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Module 2 - Case

Hardware

Assignment Overview

The case that you will use for this is a case that is coincidentally also Canadian in origin but in a very different business environment—the aluminum business (spelled here "aluminium" in the British fashion—you may use whichever spelling you choose.) It describes the analysis of the company's IT systems and management performed by a new vice president of corporate information technologies, in all its complexity and magnificent variety. Throughout this case, issues of hardware, software, and management are intertwined, just as they are in real corporate life. One of your tasks will be to disentangle some of these issues for separate consideration in light of what you know and need to know. As we noted in our course overview, it's taken for granted that hardware, software, and management (sometimes referred to as "wetware") are all involved in a complex sociotechnical dance in which changes in any one element inevitably call forth changes in the others—preferably planned, but often unplanned, and not infrequently unanticipated. Thus, while your focus in this module will be primarily on hardware and networking, you will inevitably find yourself thinking about other dimensions of the problems as well. That is all to the good, but try to keep a focus on the primary issues in each of these three modules. There is plenty of time to concentrate on issues of integration as the course wraps up.

Case Assignment

Please read the Alcan case; it is in two parts:

Dube, L., Bernier, C. and Roy, V. (2009) Taking on the Challenge of IT Management in a Global Business Context: The Alcan Case – Part A. International Journal of Case Studies in Management. 7(2):May. HEC020.

Dube, L., Bernier, C. and Roy, V. (2009) Taking on the Challenge of IT Management in a Global Business Context: The Alcan Case – Part B. International Journal of Case Studies in Management. 7(2):May. HEC021.

Use information from the course background readings as well as any good quality resource you can find. Please cite all sources and provide a reference list (use APA format) at the end of your paper.

Your answer to the following will be assessed:

  • What are the pros and cons of the current Alcan technology infrastructure?
  • What are the pros and cons of the new Alcan technology infrastructure proposed by Robert Ouelette?
  • Please suggest additional improvements of infrastructure for this case and justify your suggestions.

Assignment Expectations

Length: Minimum 3–5 pages excluding cover page and references (since a page is about 300 words, this is approximately 900 –1,500 words).

Assignment-driven criteria (25 points): Demonstrates clear understanding of the subject and addresses all key elements of the assignment.

Critical thinking (10 points): Demonstrates mastery conceptualizing the problem. Shows analysis, synthesis, and evaluation of required material.

Scholarly writing (5 points): Demonstrates writing proficiency at the academic level of the course; addresses the Learning Outcomes of the assignment.

Quality of references (4 points) and assignment organization (3 points): Uses relevant and credible sources to support assertions. Assignment is well organized and follows the structure of a well-written paper.

Citing sources (3 points): Uses in-text citations and properly formats references in APA style.

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Modules/Module2/The Alcan Case – Part A.pdf

© HEC Montréal 2010

All rights reserved for all countries. Any translation or alteration in any form whatsoever is prohibited.

The International Journal of Case Studies in Management is published on-line (www.hec.ca/revuedecas/en), ISSN 1911-2599.

This case is intended to be used as the framework for an educational discussion and does not imply any judgement on the

administrative situation presented. Deposited under the number 9 65 2010 007 with the HEC Montréal Centre for Case Studies,

3000, chemin de la Côte-Sainte-Catherine, Montréal (Québec) Canada H3T 2A7.

Volume 7 Issue 2

May 2009

Taking on the Challenge of IT Management in a Global Business

Context: The Alcan 1 Case – Part A

2, 3

Case prepared by Professors Line DUBÉ, 4 Carmen BERNIER

5 and Vital ROY

6, 7

Montreal, March 2006. Robert Ouellette, an IT consultant and engineer by training in his early

forties, has just accepted the position of Vice-President 8 of Corporate Information Technologies

(IT) at Alcan. His first mandate is to prepare a full report on IT management methods at Alcan.

The IT governance model has not been reviewed in several years, despite Alcan’s many

acquisitions and diversified worldwide activities.

Alcan: A Truly Global Enterprise

Alcan, 9 whose head office is in Montreal (the Maison Alcan is located on the corner of

Sherbrooke and Stanley streets), has 68,000 employees and operating facilities in 61 countries.

The enterprise has four major business groups (Primary Metal, Engineered Products, Packaging

and Bauxite & Alumina) that generated annual revenues of the order of US$23.6 billion in 2006.

The groups contribute fairly equally to revenues, 10

except for the Bauxite & Alumina group,

whose contribution is much greater (see Figure 1).

1 This case reflects the situation at Alcan in the summer of 2007.

2 Translation from French of “Relever le défi de la gestion des TI dans un contexte d’affaires mondial : Le cas d’Alcan –

Partie A,” case deposited under number 9 65 2009 004. 3 This project was made possible thanks to funding from the CGI Professorship.

4 Line Dubé is a Full Professor in the Department of Information Technologies at HEC Montréal.

5 Carmen Bernier is an Associate Professor and Director of the Department of Information Technologies at HEC Montréal.

6 Vital Roy is an Associate Professor in the Department of Information Technologies at HEC Montréal. He is also Director of the

HEC Montréal Case Centre. 7 The authors wish to thank Robert Ouellette for his generous availability and invaluable cooperation throughout the entire

preparation of this case. All quotes used here are translations of excerpts of interviews with Mr. Ouellette during the summer of

2007. We also thank HEC Montréal for its support through its Strategic case-writing workshop designed to encourage the

production of major case studies for teaching purposes. We are also grateful to all workshop participants, whose judicious input

helped us to prepare a better teaching resource tool. 8 Title used by Alcan

9 Data are taken from: Alcan (2007). Alcan Corporate Overview, www.alcan.com

10 Source: Alcan (2006). Annual Review, www.alcan.com

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 2

Alcan creates and sells a wide variety of products, including bauxite, smelter-grade alumina,

sheet ingot, extrusion billet, wire ingot, forging stock, beverage can sheet, automobile iron,

aluminium recycling services, fabricated products such as wire and cable, and flexible and

speciality packaging, just to name a few. Like all major players in its sector (see Appendix 1).

Alcan is highly vertically integrated. The company owns eight mines and deposits, seven alumina

refineries and seven speciality alumina plants, a transport network that includes port and rail

facilities, 26 aluminium smelters, 12 electric power plants, 17 laminated product plants,

49 engineered product plants and 180 packaging material plants (see Appendix 2).

Figure 1

Income Distribution by Business Group

34%

30%

7%

29%

Primary Metal

Engineered Products

Packaging

Bauxite and Alumina

IT Management: The Current Situation

The position of Director – Corporate IT has been vacant for almost a year (since April 2005).

During that time, pressure has been mounting to improve corporate leadership in the area of IT

management and to participate in a significant cost-cutting exercise across the company’s support

functions. This situation has pushed Alcan’s senior management to give greater priority to

information technologies: the company has therefore decided to create the position of Vice-

President – Corporate IT reporting to Michael Hanley, Executive Vice-President and Chief

Financial Officer (see the organization chart in Appendix 3).

Thus it was that Robert Ouellette joined Alcan in January 2006 as Vice-President – Corporate IT.

He was no stranger to Alcan, as he had done various consulting jobs for the company as part of a

large international consulting firm. He knew he would be facing a serious challenge.

During the interview process, I realized that the role hadn’t really been clearly defined. I explained to

my future superior that I was less interested in the solely corporate aspect of IT, since the bulk of IT

activities were carried out within the business groups. I explained that I intended to get involved in all

the IT files I judged to be important, at both the business group and corporate levels. We agreed on

that right away. The way I see it, the IT function should be managed as a coordinated function across

the entire company.

In the past, based on a culture of decentralization, responsibility for IT at Alcan had always been

shared among the various business groups. Apart from certain basic services like networking and

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 3

message handling, Alcan’s IT management system was highly decentralized. Every business

group was completely independent, with its own strategic IT plan, infrastructure choices based on

its specific needs, and IT applications and services. Each group had its own IT organization that

pursued its objectives based on the group’s needs and orientation. Groups’ needs, like their

activities, were highly diversified. Over the years, this culture of autonomy had been reinforced

by mergers and acquisitions.

Our IT people have never been asked to agree or cooperate with each other: their mandate has always

been to meet the specific needs of their own business group.

Robert was fully aware that this context was not propitious to his vision of IT management and

the way he intended to carry out his new role, but he had the advantage of being on a first-name

basis with many of the people who managed IT services within each of the business groups.

The day I took the position, I called each of the IT managers in all of the business groups. Thanks to

my consulting work, I had become pretty good friends with some of them over the years. I knew

them all well, except for the IT leader of the Packaging group, who had just joined the team.

Administratively speaking, none of these IT resources reported to him. So, in the beginning, he

acted like an internal consultant, getting involved in all the important and/or problematic IT files.

He took advantage of the fact that his role wasn’t clearly defined to create one for himself and

take it from there.

If push came to shove, I knew that the CFO had a lot of credibility in the organization, and that I

could count on his support if drastic measures had to be taken.

So he got moving.

One of the first things Robert did was to analyze IT costs. He actually had already questioned his

boss, Michael Hanley, on the total amount invested in IT services at Alcan. Since IT activities

were so decentralized, he expected a very approximate figure; instead, he received a very precise

answer:

“Alcan spends $200 million on IT.” I was surprised that he could give me an answer so quickly, but I

told him that, unfortunately, that was impossible given the lack of a global cost overview. I was sure

that it was closer to somewhere between $275 and $300 million. After all those years of consulting

for Alcan, I knew that if costs really were in the order of $200 million, the system would have come

down around our ears long ago. The phone would have rung off the hook! Because of the

fragmentation of systems, infrastructure and resources, we would never have had sufficient capacity.

But when I told him that, he immediately said, “That’s impossible! There’s no way we spend

$300 million on IT.” So that’s when I said, “Look, I can’t prove it to you today, but I’m going to do a

detailed analysis.” I knew it was important that his perception of things be realigned before I could

move on to do what I wanted to do.

Shortly thereafter, Robert came back with the amount he had verified: about $295 million

annually! An in-depth analysis showed that IT costs were documented in several places at the

local level. Within a single business group, for example, since IT human resources did not all

report to the same IT unit, the result was a wide variety of methods of recording those costs. In

certain cases, Robert noticed that IT costs were included in the groups’ operating expenses, thus

ending up in cost of goods sold. These disparate practices were keeping head office from getting

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 4

a complete picture of the real IT expenses. The $200 million figure from the CFO was accurate…

in terms of what made its way to senior management. But there was another $100 million that

was flying under the radar. Robert and his boss agreed that “whether we like it not, that money’s

spent!”

Robert reflected on the issues underlying the current situation. Not only was it virtually

impossible to identify the actual amount the organization was investing in IT, it was equally

impossible for IT governance at head office to set and monitor priorities. His first task would be

to put IT management in order at every level across the entire organization.

A 360° diagnosis

Robert observed that the management and use of information technologies at Alcan was

excessively complex. Over the years – particularly the last five – the company’s multiple

acquisitions had created a diversified, fragmented IT environment that had had a negative effect

on the effectiveness and efficiency of business processes. For example, Alcan had to work with

over 1,000 information systems, over 400 of which handled financial data. “To tell you the truth,

we’re still counting!” In addition to the heroic manual effort required to produce financial and

management information, this technological mish-mash made the management and application of

government regulations (like the Sarbanes-Oxley Act, for example) much more costly. Many

major IT initiatives were underway in the various business groups, including several projects to

implement the SAP integrated software package, without any apparent intergroup coordination.

When I arrived, we realized that there were three major SAP implementation projects going on in

various places throughout the organization. When you look at them separately, it doesn’t seem like a

big deal, but together they represented an investment of $500 million. Three mega-projects like that

put enormous pressure on resources. There’s a limit to SAP expertise, after all.

In addition, IT projects and initiatives that affected processes that were common to the four

business groups (finance and procurement, for example) were inadequately coordinated.

Evaluation of project risk, including planned transformations, seemed insufficient. And, finally,

internal expertise (including SAP, project management and management of service level

agreements) appeared inadequate, given the scope of the projects currently underway in the four

business groups and at head office.

The Corporate IT 1 function: an overview

At the time of Robert Ouellette’s hiring, about 900 people worked in IT at Alcan, both in the

business units and at head office. Since the company was also a major consumer of IT services,

however, about 80% of its total annual IT budget was spent on outside services from consulting

and outsourcing firms, as well as on equipment and software. In March 2006, the Corporate IT

function, in whose organization Robert was particularly interested, was made up of a total of

136 resources spread over 12 different sites (see Appendix 4).

The structure of this group (see Figure 2) was based on five sectors of responsibility: the groups

in charge of corporate applications (financial and other), the Architecture Planning group, the

1 Term used by Alcan.

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 5

Information Systems Solution group, the Infrastructure Planning group and the Shared

Infrastructure Services group.

Figure 2

Organization Structure of the Corporate IT Function (Source: Corporate IT – 1

st Month Assessment, April 2006, acetate 21)

The groups concerned with the development and support of corporate applications

(financial and other) included 14 resources divided among Montreal, Paris, Singen and Zurich.

These resources were extremely disparate with no centralized management. According to

Robert’s analysis, this group showed no sign of any form of coordinated leadership for corporate

financial applications. Consequently, there existed no overall architecture for those applications.

Various supply strategies were used for project delivery and application management, and there

was no consolidated overview of needs and requests. Since the competencies of this group were

not aligned with current projects, there was no option but to resort to outside expertise.

The Architecture group consisted of three resources with highly technical skills (Web

technologies and middleware) that corresponded to those of the Infrastructure Planning and

Shared Infrastructure Services groups. This group was therefore not equipped to take full

responsibility for all the layers of architecture of applications and information management.

The Information Systems Solutions group was made up of 60 resources distributed among five

different cities: Voreppe, Paris, Warmley, Neuf Brisach and Issoire. Primarily SAP-oriented

(project delivery and application management), this group focused mainly on the needs of the

former Pechiney and the major SAP implementation project in the Engineered Products group.

VP Corporate IT R. Ouellette

Infrastr . Planning C. Fraser

IS Solutions K. Taylor

Other Corp S. Robert

FFinance - Zurich W. Thiers

Finance - Paris

- P. B

Infrastr . Shared .

M. Hanley

IT Controller Assistant M - F.

Architecture K. Taylor

Vice-President – Corporate IT

Infrastructure Planning

Information Systems Solutions

Other corporate applications

Financial Applications Zurich

Financial Applications Paris

Financial Applications Montreal

Infrastructure Shared Services

Executive Vice-President and

Chief Financial Officer

IT Controller Assistant

Architecture

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 6

The Infrastructure Planning group had 16 resources in six different sites: Montreal, Chicago,

Voreppe, Kingston, Warmley and Saguenay. This group was primarily involved in planning

improvements to the technological infrastructure and the technical architecture design for new

applications. This group’s skills corresponded to those of the Architecture and Shared

Infrastructure Services groups.

The Infrastructure Shared Services group had 40 resources located in six different sites:

Montreal, Chicago, Voreppe, Paris, Warmley and Singen. This group was responsible for the

operation of the common infrastructure components, such as global network, e-mail and data

processing centres. It also provided workstation support and collaboration tools.

This fairly convoluted structure clearly illustrated the challenges of IT management in a context

of multiple acquisitions and incomplete integrations over the previous decade. Following the

acquisition of Pechiney, for example, Alcan found itself with two infrastructure groups. Since the

groups had not been integrated at that time, the situation still existed. Because of their recognized

skill in operations, Pechiney resources were assigned to that area; Alcan resources were

redirected towards infrastructure planning. The result was that former Alcan people did the

planning and former Pechiney people put those plans into execution – which led to difficulties in

coordinating efforts, a lack of skill and knowledge (particularly in the area of planning), and a lot

of generalized frustration for IT management within each of the business groups. So Robert

decided to complete the integration process, letting five people go, some of whom had been with

Alcan for 20 years. This daring move provided convincing evidence that senior management was

fully committed to the new orientations of IT management, marking the beginning of the

definition of the new global organizational structure of IT management at Alcan.

First results

A few months after his arrival, Robert noticed the first signs of some promising developments.

The first was that IT services, as well as the institution of shared services, were now on senior

management’s list of priorities. Also, a few business groups were making efforts to reduce

system diversity: the Engineered Products and Packaging groups had adopted an SAP strategy.

Significant progress was also being made in standardizing and consolidating the IT infrastructure,

particularly with respect to global network and e-mail.

A more in-depth analysis of IT management processes revealed, however, that a major

transformation was called for. Despite Alcan’s many acquisitions, the IT governance model had

not been revised in several years, with the result that IT services were still being managed like

separate fiefs. For the same reason, the funds allocated to IT were systematically under-

evaluated, with little indication of their business value. How could an accurate picture of IT costs

within the organization be obtained? Without being able to track real costs, how could Alcan

know if it was getting a fair return on its IT investments? Moreover, since certain infrastructure

costs (premises, for example) were not charged to IT, how could an accurate idea of the costs of

services offered internally be obtained for the purposes of comparative analysis? This type of

under-evaluation was also preventing management from making informed, fair decisions on the

outsourcing of certain services.

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 7

There also seemed to be a problem with respect to internally available skills, which were

sometimes insufficient and poorly aligned with needs. IT competencies were not identified,

evaluated or compensated in the same way by the various business groups, and competency

deficiencies were palliated by outside resources, consultants or contract workers. Robert also

noticed that, in the case of several projects, Alcan had abdicated its leadership responsibility –

and control – of its IT resources:

There were outside people who did it for us – to the point that when we wanted to understand what

was happening at Alcan, we were dependent on outside consultants to tell us. It didn’t make any

sense.

Finally, Robert’s evaluation showed that the management of IT projects lacked rigour. Several

projects had been delivered late or over budget.

In this context, what would be the ideal characteristics and advantages of a new IT organization

and governance model at Alcan?

2010-06-21

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 8

Appendix 1

Some Background on the Aluminium Industry

In 1889, Charles Martin Hall had just discovered and patented a new, inexpensive procedure for

extracting aluminium from bauxite and alumina. With a group of industrialists, he founded the

Pittsburgh Reduction Company, which was renamed the Aluminum Company of America in

1907 (Alcoa, 2002). Alcoa’s operations took off during the Second World War, when the demand

for aluminium for aircraft skyrocketed. To support the war effort, the American government

constructed a series of aluminium smelters whose operation it entrusted to Alcoa. By the end of

the war, the company had a virtual monopoly, accounting for 60% of all the aluminium produced

in the United States.

Alcan appeared on the scene in 1902 as a Canadian subsidiary of the Pittsburgh Reduction

Company. Initially called the Aluminum Company of Canada (ACOC), it became a wholly

independent company in the early 1950s (Alcan, 2003). This transformation was the result of a

decision by Manhattan’s Federal Judge John C. Knox on a celebrated antitrust case that pitted

Alcoa against the U.S. Justice Department (Time Magazine, 1950). In the post-war period, the

sale of government-owned excess production capacities of aluminium sparked heated debate,

which led to the U.S. market being split among three major players: Alcoa (50.9% of total

production), Reynolds (30.9%) and Kaiser Aluminum & Chemical Corporation (18.2%). In his

judgement, satisfied with the level of competition, Judge Knox refused to allow Alcoa to be

broken up, but ordered it to dispose of its Canadian holdings in the sector, as its Canadian

subsidiary had become the second-largest company in the sector. Alcoa thus relinquished its title

of ownership to Aluminum Limited, which became the parent company of Alcan, the name it had

taken in 1944.

The years that followed saw strong growth in Alcan’s processing capacity as the company

pursued aggressive expansion in many countries, including Australia, Britain, Brazil and India.

During this period, Alcan targeted vertical integration by investing in bauxite mines and alumina

plants in Africa, Brazil and Australia. During the 1980s, Alcan merged with British Aluminium

and made a series of acquisitions, including the Alusuisse Group Ltd., and created Alcan Taihan

Aluminum Limited in Korea to serve the vigorously expanding Asian market. In 1987, Alcan

merged with its parent company and chief operating unit Aluminium Limited to become Alcan

Inc.

The collapse of the Soviet Union in the 1990s had a disastrous effect on the global aluminium

market. To compensate for a perilous financial position, the annual production of the former

Soviet Union went from about 250,000 metric tonnes to 1.2 million tonnes. The market was

glutted, resulting in an enormous downward pressure on prices, which plummeted from $1.65 a

pound in 1988 to as low as 53¢ a pound in 1993 (Binet, Guiard and Jaclot, 2000). To make

matters worse, the global recession seriously depressed the entire aluminium industry.

In reaction to this major market decline, all of the industry’s major players were forced to revise

their growth strategies, which sparked a spate of consolidation and restructuring as each tried to

trim its operating costs and boost their plants’ energy production (Funding Universe, 2007). The

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 9

first major transaction was the absorption of the independent producer Alumax by Alcoa in 1998,

followed by buyout of Reynolds in 1999. At almost the same time, Alcan acquired Alusuisse,

VAW Flexible Packaging (FlexPac), Baltek and Uniwood/Fome Cor. In 2001, Alcan joined a

Chinese joint venture and acquired France’s Pechiney, thereby gaining access to an electrolytic

process reputed to be the best in the industry.

The aluminium sector is highly vertically integrated. This is primarily because, at a technical

level, the processing of bauxite (aluminium ore) and alumina is very sensitive to the chemical

properties of the raw material, requiring case-by-case adjustment. Since very high production

capacities are needed to reach a break-even point and electrolytic processes are extremely energy-

consuming, companies must have access to stable, abundant, inexpensive supplies of energy

(Binet, Guiard and Jaclot, 2000).

The beginning of the new millennium saw a major market recovery with rapid economic

expansion (and increased demand for aluminium), particularly in Asia and Western Europe.

Since then, global production of primary aluminium has risen steadily at an annual rate of 4.5%,

reaching 31.8 million tonnes in 2005, for a production increase of over 35% since 1999.

World consumption of aluminium exceeded 44 million metric tonnes in 2005, representing an

annual economic activity in the order of US$300 billion. Aluminium is lightweight, strong, heat

conducive, corrosion resistant and infinitely recyclable, making it indispensable to a wide range

of semi-finished goods – laminated, rolled, extruded, drawn, cast and forged products – that are

subsequently transformed into finished products (consumer goods) for such markets as

transportation, construction, packaging, electricity, engineering, machinery and equipment.

In this new business context, North America has to import close to 975,000 tonnes of aluminium

every year to satisfy domestic demand. Quebec aluminium smelters are highly competitive,

however: at $1,090/tonne, it is more economical to produce aluminium in Quebec than elsewhere

in the world, where the average cost is US$1,370. In August 2007, the global market price of

aluminium reached US$2,520 per tonne, its highest level in the previous ten years (Industry

Canada, 2005).

Bibliography

ALCAN (2003). “Jalons de l’histoire,” www.alcan.com.

ALCOA (2002). “It all starts with dirt: The making of aluminum at Alcoa,”

http://www.alcoa.com/global/en/about_alcoa/dirt/pdf/startswithdirt.pdf, ( Consulted

November 5, 2007).

BINET, E., R. GUIARD and E. JACLOT (2000). “Les fusions Alcan-Péchiney-Algroup et

Alcoa-Reynolds,” École nationale supérieure des mines de Paris.

FUNDING UNIVERSE (2007). “Alcan Aluminium Limited,”

http://www.fundinguniverse.com/company-histories/Alcan-Aluminium-Limited-

Company-History.html. Consulted November 5, 2007.

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 10

INDUSTRY CANADA (2005). “Canadian aluminum industry technology roadmap: The

Canadian aluminum industry,”

http://www.ic.gc.ca/eic/site/pm-mp.nsf/eng/mm01826.html, (Consulted November 5,

2007).

TIME MAGAZINE (June 12, 1950). “Victory for Alcoa.”

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 11

Appendix 2

Alcan’s Global Activities (Adapted from presentation at the CIO Executive Summit – December 2006, acetate 6)

Legend

Bauxite & Alumina

Primary Metal

Laminated Products - America and Asia

Laminated Products - Europe

Engineered Products

Packaging

Head Office and other offices

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 12

Appendix 3

Alcan Organization Chart – 2007

Taking on the challenge of IT management in a global business context: The Alcan case – Part A

© HEC Montréal 13

Appendix 4

Personnel by Location – Corporate IT function (Source of data: Corporate IT – 1

st Month Assessment, April 2006, acetate 22)

Location Management*

Financial

applications (Montreal, Paris and

Zurich)

Other

corporate

applications

Archi-

tecture

IS

Solutions

Infrastructure

planning

Infrastructure

shared

services

Total

Montreal 3 3 6 9 6 27

Chicago 2 1 3

Voreppe,

France

3 23 2 21 49

Paris 1 30 4 35

Warmley,

England

1 1 7 9

Neuf

Brisach,

France

5 5

Issoire,

France

1 1

Kingston,

Ontario

1 1

Saguenay 1 1

Singen,

Germany

2 1 3

Zurich,

Switzerland

2 2

Grand total 3 6 8 3 60 16 40 136

*The Management group includes the Executive Vice-President and Chief Financial Officer (Michael Hanley), the

Corporate Vice-President, IT (Robert Ouellette) and the IT Controller.

Modules/Module2/The Alcan Case – Part B.pdf

© HEC Montréal 2010

All rights reserved for all countries. Any translation or alteration in any form whatsoever is prohibited.

The International Journal of Case Studies in Management is published on-line (www.hec.ca/revuedecas/en), ISSN 1911-2599.

This case is intended to be used as the framework for an educational discussion and does not imply any judgement on the

administrative situation presented. Deposited under the number 9 65 2010 008 with the HEC Montréal Centre for Case Studies,

3000, chemin de la Côte-Sainte-Catherine, Montréal (Québec) Canada H3T 2A7.

Volume 7 Issue 2

May 2009

Taking on the Challenge of IT Management in a Global Business

Context: The Alcan 1 Case – Part B

2, 3

Case prepared by Professors Line DUBÉ, 4 Carmen BERNIER

5 and Vital ROY

6, 7

Montreal, January 2007 – After ten months as Vice-President of Corporate Information

Technologies (IT), 8 Robert Ouellette was appointed Chief Information Officer at Alcan. After he

assumed his new function in March 2006, he conducted a detailed analysis of the IT situation at

Alcan and proposed a major shift in the way the company managed its IT services. The current IT

governance model, which had not been revised for several years, was now totally outdated. IT

services were managed like separate fiefs: each business group had its own IT strategy and its

own model for financing initiatives.

IT Management in a Global Business Context: A Plan for Alcan

“We need to move from a culture of decentralization to a culture of distributed collaboration.”

As Vice-President, Corporate IT, Robert Ouellette had begun outlining the future of IT

management at Alcan. His priority was to build a solid, competent team that could give him the

support he needed. In the absence of clear direction and a specific mandate, the IT management

team was floundering. He identified the key people within the organization, and then added some

new collaborators from very different backgrounds. Of the eight people on his IT management

1 This case reflects the situation at Alcan in the summer of 2007.

2 Translation from French of “Relever le défi de la gestion des TI dans un contexte d’affaires mondial : Le cas d’Alcan –

Partie B,” case deposited under number 9 65 2009 005.

3 This project was made possible thanks to funding from the CGI Professorship.

4 Line Dubé is a Full Professor in the Department of Information Technologies at HEC Montréal.

5 Carmen Bernier is an Associate Professor and Director of the Department of Information Technologies at HEC Montréal.

6 Vital Roy is an Associate Professor in the Department of Information Technologies at HEC Montréal. He is also Director of the

HEC Montréal Case Centre.

7 The authors wish to thank Robert Ouellette for his generous availability and invaluable cooperation throughout the entire

preparation of this case. All quotes used here are translations of excerpts of interviews with Mr. Ouellette during the summer of

2007. We also thank HEC Montréal for its support through its Strategic case-writing workshop designed to encourage the

production of major case studies for teaching purposes. We are also grateful to all workshop participants, whose judicious input

helped us to prepare a better teaching resource tool. 8 Term used by Alcan.

Taking on the challenge of IT management in a global business context: The Alcan case – Part B

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team, four were new recruits to Alcan. The team’s first challenge was to build cohesion, develop

a common vision and find effective ways of working together. This groundwork was needed to

set up a solid management team that would be able to provide support for the major projects that

would transform the organization.

Robert decided that the next step would be to identify and formulate the main management

principles that would guide the entire reorganization of the IT function at Alcan (see Figure 1).

The management team established principles based on value added (business value), the

importance of human resource development, reduced diversity in the technological park,

economies of scale, reuse, purchase of software packages, and infrastructure management. These

principles were integrated into strategic planning and coloured all decisions and actions taken.

Figure 1

Alcan IT Principles (Source: Alcan IT Strategic Plan 2008-2010, v1.1b, June 11, 2007, acetates 39-40)

The IT management team then prepared a blueprint for the new orientations in IT management.

This first strategic general IT plan was focused on a tight alignment between IT and the business

strategy and the creation of a shared service centre. This plan, which was submitted in the spring

of 2007 and developed in cooperation with all business groups, including the IT group at head

office, established and communicated a common vision of IT management enterprise-wide.

Equally important, this new plan laid the foundations for applying the shared-services philosophy

that was endorsed by Alcan but never fully implemented. According to this new method, the

management of services that were common to all business groups would be done by a central

organizational unit supported by internal billing mechanisms. In the case of IT services, as well

as financial services and human resources, this centralization of shared services would promote

economies of scale, shared competencies, consolidation, standardization, reuse and low-cost

access to expertise. Before such services could be set up, the activities to be integrated first had to

be determined and the roles and responsibilities of the various stakeholders (the central IT

function, the shared service centre and the business groups) in managing IT services redefined.

In addition to creating shared service centres, the new strategic plan demonstrated IT senior

management’s desire to better integrate IT services with corporate strategies. The plan proposed

to set up a governance structure that would clearly identify the stakeholders’ role in IT

1. We are innovative and proactive in the use of technology to enable, deliver and sustain business value.

2. We continually develop our people, our skills and our competencies.

3. We reduce diversity, complexity and leverage economies of scale.

4. We make information reusable, shared, protected, consistent and compliant.

5. We reuse before we buy; we buy and integrate before we build.

6. We manage infrastructure like a utility: secure, reliable, standard, available and at best cost.

Taking on the challenge of IT management in a global business context: The Alcan case – Part B

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management, reduce technological diversity and complexity, develop preferred partnerships with

global service suppliers, and continuously improve information security. In concrete terms, it

would define and develop an effective corporate architecture and technological infrastructure

capable of meeting the changing needs of each of the business groups while continuing to support

legacy systems. The strategic IT plan formalized Alcan’s desire to repatriate the management of

its IT services and obtain the necessary tools to manage them on a global basis.

Alcan senior management, satisfied with the proposed IT orientations and the results obtained in

such a short period of time, recognized the need to coordinate the activities of the various

stakeholders affected by the implementation of shared services (IT, finances and human

resources). It was for that reason that, in January 2007, the new Vice-President IT was appointed

Alcan’s Chief Information Officer, making him responsible for global IT management and the

coordination of shared-service activities.

The governance model for IT management and implementation

The new distributed collaboration model that Alcan wanted to implement would put an end to the

unchallenged autonomy of the business groups and require a new governance structure (see

Figure 2). This new structure clearly defined the roles and responsibilities of each stakeholder, in

particular, the role of the central IT group and of the business groups in achieving the objective of

global IT management.

In this model, the CIO was directly responsible for his management team (at the top of the

organization chart in Figure 2) and shared services (at the bottom). Senior IT management thus

consisted of the CIO and his four main associates: the Enterprise Architecture Director, Chief

Information Security Officer Director, Performance Management Director, and Strategic IT

Programs Director. The Corporate IT Director reported directly to the new CIO. At the bottom of

the chart are the two shared service centres (one for Infrastructure and the other, for Application)

that also reported directly to senior IT management.

In the centre are the IT Directors of the various business groups. Under Alcan’s usual

decentralization policy, each group had its own IT director/VP (the titles varied depending on the

group) who was responsible for IT management within his group and accountable solely to his

group’s head management. Under the new governance model, the four IT directors/VPs report to

the head management of their group (75%) and also to the CIO (25%). This change alone

constituted a veritable revolution in IT management at Alcan. It meant that, in addition to the

mandate of their business group, IT directors were now responsible for achieving the company’s

global objectives. IT directors/VPs retained control of local IT management, but used shared

services for delivery of common services. The shared service centres now acted as outsourcers or

internal consultants for the business groups.

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Figure 2

New IT Governance Structure (Source: IT Shared Services Overview, September 19, 2007, acetate 3)

In addition to establishing internal functioning, it was also necessary to redefine the authority

structure that connected the various groups within the IT function as well as outside of it in order

to create greater cohesion between Alcan’s business objectives and the strategic technological

objectives (See Figure 3).

Chief Information Officer

Corporate

IT Director

Bauxite & Alumina and Global IT –

Pacific Region IT Director

Directeur TI

Primary Metal

IT Director

Engineered Products

IT Director

Packaging

IT Vice- President

Enterprise Architecture

Director

Performance Management

Director

Strategic IT Investment

Programs Director

Chief Information Security Officer

Director

Infrastructure Shared Services

Application Shared Competency Centre

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Figure 3

New Governance Structure for IT Management at Alcan – Decision-Making Bodies (Source: Adapted from Alcan IT, The Power of Partnership, IT Governance, v1.2, August 13, 2007, slide 20)

Members Frequency

E x

e c u

ti v

e C

o m

m it

te e

President and Chief Executive Officer of Alcan

Executive Vice-President and Chief Financial Officer

Executive Vice-President – Corporate Development and Chief Legal Officer

Senior Vice-President – Human Resources

Senior Vice-President – Investor and Corporate Relations

President and Chief Operating Officer – Engineered Products

President and Chief Operating Officer – Primary Metal

President and Chief Operating Officer – Packaging

President and Chief Operating Officer – Bauxite & Alumina

Annually

A u

d it

C o

m m

it te

e

Made up of a number of members of the Board of Directors

Semi-

annually

IT C

o u

n c il

(I T

C )

President and Chief Operating Officer – Engineered Products

Executive Vice-President and Chief Financial Officer

Chief Information Officer

Quarterly

IT L

e a

d e r sh

ip

C o

m m

it te

e (

IT L

C )

Chief Information Officer

Director – Infrastructure Shared Services

Director – Application Shared Competency Centre

IT Director – Bauxite & Alumina

IT Director – Primary Metal

IT Vice-President - Packaging

IT Vice-President – Engineered Products

IT Director – Corporate

Bi-monthly

The CIO is ultimately accountable to the CFO. At least once a year, the CIO met with the Alcan

Executive Committee to report on his operations. To support him at the senior management level,

an IT Council was created, made up of the CIO, a President representing the business groups

(currently the President of Engineered Products) and the Chief Financial Officer. All ideas

advanced by the CIO were discussed by this council before being presented to the Executive

Committee. The IT Council met four times a year.

To ensure the business groups had a platform and hear what they had to say, Robert also created

the IT Leadership Committee, which brought together the IT Directors of the business groups and

shared services twice a month in order to take stock of current initiatives and better plan for

future projects. All irritants were duly noted, solutions identified and, when possible,

implemented. Finally, twice a year, IT senior management met with the company’s internal Audit

Committee, the group with the final say on rules and processes governing the production and

presentation of financial information. This committee assessed IT risk management, particularly

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with respect to best internal control practices dictated by legislation and regulatory bodies (such

as the Sarbanes-Oxley Act, for example), and those ensuring business sustainability and

continuity (backup plans for critical applications, for example). The committee drafted

recommendations as needed and monitored their implementation.

The major orientations of the IT strategic plan

It’s always the same debate; there’s no such thing as the perfect model. It’s a question of balance: if

you’re too centralized, you lose contact with the day-to-day reality of your operations. If you’re too

decentralized, you gain in terms of operational performance, but you lose in global efficiency.

Effective management is a balancing act.

In addition to developing management principles and instituting a new governance structure, the

strategic plan defined priorities for the coming period.

So, in accordance with the shared service vision, services used by all the business groups would

be centralized and provided by shared service centres. According to Alcan executives, this

strategy would promote the development of expertise, connections among projects, optimal use

of specialists, reuse, negotiations with suppliers, standardization of practices and norms, and

generalized economies of scale. While supporting the individual and ongoing development of the

business groups without disrupting their activities, the implementation strategy was aimed at

progressively shifting responsibilities, applications, infrastructure, personnel and processes to the

shared service centres.

At the core of the plan was senior management’s desire to regain control of its outsourcing

strategy, which was monopolizing a large part of its budget. In the past, faced with mismatched

and poorly managed internal teams, large consulting and tech firms simply assumed leadership.

A new IT management team and major restructuring of activities combined with global skills

development encouraged Alcan to take back control in this area. Internal teams would now be

mandated to reflect, plan and make important choices affecting IT organization. Suppliers would

work with an internal team that was more experienced, more demanding and more competent –

not just in terms of content, but partnership management as well. In order to disrupt daily

operations as little as possible, these changes were implemented progressively as service

contracts were renewed, new people were hired and employees’ competencies improved through

training.

The first strategic IT plan affected four priority areas: (1) creation of an enterprise architecture,

(2) management of the technological infrastructure, (3) management of applications, and

(4) management of IT investments.

1. Creation of an enterprise architecture

One of the new Vice-President’s first mandates was to organize the enterprise technology

architects. “It was total chaos. There was no coordination between the near/offshore groups

whose operations significantly affected the others. The whole thing needed to be reorganized.” So

Robert hired a new Enterprise Architecture Director with the mandate to design the standardized

technologies and practices on which all new development within the company would be based.

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The new director identified the enterprise architects currently working for the company, analyzed

their competencies, and created seven new positions to be filled on his team. Three high-potential

architects were identified and transferred to the team.

The new team’s first task was to identify the common technological objectives of the major

projects that were currently underway. Then, based on its findings, the team drew up a list of

fourteen priority foundation blocks. With a view to reducing technological diversity and

standardizing methods, these blocks represented elements used by more than two business groups

that were pertinent to the uniformity of future applications and those currently being developed ‒ in other words, common platforms or applications on which future technological developments

would be based. These blocks included, for example, Information Exchange Infrastructure,

Enterprise Portal, Document Management, Identification and Access Management, Business

Intelligence, Knowledge Management, and Web Services Platform. The team began by focusing

on the blocks that IT Management considered to be the most urgent: Exchange Infrastructure and

Enterprise Portal. In addition to outlining the main concepts with respect to technologies,

standards and norms, and determining prices and responsibilities, the team was also mandated to

provide the technological solution for each block.

An example: one of the important aspects of the Information Exchange Infrastructure block was

data exchange in an SAP environment. Due to the ever-growing number of independent SAP

implementations in the various business groups, there was already extensive diversity in the ways

the groups organized data transfers (in-house products, various supplier platforms and SAP

platforms) between modules, between modules and the outside, and between modules and other

Alcan systems. This exponential increase in work methods required a growing number of

skills… and suppliers. After analyzing the problem, the architecture team selected one platform

(the original SAP product) and developed the necessary standard tools for data transfer. All future

applications and those currently being developed would then be required to integrate the standard

tools into their interfaces.

The leadership of this team, reporting to IT senior management, was located in Montreal. Team

members based in Montreal and Voreppe (France) worked closely with Infrastructure Shared

Services and the new Application Shared Competency Centre. Once a block had been defined,

developed, tested and was ready to be used by the groups, its management would be transferred

to one of the two shared-service centres, depending on the domain it most directly affected.

2. Technology infrastructure management

Alcan’s technology infrastructure was imposing, to say the least. With an annual budget of close

to $76 million, there were 400 sites to be linked, six major data processing centres to be

managed, 3,000 servers and 31,500 PCs (including almost 9,000 laptops) to be maintained,

almost 30,000 voicemail boxes to be managed and 3,700 support calls/month to be answered!

The result was unprecedented diversity and an overabundance of partners.

Although the vocations of the business groups were different, their needs in terms of technology

infrastructure were relatively comparable. According to the Chief Information Officer:

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The infrastructure was the easiest thing to repatriate to a shared-service centre because the groups’

needs were very similar. Everyone wanted a network, a message handling system, data processing

centres, servers and workstations. And they wanted them to perform well, be reliable and not cost

much to run.

In 2003, following the Pechiney acquisition, Alcan had already started to implement an

infrastructure standardization plan, but the strategic plan wanted to go farther. “From an

infrastructure point of view, it was easy. We just had to consolidate and standardize what we’d

started.” The objective was to reduce the diversity and complexity of the technological

installations by standardizing the networks, servers and workstations. To do that, we created

Infrastructure Shared Services.

Naturally, we had to sell the idea to the business groups, but once Primary Metal, one of the major

groups, finally agreed, everyone else didn’t have much choice but to get onboard. As far as we were

concerned, Primary Metal was our point of no return. Once they were in, we were committed.

They started with the network, which was extremely complex. Successive acquisitions had left

the company with clusters of interdependent sites. For access purposes, several sites were linked

to the master site, which was linked to another master site, which finally provided access to a

core network. Service on these networks was provided by various suppliers: although big names

in the sector (MCI, Bell, Equant and Vidéotron) played a major role, there was a plethora of

small, local suppliers as well. As acquisitions and sales multiplied, so did the clusters ‒ to such an extent that the company was forced to deal with major network instabilities. The removal of

even one of the links in the network could have unpredictable consequences that were difficult to

control: “It was like trying to manage a game of pick-up sticks!”

Less diversity affected not only technology, but also the suppliers with whom the company did

business. IT senior management started by negotiating a contract with a single supplier for the

network: Orange Business Services (part of the France Télécom group), that offered services

worldwide through various partnerships. Since nothing is ever simple, however, Alcan also had

to negotiate with Telstra, which had virtual monopoly in Australian telecommunications, in order

to provide service in that territory, which was not served by Orange Business Services. Once

these agreements had been reached, Alcan progressively transferred all its sites to the new

network. Based on the same line of reasoning, the message management contract was awarded to

IBM, which managed the system from its sites in Toronto and Montpellier (France).

The data processing centre situation was even more complex. Alcan’s six data processing centres

were operated by as many companies: CGI in Saguenay, IBM in Toronto, CGI in Montreal, T-

Systems in Paris, and T-Systems and HP in Germany. Even if Robert wanted to move quickly to

consolidate some of these centres, contractual obligations prevented him from doing so without

paying heavy indemnities. The agreements, which remained in effect until 2009, had to be

respected.

As far as the data processing centres were concerned, there was no point in rushing into things.

Waiting until 2009 to do the changeover gave us time to plan a global strategy, find the best partner

and prepare a solid transition plan. Everything had to be done without affecting the groups’

operations, which was no easy task.

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According to the CIO, the ideal solution would be to use only two data processing centres for the

entire organization. This would reduce complexity without overly increasing system

vulnerability, as each centre could be the mirror site of the other.

With the aim of regaining control of activities (even outsourced activities), a team was set up

within the Infrastructure Shared Services group in Voreppe, France. The 78 people in the group

were basically repatriated from the business groups. To better meet local needs, IT senior

management also set up regional groups in Voreppe, Montreal, Saguenay, Shanghai and,

eventually, Brisbane (in Australia).

Before, we were just managing contracts. It didn’t take long, however, before things exceeded our

people’s technological expertise and they no longer had the capacity to understand what they were

managing. So we rebuilt a team of specialists. Now, not only could we manage our contracts, but we

could also plan our needs, better evaluate performance, solve problems with our partners, and work

toward the global development of our infrastructure. Once again, we were running the show.

To effectively manage all its activities, the Infrastructure Shared Service group set up the

Information Technology Infrastructure Library (ITIL), which it then used to identify best

practices in IT infrastructure management and operations. Drawing its inspiration from ITIL, the

centre managed its support services by technical domain and its service delivery by process. The

result was improved performance and better control of service quality. In France, the group took

first prize at the 2006 IT Service Management Forum for the excellence of its ITIL process

implementation, coming in ahead of such industry giants as Airbus, Carrefour and GE Capital.

3. Application management

Like everything else, all the information systems were planned, created and maintained within

each of the business groups. Several SAP platform initiatives were going on at the same time:

these parallel operations on the same technological platform created enormous pressure on the

organization’s competencies in this area. Each of the projects used SAP variants, which increased

the complexity, required wider expertise, and complicated transfers and information reuse, as

well as updates and future implementation of new versions. This problematic diversity was not

limited to these specific projects, but found its way into almost all the applications used at Alcan.

There were, for example, over 400 different applications for financial management alone. Apart

from making it virtually impossible to access information easily, this diversity significantly

increased application management costs (in terms of maintenance, operations, training, updates,

etc.). Technological diversity also entailed the management of multiple partnerships.

In order to reorganize global application management, IT senior management created the

Application Shared Competency Centre with the aim of consolidating everything related to the

development, creation, delivery, maintenance and monitoring of applications under one

management. According to this model, everything connected to the management, planning and

analysis of needs remained under the auspices of the business groups (all administrative

applications, including generic SAP applications). Then, when they were ready for technological

development, the Application Shared Competency Centre took over. The idea was to repatriate

critical mass applications to the Application Shared Competency Centre and leave those used for

the specific needs of one group with that group (MES applications). “It had to make economic

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sense.” Given the diversity of the business groups, it was considered preferable to let each one

consolidate the management of its MES applications.

While the transfer of the infrastructure to Infrastructure Shared Services was relatively

uncomplicated, the same could not be said for the applications.

The infrastructure was seen as a commodity. As far as the groups were concerned, if someone could

provide them with the same service at a lower cost and they didn’t have to worry about it, great.

Applications were another story altogether. The groups reacted immediately, afraid that if they

relinquished the development of their applications, they would lose control of their systems. This

phase entailed a lot of very long discussions with group senior managements.

Instead of playing the heavy and imposing the change by decree of senior management, Robert

decided that it would be wiser to proceed by increments. He gradually organized the central

management of applications until it became indispensable. This strategy worked well with the

business groups: since they were quite independent at a technological level, they grew to

appreciate the opinion and expertise that centralized management could give them.

You have to remember that I was relatively new to the scene as well; I didn’t have answers to all the

questions. It wasn’t as if the applications centre was completely functional. The basic principles were

easy to establish, but in terms of day-to-day operations, we had to start from the ground up.

Proceeding step by step allowed us to develop and implement methods so that we could test and

refine them.

After negotiating with the business groups, it was agreed that the maintenance of several

applications, including those being developed on the SAP platform, would be repatriated to the

shared application centre.

Although many people thought this was an odd decision, I personally believe that we tend to

underestimate the importance of maintenance in organizations. To achieve effective maintenance,

you have to know your systems and business processes inside out. You have to build relationships

with all your key people.

The central group thus began to assume control of maintenance, quickly adding the supervision

of all new SAP initiatives. As the legacy applications were integrated into the SAP platform, new

applications were placed under the responsibility of the shared competency centre. “It was a

gradual, painless transfer.”

The Application Shared Competency Centre was a centre that used the services of offshore

resources. Service in the Americas was provided out of major centres in Montreal and Chicago,

where there were 17 internal people and 55 outside consultants and contract workers. A similar

group based in Voreppe and Gennevillier (close to Paris) provided services for the rest of the

world. This group consisted of 73 internal people and 53 outside consultants and contract

workers. Finally, as for infrastructure, several tasks related to development, testing, maintenance

and surveillance were outsourced. IT senior management opted for a hybrid model: “nearshore”

(neighbouring countries) and “offshore” (overseas countries). Thus, a great deal of work was

done in Accenture centres in Bratislava (the capital of Slovakia) and Hyderabad (in India). The

company had chosen to maintain a site in Europe to facilitate communication with the Europeans,

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who were often less comfortable working in English, and to work in a common (or similar) time

zone, all based on an attractive cost structure. Accenture decided where the work would be done.

Alcan started by making an agreement that promised a certain result at a given price. As far as I was

concerned, Accenture could have part of the work done in China if they felt like it. I just wanted to

make sure that users could be served in English, French or German.

The purpose of this shared competency centre was to obtain a global overview of the company’s

information systems, make the most use of people’s competencies and encourage reuse.

We just finished a project! We took an SAP model that contained basic modules that came from

Tomago 1 Aluminium in Australia. Then we transferred it to Voreppe

2 so we could migrate to a new

version of SAP using a mixed team from Voreppe and Accenture consultants in France and India.

The model was then implemented at Sohar Aluminium, in the Sultanate of Oman, 3 by a mixed team

from Sohar, Voreppe and Accenture in Bombay. Alcan owns 20% of Sohar Aluminium. Finally,

through our Application Shared Competency Centre, we signed a five-year contract with Sohar to

support their new system. An Accenture centre in Hyderabad, India, actually that looks after that. To

get that contract we had to bid on the support project just like any other outside supplier.

Even if Alcan’s IT function did not identify itself as a service supplier for outside companies, this

collaboration underlined Alcan’s interest in the affairs of Sohar Aluminium.

Since Alcan had chosen SAP for its basic technological platform, this meant that, over the long

term, all new initiatives would be managed like an SAP integrated development project. Alcan

wanted to migrate to a global template that could standardize architecture while proving the

necessary flexibility to meet the needs of all of the business groups.

When companies say that they run on SAP, you’d think that they would be integrated and be able to

exchange information easily. Nothing could be further from the truth! Generally speaking, the SAP

instances they’ve implemented are so different that it’s as if, at the central level, they had installed

completely different systems.

The plan therefore provided for the migration of all current SAP instances, as well as all the old

legacy systems, to this new platform. A team of specialists would look after the new

implementations and could work in collaboration with local teams. This migration would have to

be carried out without disrupting any of the business groups’ activities. A detailed

implementation plan for this objective had yet to be drawn up.

4. IT investment management

There was no doubt that all this reorganization of IT management stemmed from Alcan’s need

for greater IT management visibility. All major projects that affected more than one entity or

concerning central services in one way or another could no longer be carried out independently.

Under the direction of strategic investment programs, therefore, IT senior management set up a

1 Tomago is a city on the east coast of Australia, about 164 km north of Sydney.

2 Voreppe is a city in southwestern France, just north of Grenoble.

3 The Sultanate of Oman is a small country (population 2.3 million) in the Middle East, on the southeast coast of the Arabian

Peninsula. It borders the United Arab Emirates on the northwest, Saudi Arabia on the west and Yemen on the southwest. It is

the site of large oil reserves that provide energy for Sohar’s aluminium smelters.

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strategic project office to closely monitor all IT projects valued at $2 million and over. The office

would evaluate project proposals to ensure that methodologies (planning, risk management,

control and follow-up plan, etc.) were respected. Although the operational management of these

projects would remain under the responsibility of the business groups, the project office would

keep a very close eye on all major projects.

To orchestrate the management of IT projects, the plan also made provisions for global

management of IT human resources. Alcan wanted to harmonize position titles, competencies

and roles, and to establish global succession plans, etc. in order to make the best use of the

competencies of the teams already established worldwide.

Robert reflected on his accomplishments. He had covered a lot of ground in just over a year! The

plan was ambitious, but the objectives were sound and the potential benefits, significant. He had

the ear and the support of the Executive Committee. The shared-services concept had gotten off

to a good start in the area of infrastructure management and integrated application development

management. The good relationships between the CIO and the business groups (the result of

Robert’s ten years as a consultant), the credibility and experience of the new central IT team, and

the results obtained to date convinced the business groups to get onboard. When Robert arrived,

the central IT group had often been the last to find out about IT initiatives in the business groups.

Now, the groups were more proactive, asking the competence centres for assistance in planning

their IT projects. It must be said, however, that the changes to date had affected only the least

controversial aspects (of IT services). The global implementation of the new IT management

philosophy would entail even greater changes in uncharted territories. The transformation of the

former Pechiney IT group had raised a great deal of concern because of the requirements of

French labour laws. How would the organization and senior management react? What about the

business groups? Ever the skilful strategist, Robert was planning the next steps. What new

challenges awaited the CIO in implementing his new IT management model?

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