they upgrade or increase their shipyard facilities. Thus the ship owners were reluctantly forced to go to third world countries like India, Sri Lanka and Vietnam to augment their fleet size as none of the developed shipbuilding nations were willing to take up their orders.


Other problems with Indian Shipbuilding Industry


Lack of Creativity and Innovation : It is a known fact Indians are hardly known for their creative ideas/ innovation. The last great creative work done by Indians was the creation of Zero and that was way back in 1000 BC. This is not to say that, India has not progressed in the last three thousand years. They have progressed, but on the shoulders of other nations, not in their own capacity. Indians are good at solving equations once an equation is given to them, but poor at formulating equations or finding a practical use out of the equations. This is clearly seen in one of the achievements of Independent India, their so called Software Industry. The Indian Software Giants INFOSYS, Wipro and TCS are globally very competitive, but are not house hold names compared to Microsoft, Adobe, Macromedia, etc. Till date, these firms have yet to come up with an innovative product catering to the masses. These so called Software Giants are good at ‘one of a kind products’, not because they are competitive in that field, but because the actual Software Giants like Microsoft, Adobe , etc will not want to get into such ‘menial’ tasks or as Caste Indians term them ‘Shudra jobs’.

The same lack of creativity find a place in the shipbuilding industry. They cannot conceive of a new kind of vessel (For Eg, the Container Vessel). Their lack of creativity is amply shown in their lack of Design capabilities. The Indian Shipyards totally survive on Technology Transfers from Foreign Shipyards. Research & Development is an anathema to the Indian Shipbuilders.


Conclusion

Contrary to what the KPMG report claims, Indian Shipbuilding is nowhere near the class of Japanese, Korean or Chinese Shipbuilders. The Indian Cheap Labor cost is nothing but a myth. Their shipyards are what the US shipyards were a hundred years back. Most of the Indian Shipyards lack a CNC cutting machine, forget about robotic welders. Moreover India’s archaic labor laws would prevent the introduction of any labor saving technology. Lack of creativity is a bane of Indians and their creative spirit has not been shown in the past three thousand years.

But is all lost? Is India’s Shipbuilding Industry doomed for eternity in the backwaters of technological and creative primitivity. Need Not Be. As Ayn Rand rightly brought out in one of her novels “All it takes is for a few good men to take up the cudgels”. But will Indian Shipbuilding Industry find its Few Good Men???

Friday, December 18, 2009

Autobiography of an Indian Naval Architect

Autobiography of an Indian Naval Architect

By Capt Mohan Ram (Indian Navy)

I came across this book, which was mailed to me by one of the readers of this blog site and I am not sure that the author has published it or not.

The book is an interesting read, though it doesn’t cover much that is relevant to the naval architecture field. The author Mohan Ram was an ex-captain in the Indian Navy and was one of the earliest officers to join the Corp of Naval Constructors of Indian Navy, which is an offshoot of Royal Corp of Naval Constructors (UK), after India got its independence. An alumnus of the prestigious Indian Institute of Technology, Kharagpur, the author served the Indian Navy for a span of twenty five years. During this brief span the author had the distinction of serving in various capacities in the Dockyards and the Naval Design organizations. Though the author claims, he is one of the foremost naval architects of India, I am pretty sure that not many in the Naval Architectural world would have heard of him. He has not published any papers or made any theoretical contribution in the field of Naval Architecture. But considering the primitive state of naval architecture in India during those days, it is possibly true that the author could have been India’s foremost Naval Architect.

Notwithstanding the above, the book is an interesting read, especially from the point of historical development of India’s indigenous capabilities in the designing of ships.

The primitive state of Indian Navy’s Naval Architectural capabilities is brought out in one of the eureka moments which the author had……….

“ On a wet Saturday afternoon I was doodling on a piece of paper at home and idly wondered “what would happen, if I powered the new ship with the same power plant- two turbines of fifteen thousand horsepower each, without any change. How much would the speed drop? Was there any chance of convincing the naval staff that a small sacrifice in top speed would make the ship more economical and easier to construct?” I did a quick back-of-the envelope calculation to estimate the speed loss. To my utter surprise, the answer came out that the ship did not lose speed at all. On the contrary it would go a full knot faster, at 29 knots which the naval staff wanted! I checked the numbers again and again and could not find any mistakes in the calculation. I tried other methods for estimating the power required and found that the answer came out the same. I was elated. Perhaps this was a brilliant solution for meeting the navy’s requirement without any additional investment, using equipment being manufactured in India. I was so excited about my discovery that I could hardly sleep the whole weekend.”

“I rushed to the office on Monday and announced my discovery. No one believed me at first. I was greeted with a stony silence and most of my colleagues, thought that I had gone out of my head. I could not blame them, as my findings were totally counter-intuitive.”

“Without sounding too technical, let me simply explain how this came about. Further analysis revealed that at lower speeds the resistance to ships’ motion was primarily due to friction, in which the larger ship with about 20% greater wetted surface area (area exposed to the water) was at a disadvantage. Above 22 knots, the resistance to motion from wave making due to the ship cleaving through the sea became much more prominent than friction. If the interference between the waves created by the bow (front) of the ship and the stern (rear) of the ship were positive, resulting in a crest at the rear end, resistance due to wave making would be lower. If the interference between the bow and stern wave systems resulted in a trough at the stern, the resistance due to wave making would be higher. The interference is a function of a factor called Froude number, which relates the square of the speed of the ship to the length of the ship. In the case of the Leander at 28 knots, the interference caused a trough at the stern increasing the wave making resistance. But in the new longer ship, the interference resulted in a crest. This resulted in a lower wave resistance in the bigger ship, which more than compensated the increased drag due to greater area. Overall this led to the bigger ship going faster. Once we had done this detailed analysis the picture became a lot clearer. We also found that the same principle was being adopted in ‘jumboizing’ super tankers to by adding a new mid section, making the ships longer to carry more crude without losing speed.”

The very fact, that the obvious result that larger ships (of similar Geometric proportions) could have lesser resistance compared to ships of smaller length, because of the cancellation of the wave fields (a fact taught in the basic courses of Resistance of Ships), was such a shocking eye-opener to the Stalwarts of Indian Naval Architecture Community speaks volumes of their technical ignorance of Basic Naval Architecture and goes on to show that Mohan Ram, when he claims himself to be one of the foremost Naval architects of India, could indeed be speaking the truth.

The second half of the book deals with the author’s life as a non-practicing naval architect in the Indian Industry. Interesting, but not relevant to Naval Architects. The author claims that he was responsible for the turnaround of some loss making companies and offers some management platitudes.

“I expect this story to be of interest to senior managers of organizations facing severe competition and loss of market share and running into decline and sickness. It should provide useful insights, as it spans my experience of working in all three sectors, government, PSUs and the private sector. It should also be useful to academic institutions and students of management, as the book brings live Indian cases to light. Management consultants might find some of the events and solutions relevant and interesting. Multinational corporations and foreign institutional investors may find the narrative useful in getting a clearer understanding of the Indian psyche and corporate scene, some of its unique problems and possible approaches to their solutions.”

Overall a good book, especially for those in India in the Naval Architectural profession.

The book is not openly available in the internet as of date. I had read it, courtesy, one of my blog readers who had emailed it to me. He is one the members of a yahoo group called “Constructor County” which is a group which caters to the Naval Architecture Fraternity of India (only??? I am not sure).

However surprisingly while browsing the net, I found it here.

The author would have possibly uploaded it.


Sunday, November 29, 2009

Study of the Literature to Assess the Future of India's Shipbuilding Industry

Study of the Literature to Assess the Future of India's Shipbuilding Industry

By Howard M. Bunch, University of Michigan, 7/6/2003

I. INTRODUCTION

Several industrial sectors within India are at the cutting edge of technology, and world class in their sector capabilities. Sadly, the shipbuilding industry is not one of these sectors at the moment. It is uncompetitive in cost and in delivery time, and most of the major shipyards must be heavily subsidized to remain open. The reason for an investigation of the Indian shipbuilding industry would be to develop a better understanding of why it is so uncompetitive, and to project its future direction.

Many believe that India is on the threshold of establishing a more significant world presence; it has an outstanding system of higher education in technological areas, the population is hardworking, wide use of the English language supports international communication, and the country's location is at the center of major movement in economic and political change. The growing geo-political importance of the country has exacerbated the need for a better understanding of the country's industrial sectors, especially those that have a relationship with defense capabilities.

An overview of the economic history of the nation since Independence in 1947 is first presented. Next, there is a brief discussion of the maritime sector of the economy, followed by an evaluation of the nine major shipyards involved in new ship construction. Finally, conclusions are drawn as to the reasons for the industry's current condition, with projections as to its future.


II. INDIA'S ECONOMIC DEVELOPMENT SINCE INDEPENDENCE 1

At time of India's independence in 1947, agriculture contributed 70 percent of Gross Domestic Product [GDP], and absorbed 80 percent of the work force. Decades of depressed economic growth had led to a stagnant living standard, intensified by a scale of poverty that reportedly affected 80 percent of the population. The only effective way to reverse this situation appeared to be a transition to an industrial economy, utilizing a "command economy regime."

The process of making the transition to an industrial economy had four major features: [1] emphasis on heavy industry, [2] leadership role of the public sector, [3] self-reliance, and [4] promotion of regional dispersion of growth. Shipbuilding was one of the industrial sectors heavily supported in implementation of this policy during the two decades after Independence, with major investments in public shipyards. [Specific instances are discussed in later sections of this paper.] Shipyards were an integral part of heavy industry; the government actively emplaced and expanded its ownership in shipbuilding operations, and the "local [i.e., India] purchase" of all material and equipment associated with shipyard operations was strongly encouraged.

The command economy regime prevailed, without significant change, for nearly two decades [1947-1965]. Toward the end of the period, major deficiencies had become apparent. The domestic industrial policy framework had created an economic environment in which the entrepreneurs had little motivation to reduce costs and improve quality. The continuing insistence on "Buy India" proved too costly because domestic costs of many products [including ships] were priced well above the international market. Too, quality of Indian products was considered suspect, especially for complicated, technically advanced industrial goods.

About 1965 some changes in the system began to occur, with the most important being the placement of increased emphasis upon the amount and quality of higher technical education and upon the emergence of community schemes for rural development. Public ownership of the industrial system, however, continued to increase, and by the 1980s accounted for 50 percent of total investment in India's economy. Also, the emphasis on local content continued without significant change, even though structural shortcomings of a "Buy India" policy were readily apparent to the nation's leaders.

India achieved a sustained and stable growth rate of about 3.5 percent/annum from Independence to 1980. In the early part of this period, the highest growth rate occurred in heavy industry [because of the focused government support]. Toward the end, however, the greatest increases were in consumer durables. Whatever the product category, the domestic content for India's goods was among the highest in the world [comparable to Soviet Union, China, and other command economy nations].

Major industrial reform was introduced into the nation in 1991. The action was instituted to correct continuing high inflation, high fiscal deficits, and foreign exchange shortages. The causes for the crises were [1] the collapse of the Soviet Union, then India's largest trading partner, and [2] the sudden drying up of both the domestic and West Asian markets due to the Gulf War. As a result, balance of payments for the nation became almost unmanageable. The current account deficit nearly doubled in the last half of the 1980s decade; likewise, the debt service burden rose to nearly 30 percent of export earnings in 1990-91. In mid-1991 the country negotiated a structural adjustment loan with the International Monetary Fund that provided a mechanism for liberalizing and reforming its economic system.

"One of the principle objectives of structural adjustment was the reallocation of resources into the tradable goods sector, especially manufacturing, and raising its growth rate by the removal of anti-export bias through appropriate trade and industrial policy reforms."2 This did not happen; in fact, there was a significant decline in the growth rate for almost all categories [intermediate goods was the singular exception].

"A central doctrine of the orthodox reform package is that only the retreat of the state would permit allocative efficiency through appropriate market signals, that in turn would promote improvements in productivity of capital and labor." 3 "In spite of the fall in public investment and expenditure ratios, public sector growth and surplus generation actually improved in the 1990s. . ." 4 The opposite effects from what was anticipated seemed to create uncertainty on the part of the state's planners. An example of this effect is seen in the shipbuilding industry: Several government studies had recommended privatizing two of the public shipyards [Hindustan Shipyard and Cochin Shipyard]. However there has been no action to date,5 showing uncertainty as to how to interpret the cause/effect relationships between the public sector's role and improvement of the economy.

In spite of the unsettling direction of growth for "rate of goods produced," and the unexpected positive performance of public sector operations, there were two planned events that accelerated India's economic development, as expected. The first was the dramatic inflow of Foreign Direct Investment [FDI] to support capital expansion. FDI investment in 1991 was approximately US$200 million; in 1997 the investment had reached US$ 3.2 billion.6 And the annual FDI investment continues to rapidly grow; in 2002 the inflow was reported at US$4.43 billion.7 That is a compounded growth in excess of 32 percent/year for the 11-year period: 1991-2002.

The second major trend was the increasing importance of information technology on the nation's development. The growth of this economic sector has been spectacular since 1991. Investment in information technology has been growing at about 50 percent/year.8 Equally as important as the primary investment itself, are the other stimuli that information technology brings:
  • accelerated, leaner, more standardized business practices,

  • increasingly complex transnational business alliances,

  • hyper-competitive purchasing, worldwide, and

  • soaring international trade in services.

One would expect that these stimuli would result in significant cross-industry technology transfer. However, many industrial sectors [e.g., shipbuilding] do not appear to be participating in information technology enhancement at levels found in other Pacific Rim countries. And, significantly, there has been no apparent indication of any nationally organized effort to change this situation-at least for shipbuilding.

III. INDIA'S MARITIME ECONOMY

Continuing economic development since 1991 has resulted in a more vigorous liberalized economy that is better integrated with the rest of the world. The country's Gross Domestic Product is about US$500 billion, and, if present trends hold, is projected to be the fourth largest economy in the world [after USA, Japan, and China] by the year 2020 [in terms of Purchasing Power Parity].9 Consistent with that growth, there must be enormous increases in capacity for India's transportation network. This is especially true of the maritime sector: ports, shipping, shipyards, etc. Ninety-seven percent of the nation's international trade volume is carried by sea. India's location on the Indian Ocean favors maritime communication and trade; it also drives the nation's defense system to direct significant portions of its resources toward naval considerations.

Figure 1 displays India's Maritime Major Assets. As seen, the coastline, which is in excess of 7,500km [about 4,500 miles], affords two-direction access into the nation's interior because of its peninsular configuration.

Click here to see Figure 1. (Source: Roy-Chaudhury, India's Maritime Security, pg 16.)

Both coasts are active. There are three major entry/exit points that focus on energy products on each of the coasts, as seen in Figure 1. The other ports may also handle energy products but focus their attention on dry cargo. In 1998-99 about US$60 billion of cargo was handled at India's major ports, averaging 670 thousand tonnes daily. The Confederation of Indian Industry indicates that export/import activity has continued to rise. Recent data, for example, show an annual [April, 2002-March, 2003] value increase in excess of 16 percent both for exports and for imports.10

It is obvious to any observer of India's port operations that they are woefully inadequate to meet the current cargo thru put needs. The waiting time for a ship at a typical Indian port is typically DAYS, instead of HOURS or NO DELAY that would likely occur at many major ports of Pacific Rim countries. It was estimated in 1996 that investments of approximately US$3.9 billion would be required to meet port capacity requirements projected for 2005-6.11 [Data were not found that indicated how much has been spent since that report appeared.]

A recent technical paper, prepared at Indian Institute of Technology, Kharagpur, 12 described an additional aspect of India's maritime infrastructure, when it noted the characteristics of the nation's merchant fleet. The fleet consists of about 500 ships, totaling approximately seven million Gross Registered Tons [GRT]. The fleet's average age is 18 years, and appears to be physically mismatched with the market needs. For example, there is a shortage of container vessels for the current and projected cargo movements via containers. Likewise, there is a shortage of vessels designed for India's short haul routes.13

Only about 10 percent of Indian-flag vessels have been built in Indian shipyards, Reasons cited for this low share are: higher costs, and delays in delivery time. It was also pointed out that Indian shipyards have not developed standard designs that give them the ability to quickly respond to customer requirements.14

The Indian government recognized the need to improve its shipping sector, and in 1998 appointed the Shipping Policy Committee to provide guidance in upgrading the system. In 1999 the committee recommended the industry be recognized as an "Export Industry," which would make it eligible for fiscal and funding benefits, e.g, accelerated depreciation of assets, extending maturity periods of government loans, and reserving certain cargo types for Indian-flag ships.15

The present Union Party government in 2002 decided to continue India's shipbuilding subsidy policy for another five years, and further expanded it to include support for private shipyards [the former policy only applied to public yards].16 For the first time, the entire shipbuilding industry has been given subsidy support — a major event in the country's economic policy.

IV. INDIA'S SHIPBUILDING INDUSTRY

There are 28 established shipyards in India involved in new construction and repair. [See Appendix for a listing of these yards.] However, nine yards dominate the system. Seven of these are in the public sector, with the remaining two being privately owned. Four of the public sector yards are under the administrative direction of the Ministry of Transport; the Ministry of Defense administers the remaining three. These nine dominant yards will be briefly described, and are grouped as follows:

Ministry of Transport:
  • Cochin Shipyard, Ltd, Cochin

  • Hindustan Shipyard, Ltd, Visakhapainam

  • Hoogly Dock and Port Engineers, Calcutta

  • Central Island Water Transport Calcutta

Ministry of Defense:
  • Garden Reach Shipbuilders and Engineers, Calcutta

  • Goa Shipyard, Ltd, Goa

  • Mazagon Dock, Ltd, Mumbai

Private Yards
  • ABG Shipyard Group, facilities at Surat and at Magdala

  • Bharati Shipyard, Ltd, Mumbai

India has a history of shipbuilding that stretches back to the Harrapan Civilization [approximately 2500BC]. The "modern era" began with the building of a dry dock at Bombay about 1750; a second was erected in Calcutta about 1780. During the 19th century, the industry was in a period of expansion and prosperity. However, for the last 100 years, the yards have been in a general decline, especially with regard to new construction. At present, the Indian yards build very few vessels for export, and, as noted earlier, supply only about 10 percent of the Indian shipping industry's needs.17

The Indian yards have not enjoyed any of the effects of the current worldwide, new construction commercial shipbuilding booms. Table 1, shown later, lists the commercial ships [over 1000Dwt] on order as of June, 2003 at Indian shipyards. Note there are only 11 ships in the list, with only one of those [the 29,000dwt Cochin ship] over 20,000Dwt. The listing was culled from a total tabulation of 42 craft, with the omitted all being under 1000dwt in size. The conclusion is that Indian yards' markets are essentially smaller craft, with larger vessels being the exception.

Only three ships and two dredges are on order with the Ministry of Transport's yards; four of which came from India's public sector organizations. Prospects have been somewhat better for the private yards; ABG's current order book consists of five ships over 1000dwt, all for foreign owners. ABG received an order from a Norwegian shipping company in 2001 for a 10,000-ton newsprint carrier. Earlier, an order was received from a German company for four 10,000-ton dry cargo vessels.

TABLE 1. COMMERCIAL SHIPS ON ORDER [over 1000dwt]
AT INDIAN SHIPYARDS, JUNE, 2003


Ship TypeSize [dwt]Indian OwnerBuilder
Tug/Supply1300NoABG Shipyard
Supply Tug1300No"
Tug/Supply 1300No"
Tug/Supply1300No"
Support Vessel1000No"
Tanker1100YesBright Engineers
Tanker1200YesCentral Island
Dredge2664YesCochin Shipyard
Cargo29000No"
Passenger/Cargo1560YesHindustan Shipyard
Dredge1050Yes"

Source: Fairplay Solutions, June 2003


Things have been better for ship repair. It is estimated that the industry's repair activity is about $200 million/year; there is optimism that activities will further improve because of stricter norms and regulations being imposed on the ship operators. Indian shipyards have a competitive advantage resulting from low labor costs, availability of a trained and skilled labor force, and proximity to international shipping lanes.

In spite of the positive note just expressed, many feel that the ship repair industry is in a dismal state for the following reasons18:
  • lack of new investments in machinery and equipment,

  • deterioration of existing machinery and equipment,

  • use of obsolete methods and systems,

  • lack of suitable training for upgradation of skills,

  • life emphasis on professional management techniques,

  • supply bottlenecks for raw materials and spares,

  • over dependence on public sector,

  • cumbersome government procedures, and

  • extremely low labor productivity.

The above criticisms, though expressed relative to ship repair, apply equally to new ship construction operations in the yards, especially those under the administrative control of the Ministry of Transport Yards under the direction of Ministry of Defense appear to be receiving much greater funding support, and their plants are in better condition.

As mentioned earlier, there are three shipyards administered by Ministry of Defense: Garden Reach Shipbuilders, Goa Shipyard, and Mazagon Docks. The Garden Reach yard is primarily engaged in repair and engineering activities, such as the manufacture of compressors, pumps, generators, and diesel engines. About two-thirds of its production is for the civil sector. Goa Shipyards was acquired in 1964, and is a subsidiary of Mazagon Docks. It specializes in ship repair and engineering work. Mazagon Docks was acquired in 1960 and is India's major shipyard, capable of building frigates, submarines, cargo and passenger ships. About 60 percent of Mazagon's operations are directed toward the commercial sector.19 The three yards are in process of forming a consortium of Indian Defense Shipyards to market military products, including ships, into the international market. The consortium will be managed by M/S RITES, Ltd, a New Delhi consulting organization.20

It was earlier mentioned that the government agreed, in 1998, to provide additional funds to the public yards to make them more competitive in the international market. A subsidy of 30 percent was instituted to support construction of ocean going vessels, and was applied to both domestic orders and foreign deliveries. The subsidy was to be available for a five-year period, and has been extended for another five years. It will now also include private yards in its subsidy support.21

The perception is that the shipbuilding industry has suffered from an extensive public ownership, and the government would like to change its position by reducing that ownership.22 However, it recognized the importance of first securing economic stability, and therefore implemented the subsidy program, described in the preceding paragraph. The subsidy program has been complemented with a financing guarantee program for 80 percent of a ship's cost. Import duties are being reduced on equipment and spare parts; however, the system still favors Indian manufacturers. The regulations also make it difficult to freely move spare parts into [and out of] the country.

The literature suggests that labor legislation has created significant barriers for making the shipyards more efficient. It is almost impossible to shed jobs and to rationalize work standards and processes. The result is a bloated employee count that continues to grow in spite of low output. The private shipyards are reportedly dealing with the problem by heavy use of subcontractors.

The use of the tenders system is dominant in India, and all purchases by the government are by this process. This fact is of importance when discussing India's shipbuilding industry because a majority of the major yards are under government control. The results are market distortions within the industry. First, the government has built-in preferences for working with Indian suppliers. Second, low-bid selection dominates the process, and little consideration is given for previous performance or experience. Finally, personal contact and political muscle are great advantages, and corruption is reportedly widespread.23

V. THE NINE MAJOR YARDS
A. Cochin Shipyard24 25
Cochin Shipyard, Ltd
Cochin 682015, India
Tel: 91-484-361181, 361165; Fax: 91-484-373902
E-mail: info@cochinshipyard.com
Rear Admiral R. Wig, Chairman and Managing Director

Cochin is one of the largest shipyards in India, and is the only yard capable of building ships up to about 125,000dwt. It was established in 1972 under technical collaboration with Mitsubishi Heavy Industries of Japan. The yard has the distinction of having the International Standards Organization [ISO] 9001 certification for shipbuilding, ship repair, and marine engineering training.

The shipyard is located on 190 acres, and is configured with two docks and three quays. The new construction dock is 255m long by 43m wide. The repair dock is 270m long by 45m wide. The facility has the largest hull fabrication shop in India; it covers over 300,000 square feet of area.

The company has consistently shown a profit. In the latest reporting year [2000], there was a net income [including subsidy] of US$9.5 million.

B. Hindustan Shipyard
Hindustan Shipyard, Ltd
Gandhigram, Vishakhapatnam 530005, India
Tel: 91 891 530 005
Fax: 91 891 577 502
E-mail: hsl02@itpvis.ap.nic.in
D. K. Varma, Chairman and Managing Director

The Hindustan Shipyard was established in 1941. The government took over operation of the facility in 1952, and acquired ownership in 1962. The facility was the first yard in India to be awarded ISO 9001 certification for quality assurance. The shipyard has a workforce of about 5000 that are capable of processing about 1600-1700 tons of steel/month. [By contrast, Avondale Shipyards, New Orleans, LA, employs about 6000 workers, and can process over 5000 tons of steel/month.] The main features of the yard are:
  • three slipways of 30,000dwt capacity, each

  • building dock of 80,000dwt capacity

  • outfit jetty and ship quay of 457 meters length

  • a two-berth wet basin

The yard has constructed a full range of commercial vessels from oil tankers to passenger vessels, off shore supply vessels, and drilling platforms. Additionally, it has manufactured railway bridge girders, and structural materials for industrial plants.

The yard has continued to be unprofitable for a number of years, with recent losses of Rs 62.19 crore26 [US$13.3million] in 1997-98, Rs 29.67crore [US$ 6.3 million] in 1998-99, Rs 31,6 crore [US$6.8 Million] in 1999-2000, and Rs 38.89 crore {US$8.3 million] in 2000-01. The accumulated loss sustained by the government in its ownership of Hindustan Shipyard is approximated at Rs 1,071 crore [US$230 million]. In a report prepared for the Indian Ministry of Shipping in 2001, the following statement was made: ". . .Given the location of the yard [Vishakhapatnam] and the facilities for ship building and ship repairs that it has acquired with substantial government support, efforts should be made to secure a strategic partner for the company and disinvest GOI [Government of India] holdings."27

C. Hooghly Dock and Port Engineers
Hoogly Dock and Port Engineers
Martin Burn House, 2nd Floor, 01RN
Mukherjee Road, Calcutta 700001, India
Tel: 91 33 243 0417
Tlx: 021 5519 HDSLIN
E-mail: hdpeltd@cal2.vsnl.net.in
M. M. Kuila, Chairman/Managing Director

Hooghly Dock and Port Engineers is one of the oldest shipyards in India and has two production units: the Salkia Works and the Nazirgunge Works. Both operations have facilities for ship repairs and for new construction. The installed capacity in shipbuilding is 1100 tons/annum, and in ship repairs about 125 ships/annum. In 2001 the yard's management decided to increase emphasis on ship repairs, and revamped a repair unit at Kiddeport, near the Kolkata Dock System.

The operation has consistently suffered losses due to old and dilapidated machinery, low productivity, and shortage of building space and working capital. The government has been giving assistance for modernization of the two new construction units. During the last five years, a total of Rs 21.42 crores [US$ 4.6 million] has been infused into the facilities. In addition, there have been funds put forth to covers salaries and wages of employees. In spite of the infusions, the company has continued to lose money, with accumulated losses being Rs 167.07 crores [US $ 35.8 million] through March 31, 2000. The net worth of the company has been negative for over 10 years. The company has valuable land around Calcutta, and it has been recommended that the operation be closed, and the real estate sold.28

D. Central Island [Rajabagan] Dockyard29
Central Island Water Transport Corporation
4, Farlie Place, Calcutta 700001, India
Tel: 91 33 2200718
Fax: 91 33 4796962
E-mail: ciwtc@cal-3vsnl.net.in
S. C. Dua, Chairman and Managing Director

The Central Island [Rajabagan] Dockyard is situated about three miles downstream [on the Hooghly River] of the Calcutta Dock System. The facility has three dry docks for construction and repair of small- and medium-size vessels. The operation has integrated facilities for hull fabrication, casting operations, machining, repair, and outfitting of machinery and equipment. There are about 1700 employees.

The yard was established in 1972, and consistently turns a small profit from its operations. In 2000, the net income, which was largely from ship repair, was Rs 39 crore [US$ 8.3 million]. It has been recommended that the operation be privatized as quickly as possible, there being no strategic or commercial rationale for public ownership.

E. Garden Reach Shipbuilders and Engineers30
43/46 Garden Reach Road, Calcutta 700 024, India
Tel: 91 33 4698132
Fax: 91 33 4698150
Rear Admiral Vohra, Chairman and Managing Director

The company was originally organized in 1884 as a small factory on the Hooghly River, near Calcutta. It was taken over by the government in 1960. The enterprise was gradually expanded and modernized to meet growing maritime needs — especially those of the India Navy and Coast Guard.

The company has six facilities in and around Calcutta, and one operation in Bihar. Most of the facilities are ISO 9000 qualified. There is a 160-meter dry dock for new construction and repair. The dock can handle ships up to 26,000dwt. In addition to the dry dock Garden Reach has another building berth [162m x25m] and two slipways [90m x 77m and 55m x 44m] with supporting cranes. There is a repair and overhaul shop for overhauling medium- and slow-speed diesel engines.

There are approximately 9,000 employees in the total Garden Reach operation, making it one of the two largest shipyard employers in the country. As mentioned earlier, the yard is under the administrative control of Ministry of Defense. It has consistently shown an after-tax profit over the years. In 2001-02, its latest reporting year, the net profit was Rs 15.93 crore [US$ 3.4 million]. That number is slightly below the average for the annual profits reported through the previous decade.

According to JANE'S31 there are two naval vessels currently under construction at Garden Reach. The first is BETWA, a 5000-tonne frigate with steam turbines, scheduled for commissioning in 2003. The second is KARMUKH, a 1350-tonne corvette, also scheduled for commissioning in 2003.

F. Goa Shipyard, LTD32
Vasco-da-Gama, Goa 403 802, India
Tel: 91 834 512152
Fax: 91 834 513260
Rear Admiral Sampath Pillal, Chairman and Managing Director

The Goa Shipyard [GSL] was established in 1957 as a small barge-building yard. Today it is a completely integrated facility and participates in the design, development, construction, and commissioning of a complete range of commercial and military ships. It is also engaged in repair and modernization. Its workforce is about 2150 persons. The yard is publicly owned, and under the administrative control of Ministry of Defense.

GSL has three large self-supporting all-weather building bays. The largest of the three can accept a hull of 105m x 12m x 8.5m, and a maximum weight at launch of 1000tons. There are also four slipways with the largest capable of launching a ship of 2500 tons. There is an outfitting jetty with a length of 180meters. The yard has a shipbuilding capacity for producing 5.25 ships/year; however, utilization has consistently been well under that number.

In the latest reporting year [2000-01], total revenue was Rs 190 crore [US $40.7 million]. Net profit, after tax, was Rs 4.9 crore [US$ 1.05 million], which was a slight improvement from the preceding year. At the beginning of the 2001-02 year, work was underway on an advanced offshore patrol vessel, a hydrographic survey ship, a missile craft, a damage control simulator, and three fast patrol vessels. Total backlog was Rs 463 crore [US$ 99.1 million].

G. Mazagon Dock Limited
Dockyard Road, Mazagon, Bombay 400
010, India
Tel: 91 22 860561 Fax: 91 22 866237
E-mail: mdimktg@bol.net.in
Rear Admiral D. V. Taneja, Director, Shipbuilding

Mazagon Dock [MDL] is the largest shipyard in India, employing over 10,000 workers. The yard has designed and constructed surface combatants [6700ton destroyers], submarines, cargo vessels, tankers, tugs, dredges, and offshore structures. The yard has ISO 9001 accreditation.

MDL has the skills to implement CAD/CAM/CIM using the latest design software, operating from a number of workstations. There is an impounded wet basin with dimensions of 274m x 26.2m x 9.14m. Additionally, there are three slipways, with two capable of handling ships up to 27,000dwt, and the third having a capacity of 16,000dwt. Steel fabrication facilities include 600-ton rolls, latest technology welding systems, and bending and shaping machines. In addition, MDL is authorized to use the facilities at Mumbai Port Trust. These facilities include a 305m dry-dock, and a 152m dry-dock.

An indication of the capabilities of the yard is evidenced by the fact that the Indian Navy has designated it as the facility to build two attack submarines that would be delivered by 2005.33

The yard is under the administrative direction of the Ministry of Defense. No financial numbers relating to MDL's operation were found during the literature search.

H. ABG Shipyard Group [includes a yard at Surat and at Magdala]
ABG Shipyard Group
5th Floor, Bhupati Chambers
13 Mathew Road, Opera House
Mumbai 400 004
Tel: 022 363 5253 Fax: 022 364 9236
E-mail: abgshpyd@gia-sm01.vsnl.net.in
Mr. R. Nakra, Managing Director

ABG is the largest privately owned shipyard in India, and is considered the most efficient. Its annual sales/employee monetary statistic is about Rs 750,000 [apx US$16,150], a number much better than that at any other yard in the country.34 [As a comparison, the average revenue per employee in the U.S. shipbuilding industry is about $115,000.]

The company has two docks at its disposal. One is a graving facility located at the ABG yard in Surat, the second is a ship-lift located at the Magdala operation. [The Magdala yard may not still be in operation.]

I. Bharati Shipyard, Ltd35
Bharati Shipyard Ltd
Combay Mutual Building
Sir PM Road, Mumbai 400 001 India
Tel: 91-22-2661194; Fax 91 22 2660601
E-mail: bharati@bom5.vsnl.net.in
Mr. V. Kumar, Director, or Mr. P.C. Kapoor, Director

Bharati Shipyard is one of the two leading shipyards in the private sector. It is engaged in the design and construction of sea and coastal craft up to a maximum of approximately 25 meters in length. The wet basin is reported to have a capability of accommodating up to eight vessels simultaneously.

The yard has three slipways, with a 58 meter span gantry crane. The yard also has a full-fledged design organization that performs its own designs, and also offers its capabilities to other organizations.

One of its major products is tugs; over 40 have been delivered in the last few years. One was the largest built in India.

VI. CONCLUSIONS OF THE LITERATURE INVESTIGATION

It is universally acknowledged that India's shipyards are not internationally competitive on any reasonably applied measure. An Indian maritime consulting organization cited the following as the reasons for this condition,36 and it is concluded they are appropriate:
  • lack of new investments in machinery and equipment,

  • deterioration of existing machinery and equipment,

  • use of obsolete methods and systems,

  • lack of suitable training for upgradation of skills,

  • life emphasis on professional management techniques,

  • supply bottlenecks for raw materials and spares,

  • over dependence on public sector,

  • cumbersome government procedures, and

  • extremely low labor productivity.

It appears that the Indian government recognizes this situation, and also recognizes the strategic importance of making improvements. This is a positive sign. There is still confusion [both in the government and in industry] however, as to the best ways to plan for, and effect, the needed changes. The standard litany for improvement for the past decade has been to reduce public ownership, with the common belief that the private sector could improve the efficiency of any operation. But statistics seem to indicate that the solution is not that simplistic in India, and that there are other approaches that should also be considered.

The original purpose of this study was to examine the paradox that exists in India in which some specific sectors, especially information technology, have become world-class in their competitive structure, while others, like shipbuilding, have languished. One of the conclusions is that India has generally ignored this paradox, and has made no focused effort to transfer its information technology into the lagging sectors. Evidently the country's planners decided that available [and limited] resources, when applied, could produce more marginal benefits to the nation by being expended in the information technology sector than in the less competitive industries.

Importantly, however, India has been taking onboard the concepts of an internationally minded, global society — especially since 1991 — and is transforming itself into a strong player on the world stage.37 It is expected that the government will accelerate its support of the lagging industrial sectors because of their critical importance to the nation's long-term, overall prosperity. The maritime industry will be at the forefront of that acceleration to assure the emplacement of the necessary transportation infrastructure needed for India's global society transformation, and future economic growth. The specifics of the maritime sector's support will include [1] acceleration of the transfer of information technology into shipping and shipbuilding activities, [2] action to reduce the negative effects of laws and governmental processes on industrial efficiency, [3] major investment in supporting public infrastructure, and [4] increased emphasis on education programs associated with shipping, ship acquisition dynamics [including both the commercial and military sectors], and ship design/production integration.

India's shipbuilding industry will reduce some of its competitive disadvantage by 2010, but complete elimination of that gap will probably take 20-25 years [or longer],38 and must be accompanied by transformation of the sector's operating structure, physical facilities, the supply base, and the supporting education system.

Prepared by:
Howard M. Bunch, Emeritus Professor
Department of Naval Architecture and Marine Engineering
University of Michigan
Retirement Address:
1121 West Avenue D
San Angelo, TX 76901 USA
Tel: +1-325-482-8585 Fax: +1-325-944-0994
e-mail: hbunch@umich.edu

____________________________________
1 All India Management Association, Indian Business: Strategies for Competitiveness, 1st Edition, 1999. Amexcel Publishers, Ltd., New Delhi, ISBN: 81-7446-158-2. This book was the singular reference for the entire section. Where specific quotations occur, they are independently cited by page number.

2 Ibid., pg 22-23.

3 Ibid, pg 24.

4 Ibid, pg 25.

5 E-mail correspondence, Govardhana Rangan, Dow Jones India Representative, 4June03.

6 Ibid, pg 26-27.

7 Press Trust of India, New Delhi. February 11, 2003.

8 Op Cit, All India Management Association, pg 129.

9 Roy-Chaudhury, India's Maritime Security, Institute for Defence Studies and Analysis, New Delhi. 2000. 208pp. ISBN 81 86019-29-4.

10 "State of the Economy for Quarter Ending March 2003,: Confederation of Indian Industry, New Delhi.

11 "The India Infrastructure Report: Policy Imperatives for Growth and Welfare" [1996]

12 "Misra, S.C., O.E. Sha, and R.E. Gokarn, "Modularized Ship Designs for Competitive Construction in India," Transactions, Vol 110, 2002, SNAME, pgs 279-299. ISBN 0-939773-38-4. [This paper shows an awareness of the importance of standardization and modularization of ship design as an important first step in becoming internationally competitive. It also reveals some of the infrastructure problems facing the shipbuilding industry if it is to change. The absolute need to address questions of manufacturing optimization in PARALLEL with questions of design is ignored; indeed, the text seems to indicate that manufacturing questions are only formerly addressed at the end of the design process. [see Figure 2 in the manuscript]. Other comments in the manuscript confirm the relegation of production optimization questions to the contract design phase, or later.].

13 Ibid.

14 Ibid.

15 M. Ramachandran, "India's Shipping Industry, Critical Issues," Yojana, January, 1999, pg 18.

16 P. Manoj, "Modified subsidy policy to cover private shipyards," Financial Daily Business Line, Sept 19, 2002.

17 cf ante, Misra, S.C., et al., pg 5.

18 Report of 'i-maritime Consultancy', an undated web page document believed to have been prepared in 2001. [http://www.imaritime.com/shipyard/repair/default.htm].

19 GLOBAL ARMS TRADE, " Chapter 10: The Defense Industry of India," undated [estimated as about 1992 from the dates of the references therein]

20 Goa Shipbuilders, Ltd Directors Report, 2000-01, pg 3 [http://www.goashipyard.co.in/html/directors_report.htm]

21 cf ante, P. Manoj, Financial Daily Business Line.

22 It must be stated, however, that the reduction of its involvement has been confined to reducing its subsidy support. Privatization of two shipyards, though approved several years ago, have not moved beyond the planning stage.

23 "Finding Market Opportunities in India, Part II," Norwegian University of Science and Technology, undated [estimated as 2000, on basis of reference dates], [http://www.stud.ntnu.no.studorg/ib/India/Shipbuilding.htm]

24 Cochin Shipyard Annual Report, 1999

25 http://www.cochinshipyard.com

26 A "crore" is 10 million Rupees [Rs], and is the equivalent of approximately US$ 214,000.

27 "Rationalization of the Functions, Activities, and Structure of the Ministry of Shipping, 2001," pg 11 [http://expenditurereforms.nic.in/VSexpenditurereforms/shipp9.pdf]

28 OpCit, pg 13.

29 http://www.ciwtc.com/rajabagan.html

30 http://www.grse.nic.in/vsgrse/

31 Jane's Naval Construction and Retrofit Markets, November, 1999.

32 http://www.goashipyard.co.in/

33 "Jane's Defense Weekly," 30 Apr 97.

34 N. Sharma, "MoST draws up revamp plan for HDPE," India Express, 1/22/98

35 http://www.indian-ocean.org/ind_doc/services/15a.htm

36 Cf ante, page 6.

37 Refer to the book, The Tipping Point, by Malcolm Gladwell [Little Brown and Company, New York, 2000. ISBN: 0-316-31696-2] for an expanded discussion of the accelerated growth rate that suddenly occurs in a society when a critical point is reached. It is believed that tipping point has occurred in India relative to its transformation into a global society.

38 The amount of time to make a competitive transformation should not be surprising. Both Japan and Korea required over 20 years to achieve a dominant market share in commercial ship deliveries. And both countries made very large, focused commitments to the effort. In each of those instances, the governments essentially decreed [by law, administrative edict, sector protection and MASSIVE financial investment] that the industry would succeed. And both did. Japan went from about three percent penetration in 1950 to over 50 percent share in 1970, and Korea went from zero penetration in 1975 to about 40 percent market share in 1999.

VII. APPENDIX: LISTING OF INDIAN SHIPYARDS
[source: http://www.projectsmonitor.com/detailnews.asp?nswsid=5320]

There are 28 shipyards in the country. These include 7 in the Central public sector, 2 under state governments and 19 in the private sector.

The Public Sector yards are: Hindustan Shipyard Ltd, Visakhapatnam; Cochin Shipyard Ltd, Kochi; Hooghly Dock & Port Engineers Ltd, Kolkata; Central Inland Water Transport Corporation, Kolkata; Mazagon Dock Ltd, Mumbai; Garden Reach Shipbuilders & Engineers Ltd, Kolkata; and, Goa Shipyard Ltd, Goa. The two shipyards under the state governments are: Alcock & Ashdown Co. Ltd, Gujarat, and The Shalimar Works Ltd, Kolkata.

Project Monitor lists these and other shipbuilding units.

ABG Shipyard
Activity: Shipbuilding and structural fabrication.
Bhupati Chambers,
5th Floor, 13 Mathew Road,
Mumbai-400004.
Tel: 22-3635253;
Fax: 22-3649236;
E-mail: abgshpyd@gia-sm01.vsnl.net.in

Aggarwal Shipping Group
Activity: Purchase and sale of demolition vessels.
334, Madhav Darshan,
Waghawadi Road,
Bhavnagar, Gujarat-364001.
Tel: 278-525712-14;
Fax: 278-431368 & 411198;
E-mail: sanjay@agrawalship.com

Alang Marine
Activity: Shipbuilding and repairs.
Gitanjali Complex,
2nd Floor, Mangalsinhji Road,
Bhavanagar, Gujarat-364002.
Tel: 0278-22887/889;
Fax: 0278-28809

Alcock Ashdown (Gujarat)
Activity: Inland, sea-going and harbour craft.
Old Port, Post Box No.28,
Bhavnagar, Gujarat-364001.
Tel: 0278-426305/26;
Fax: 0278-428342

Anvin Fibre Glass
Activity: Speed boats, pedal boats, rowing boats, kayaks etc.
Kettezhethu Kadavu,
Maradu, Kerala-682304.
Telefax: 484-301107;
Mobile: 98470-35907;
E-mail: anvinfibre@satyam.net.in

Arcadia Shipping
Activity: Vessels and barges.
222 Tulsiani Chambers,
Nariman Point, Mumbai-400021.
Tel: 22-2831540/49;
Fax: 22-2872664;
E-mail: jesi@arcadiashipping.com

Ashit Shipping Services
Activity: Barge operations.
1st Floor, Ashish Jyot,
Sanskar Mandal, Bhavnagar,
Gujarat-364002.
Tel: 278-564052-53, 563105 & 565494; Fax: 278-564051;
E-mail: mailbox@ashitshipping.com

Athreya Shipping
Activity: Shipbuilders.
204, Damodar Chambers,
Opp. Syndicate Bank,
Vasco Da Gama, Goa-403107.
Tel: 834-513032;Fax: 834-511596;
E-mail: atreya_shipping@theoffice.net

B. Ahmed Hajee Mohiudeen & Sons
Activity: Shipbuilding.
Thumbay, Mangalore-574170.
Tel: 08255-22755/355; Fax: 08255-22255;
E-mail: bawood@vsnl.com

Bharati Shipyard
Activity: Tugs, ferries, fishing vessels, barges etc.
Bombay Mutual Building,
Sir P.M. Road,
Mumbai-400001.
Tel: 22-2661194/4178;
Fax: 22-2660601;
E-mail: bharati@bom5. vsnl.net.in

Bombay Boat Builders & Co.
Activity: Crafts, inflatables and marine engineering items.
Plot No.A-2 1231,
GIDC, Sarigam, Gujarat.
Tel: 83279

Butt's Clermont Houseboats
Activity: Supplier of houseboats.
A-2 South Extension,
Part-II, New Delhi-110049.
Tel: 11-6255383/9215;
Fax: 11-6254438;
E-mail: bashirb@hotmail.com

Central Inland Water Transport Corporation
Activity: Inland water vessels at Rajabagan Dockyard.
4, Fairlie Place,
Kolkata-700001.
Tel: 33-2202321 (4 lines);
Fax: 33-2205364;
E-mail: ciwtc@cal-3vsnl.net.in

Chowgule & Company
Activity: Ore carrying barges, grab and suction dredgers, deep-sea fishing trawlers, hopper barges etc.
Loutolim Yard,
Near Borim Bridge,
Loutolim, Goa-403718.
Tel: 832-777639;
Fax: 832-777046;
E-mail: cclsbd@goatelecom.com

Cochin Shipyard
Activity: Leading shipyard.
The Public Relation Officer,
The Cochin Shipyard Ltd,
Kochi-682015.
Tel: 484-361181/366340;
Fax: 484-370897;
E-mail: info@cochinshipyard.com

Dempo Ship Building and Engineering
Activity: Ship designing from concept to commissioning.
Dempo House,
Campal, Panaji, Goa-403001.
Tel: 832-226281;
Fax: 832-225098;
E-mail: dsel@dempos.com

Garden Reach Shipbuilders & Engineers
Activity: Modern warships, commercial vessels, small harbour crafts, and fast and powerful patrol vessels.
43/46, Garden Reach Road,
Kolkata-700024.
Tel: 33-4698100 to 8113;
Fax: 33-4698150

Goa Shipyard
Activity: Shipbuilders and repairs.
Vasco-Da-Gama,
Goa-403802.
Tel: 832-512152 (5 lines), 513954 & 512359;Fax: 832-513870 & 513943

Goodwill Engineering Works
Activity: Boat building.
73, Casa Major Road,
Egmore, Chennai-600008. Tel: 44-8232067;
Fax: 44-8261208

Hooghly Dock & Port Engineers
Activity: Two units-Salkia and Nazirgunga works.
Martin Burn House,
2nd Floor, 1, R.N. Mukherjee Road,
Kolkata-700001.
Tel: 33-2430417/0419;
Fax: 33-2430418;
E-mail: hdpeltd@cal2.vsnl.net.in

Hindustan Shipyard
Activity: Commercial and naval combat ships.
Gandhigram, Visakhapatnam,
Andhra Pradesh-530005.
Tel: 891-578450 to 69;
Telefax: 891-577502;
E-mail: hsl02@itpvis.ap.nic.in

Maldan Engineering
Activity: Water sports and small boat building.
F-10, Shantinagar Co-op. Industrial Estate,
Vakola, Santacruz (East),
Mumbai-400055.
Tel: 22-6132299 & 6182132;
Fax: 22-6117687/3682;
E-mail: maldan@bom2.vsnl.net.in

Marine Engineering Works
Activity: Shiphouse frames.
Near Dhobi Talao Vakharia Bunder,
Bilimoria,
Gujarat-396321.
Tel: 02634-86325

Matha Marines
Activity: Fibre glass vessels.
Nettoor, Ernakulam,
Kerala-682304.
Tel: 484-700567;
Fax: 484-370498;
Mobile: 98460-25021

Mazagon Docks
Activity: Destroyers, frigates, missile boats, corvettes, submarines and survey vessels for the Navy; offshore patrol vessels and pollution control vessels for the Coast Guard; cargo ships, passenger ships, dredgers, tugs, fishing trawlers and barges for shipping companies; and, offshore supply vessels, multi-purpose support vessels, platforms, pressure vessels and packaged skids for the oil and energy sector.
Dockyard Road, Mumbai-400010.
Tel: 22-3703029;Fax: 22-3738147;
E-mail: mdimktg@bol.net.in

Modern Maintence Products
302/303, Gupta Bhavan, Ahmedabad Street,
Carnac Bunder, Mumbai-400009
Tel: 375 3442, 375 3445
Fax: 373 8854
E-mail: mmp@vsnl.com

National Ship Design and Research Centre
Activity: Ship design/consultancy.
Gandhigram, Visakhapatnam,
Andhra Pradesh-530005.
Tel: 0891-578360-64;
Fax: 0891-577754;
E-mail: info@nsdrc.com

N.N. Shipbuilders & Engineers
Activity: Shipbuilding, propellers, shafts, fittings etc.
602-B, Poonam Chambers,
Worli,
Mumbai-400018.
Tel: 22-4925514/1368;
Fax: 22-4936353;
E-mail: Panamax@bom5.vsnl.neLin

Overseas Maritime Agencies
Activity: Shipbrokers, tug boat and barge owners.
3, Shivam Complex, Modi Compound,
Near Relief Talkies, Pannch Batti,
Bharuch, Gujarat.
Tel: 2642-51650;
Fax: 2642-51652;
E-mail: overseas@worldgatein.com

Samudra Engineering Company
Activity: Fibre glass boats, ski boats, speed boats, pedal boats, para sails, tourist boats, rowing boats, fishing boats, ambulance boats and sea canoes.
P.B. No.10, Chemical Industrial Estate,
Aroor, Alapuzha district,
Kerala-688534.
Tel: 478-874027 & 875279;
Fax: 478-872942;
E-mail: samudra@md2. vsnl.net.in

Sancoale Shipping
Activity: Barges from 500 DWT to 2300 DWT; supplier of self-propelled barges for lighterage in India; and, arranges barges for inland navigation to mine-heads and plant jetties.
Below Hotel La-Paz,
Opp. Municipal Garden (East),
Vasco-da-Gama, Goa-403802.
Tel: 832-512651/504 & 515446;
Fax: 832-511751;
E-mail: prakash@sancoale.com

Sesa Goa
Activity: A captive fleet of 11 barges with a total floating capacity of 20,000 DWT.
Sirsaim, Tivim, Bardez,
Goa-403502.
Tel: 0832-298357;
Fax: 0832-298439

Siddarth Engineering Services
Activity: Barge building.
Near Laxmi Petrol Pump,
Vaddem, Vasco, Goa.
Tel: 832-512106 & 510871/2/3;
Fax: 832-510113;
E-mail: sales@siddeng.com

Sunny Water Sports Products
Activity: FRP rowing boats, carbon fibre oars and paddles.
A1/A1, Indraprastha Apartments,
Laxmi Nagar,
Chinchwad, Pune-411033.
Tel: 20-768344/398 & 760364;
Fax: 20-762150;
E-mail: info@sunnywatersports.com

Super Marine Services
Activity: Tug and barge building.
Super House, 109/117,
Next to Anoop Tele Building,
Reay Road (West), Mumbai-400010.
Tel: 22-3723307;
Fax: 22-3734492;
E-mail: super@bom4.vsnl.net.in

Tebma Shipyards
Activity: Ocean-going vessels, launches, dredgers, tugs, work boats, floating cranes and barges.
2nd Floor, Khaleeli Centre,
149 Montieth Road,
Chennai-600008.
Tel: 44-8553050/3052;
Fax: 44-8553655;
E-mail: tebma@vsnl.com

The Shalimar Works (1980)
1 Foreshore Road,
Shibpur, Howrah,
Kolkata-711102.
Tel: 33-6686056/477

United Shippers
Activity: Ship and barge owners.
United India Building, 2nd Floor,
Sir P.M. Road, Fort,
Mumbai-400001.
Tel: 22-2662232/2334; Fax: 22-2664887;
E-mail: sales@unitedshippers.com

Wadia Boat Builders
Activity: Motor boats and launches in wooden, fibre glass and steel.
453/1, Hanuman Street,
Post Box No.85,
District Bulsar, Bilimora,
Gujarat-396321.
E-mail: info@ourbilimora.com

Western India Shipyard
Activity: Largest composite ship repair facility in the private sector.
P.O. Box No.21,
Mormugao,
Goa-403803.
Tel: 0832-520252-7;
Fax: 832-520258;
E-mail: wisl.commercial@vsnl.net.in