[MIT Sloan]

15.566:
Information Technology as an Integrating Force
in Manufacturing

COURSE SYLLABUS

SPRING 1998

Syllabus Announcements Lecture Notes Homework

Course Information
Course Materials
MOTIVATION AND OBJECTIVES
ASSIGNMENTS AND GRADING
CLASS PARTICIPATION
GUIDELINES FOR CASE WRITEUPS
STUDENT INFORMATION SHEET

COURSE SCHEDULE

  Class #1, Wed 2/4/98
Class #2, Fri 2/6/98
Class #3, Mon 2/9/98
Class #4, Wed 2/11/98
Class #5, Fri 2/13/98
Class #6, Tues 2/17/98
Class #7, Wed 2/18/98
Class #8, Fri 2/20/98
Class #9, Mon 2/23/98
Class #10, Wed 2/25/98
Class #11, Fri 2/27/98
Class #12, Mon 3/2/98
Class #13, Wed 3/4/98
Class #14, Fri 3/6/98
Class #15, Mon 3/9/98
Class #16, Wed 3/11/98
Class #17, Fri 3/13/98
Class #18, Mon 3/16/98
 

 

Course Information

Classroom: E51-315
Class time: MWF 11:30am - 12:50am
Class Web Page: http://web.mit.edu/15.566

Instructors:

Professor Thomas Malone
Office: E53-333
Tel. (617) 253-6843
Fax (617) 258-7579
Email:malone@mit.edu
Web: http://ccs.mit.edu/tom.html

Office hours: By appointment

Professor Yannis Bakos
Office: E53-329
Tel. (617) 253-7097
Fax (617) 258-7579
Email: bakos@mit.edu
Web: http://ccs.mit.edu/yannis

Office hours: By appointment

Administrative Assistant:
David Fitzgerald
Office: E53-330
Tel. (617) 253-4950

Teaching Assistants:

Laurent Plantier
Tel. (617) 577-5691
Email: lplantier@aol.com
Terdsongchai (Terd) Putthisri
Tel. (617) 577-5614
Email: tputthis@mit.edu

Course Materials

  1. Course Packet with articles and cases, available from Graphic Arts.
  2. Additional readings will be handed out in class, including any readings not included in the Course Packet.
  3. Some readings are available on the Web and may not be distributed in hard copy.

Copyright Notice: The availability of certain readings on the Web does not provide a license to reproduce and further distribute these materials. Similarly, copyrighted materials in the readings packet and class handouts may not be further reproduced without written permission from the copyright holder.


MOTIVATION AND OBJECTIVES:

Information technology is transforming firms, markets, products and processes with remarkable speed. This provides managers with new challenges and valuable opportunities. Firms are turning to information technology not just to solve isolated problems, but also as a catalyst for organizational change and as an integrating force that can span functions, time and space. For example, Benetton uses a worldwide computer network to link 7000 stores in 80 countries, as well as scores of suppliers and agents, with its corporate offices in Italy. AT&T exploits the time differential and lower wage rates of software engineers in Bangalore, India to maintain its worldwide telecommunications systems in real-time through a satellite link.

At the same time, virtually every internal and external business process is becoming dependent on computers. In fact, it has been estimated that more than half of all new capital investment in the United States goes toward information technology. This technology has become a critical element in the success, and even survival, of organizations; American Airlines, for example, in recent years has often made more money from its computerized reservation system, SABRE, (spun off last year as The Sabre Group, Inc.) than from the airline business. However, these opportunities are fraught with risks: American lost tens of millions of dollars during a three-hour outage of the SABRE system.

Accordingly, this course addresses the management issues surrounding the impact of information technology in organizations. It is designed with the line and senior managers in mind, rather than the managers of the IS function, and thus it focuses on three themes:

  1. managerial and organizational issues raised by information technology,
  2. business applications of information technology, and,
  3. important new technologies, such as the Internet.

By the end of the course, we hope to achieve a subtle but sophisticated understanding of the links between information technology, business processes, organizations and markets. This is a very large order for a six-and-a-half week course. But if we are successful, each of us will gain insights and skills that will help steer a sensible course through a set of issues surrounding the use of information technology, which, although very important, is sometimes complex and confusing.


READINGS, ASSIGNMENTS, AND GRADING

The best way to appreciate the organizational implications of information technology is through intensive and thoughtful discussions in the classroom. Thus, we will proceed on the assumption that you have done the required readings before class and have understood most (but not necessarily all) of the issues raised. This course should be viewed as a cooperative learning experience and students are expected to share the insights they have gained from their work experience as well as the readings. Students are encouraged to form small study groups to discuss the readings before and after class.

You will be required to prepare one technology homework assignment, two written case assignments and two technology exercises. Assignments should be prepared individually, although you are encouraged to discuss the issues in your study groups. Plagiarism will not be tolerated, and will be reflected in the grade of all parties involved. All assignments are due at the beginning of class.

The technology homework assignment will give you first-hand experience with using, evaluating, and publishing information on the World Wide Web. You will go through all the steps involved in web site design, construction, publication, and use, thereby gaining a practical appreciation for the power of this new medium for organizations.

The case assignments will be relatively brief (3-4 double-spaced pages) and are designed to help you prepare for class discussion as well as to exercise your analysis and communications skills. Please read the guidelines for preparing IT case assignments at the end of this syllabus.

The technology exercises require you to perform some basic hands-on tasks to improve your understanding of the corresponding technology concepts.

There will be an in-class final exam.

Your performance will be assessed as follows:

  1. Discussion in class: 15% of total grade
  2. Technology homework: 15% of total grade
  3. Two written case assignments: 30% of total grade
  4. Two technology exercises: 10% of total grade
  5. Final exam: 30% of total grade

CLASS PARTICIPATION:

Your class participation grade will be based on attendance, preparation, familiarity with the reading materials, and relevance and insight reflected in classroom discussions. An important criterion is your contribution to the creation of a positive learning environment. For example, demonstration of mastery of advanced topics at inappropriate times may not help create a positive learning environment. On the other hand, correcting a mistake or an error, making constructive comments, or asking what appear to be "dumb questions" about what is being covered, can help.

Class attendance is important and required. If you must miss a class, please send e-mail to the instructor in advance with the reason. Please leave your name card up for each session and use the same seat for every class session after the first one.



COURSE SCHEDULE:


INTRODUCTION


Class #1: Wednesday, February 4, 1998 (Malone)

INTRODUCTION TO THE COURSE: WELCOME TO THE REVOLUTION

The first class will outline the course, and provide an overview of the economic, organizational and business impacts of information technology.

Required Readings:

  1. "Welcome to the Revolution," Fortune, Dec. 13, 1993: 66-77.
  2. Malone, Thomas W. and Rockart, John F. Computers, Networks and the Corporation. Scientific American, September 1991, pp. 128-136.
  3. Interview with Percy Barnevik, Forbes, Dec. 5, 1994: 65-68.

Optional Readings:

  1. Martin, B.L. et al., "The End of Delegation? Information Technology and the CEO," Harvard Business Review, #95505, September-October 1995: 3-10.

INFORMATION TECHNOLOGY FUNDAMENTALS


Class #2: Friday, February 6, 1998 (Professor Stuart Madnick)

SMALLER WORLD: DIGITAL CONVERGENCE, GLOBAL NETWORKING AND THE INTERNET

This class will discuss telecommunications, digital media, and the Internet.

Required Readings:

  1. Bell, T.E. and Riezenman, M.J. "Communications," IEEE Spectrum, Technology 1997 Special Issue, Jan. 1997: 27-37.
  2. McCormick, J. "Brief Notes on the Internet," 15.561 Memo, January 1996: 1-3.
  3. Coy, P. "Has the Net Finally Reached the Wall?" Business Week, August 26, 1996: 62-66.

Optional Readings:

  1. Leiner, B.M. et al., "The Past and Future History of the Internet," Communications of the ACM, Feb. 1997: 102-108.

Class #3: Monday, February 9, 1998 (Professor Stuart Madnick)

FASTER WORLD: COMPUTER TECHNOLOGY

This class will review computer basics and offer an overview of emerging trends in computer technology.

Required Readings:

  1. Coy, P. "Faster, Smaller, Cheaper," Business Week, Information Revolution 1994 Special Issue, 1994: 54-57.
  2. Malone, M. "Chips Triumphant," Forbes, Feb. 26, 1996: 52-82.
  3. Maital, S. "A 'Made in America' System," Across the Board, April 1994: 45-46.

Optional Readings:

  1. Laudon, K.C. and Laudon J.P. "What is a Computer System?" in Management Information Systems: Organization and Technology, NJ: Prentice-Hall, 1996: 187-200.
  2. Juliussen, E., "Computers," IEEE Spectrum, Technology 1997 Special Issue, January 1997: 49-54.
  3. Geppert, L., "Solid State," IEEE Spectrum, Technology 1997 Special Issue, January 1997: 55-59.

Intel 4004 chipOptional Web Browsing:

Click here to take a web-based tour of the amazing progress in the underlying technology of the information age: computers and communications.


TECHNOLOGY IN ACTION


Class #4: Wednesday, Febrary 11, 1998 (Malone)

IT IN MANUFACTURING AND PROCESS MANAGEMENT: USING SAP AT BAY NETWORKS

Required Readings:

  1. "Mr. Cozzette Buys a Computer." Fortune, April 18, 1994.
  2. "The Digital Factory." Fortune, November 14, 1994.
  3. "Intranets Reach the Factory Floor." Fortune, August 18, 1997

Class #5: Friday, February 13, 1998 (Steve Brobst)

DATABASE TECHNOLOGY: RELATIONAL AND MULTI-DIMENSIONAL DATABASES, DATA WAREHOUSES AND DATA MINING

As computers allow us to capture increasing amounts of data, organizations need to learn how to maintain and manage very large databases and how to distill this data into useful information.

Required Readings:

  1. Teach, E. "Tapping Your Hidden Assets," CFO: The Magazine for Senior Financial Executives, May 1996: 47-56.
  2. Laudon, K.C. and Laudon J.P. "A Modern Database Environment" in Management Information Systems: Organization and Technology, Prentice-Hall, 1996: 274-283.
  3. Verity, J.W. "Coaxing Meaning out of Raw Data," Business Week, February 3, 1997: 134-137.

Optional Readings:

  1. Fadlalla, A. "Data Warehousing Technologies," Enterprise Systems Journal, October 1996: 18ff.
  2. Dorrian, J. "A Different Model for Databases: Online Analytical Processing," EXE: 64ff.
  3. Bort, J. "Data Mining’s Midas Touch," InfoWorld, April 29, 1996: 79ff.

Class #6: Tuesday, February 17, 1998 (Bakos)

INFORMATION TECHNOLOGY IN MARKETING

Required Readings:

  1. Deighton, John, Don Peppers and Martha Rogers: "Consumer Transaction Databases: Present Status and Prospects." Chapter 3 in Marketing in the Information Revolution, Robert Blatberg, Rashi Glazer and John Little (eds), Harvard Business School Press, 1994, pp. 58-79.
  2. Schwartz, Ewan. "Advertising Webonomics 101," Wired, February 1996, pp. 74-80.

Case Assignment:

Catalina Marketing Corporation. Harvard Business School Case 9-594-026.

Class #7: Wednesday, February 18, 1998 (Bakos)

INFORMATION TECHNOLOGY IN LOGISTICS AND OPERATIONS

Required Readings:

  1. Hammond, Janice: "Quick Response in Retail/Manufacturing Channels." Chapter 8 in Globalization, Technology and Competition, Stephen Bradley, Jerry Hausman and Richard Nolan (eds), Harvard Business School Press, 1993, pp. 185-214.
  2. "Delivering the Goods." Fortune, November 28, 1994.

Case Assignment:

H.E. Butt Grocery Company: A Leader in ECR Implementation (Abridged). Harvard Business School Case 9-196-061.

FIRST WRITTEN CASE ASSIGNMENT DUE


Class #8: Friday, February 20, 1998 (Bakos)

INFORMATION TECHNOLOGY IN THE FINANCIAL MARKETS

Required Readings:

  1. Clemons, Eric and Bruce Weber. "London's Big Bang: A Case Study of Information Technology, Competitive Impact, and Organizational Change," Journal of Management Information Systems, Spring 1990.
  2. Weber, Bruce. "Information Technology in the Major International Financial Markets." Stern School of Business, New York University, 1994.

Class #9: Monday, February 23, 1998 (Bakos)

TRANSFORMING THE MARKETS: ELECTRONIC MARKETPLACES

Required Readings:

  1. Malone, Thomas, J. Yates and R. Benjamin, "Electronic Markets and Electronic Hierarchies," Communications of the ACM, 1987, pp. 484-497.
  2. Bailey, Joseph and Yannis Bakos. "An Exploratory Study of the Emerging Role of Electronic Intermediaries." International Journal of Electronic Commerce, March 1997.

Optional Readings:

  1. Bakos, Yannis. "A Strategic Analysis of Electronic Marketplaces." MIS Quarterly, September 1991.

TECHNOLOGY HOMEWORK PART A DUE


Class #10: Wednesday, February 25, 1998 (Bakos)

TRANSFORMING THE VALUE-ADDED CHAIN

Required Readings:

  1. Kalakota, Ravi and Andrew Whinston, "Intranets and Supply-Chain Management," Electronic Commerce, Addison-Wesley, 1997, Chapter 10.

Optional Readings:

  1. Johnston, Russell and Paul Lawrence. "Beyond Vertical Integration-The Rise of the Value-Adding Partnership." Harvard Business Review, July-August 1988.

Case Assignment:

Calyx & Corolla. Harvard Business School Case 9-592-035.

SECOND WRITTEN CASE ASSIGNMENT DUE


Class #11: Friday, February 27, 1998 (Malone)

TRANSFORMING THE ORGANIZATION: BUSINESS PROCESS REENGINEERING AND ORGANIZATIONAL CHANGE

Required Readings:

  1. Hammer, M. "Reengineering Work: Don't Automate, Obliterate". Harvard Business Review. July-August 1990. pp. 104-112.
  2. Orlikowski, W.J. & Hofman, J.D. "An Improvisational Model of Change Management: The Case of Groupware Technologies" Sloan Management Review, Winter 1997: 11-21.

Case Assignment:

CIGNA Corp.: Managing and Institutionalizing Business Reengineering. Harvard Business School Case 9-195-097

Optional Readings:

  1. Malone, T. W., Crowston, K., Lee, J., Pentland, B., Dellarocas, C., Wyner, G., Quimby, J., Osborne, C., & Bernstein, A. Tools for inventing organizations: Toward a handbook of organizational processes. Working Paper. Cambridge, MA: MIT Center for Coordination Science, January, 1997.

THE INTERNET AND BEYOND


Class #12: Monday, March 2, 1998 (Professor Stuart Madnick)

EVOLVING IT ARCHITECTURES: FROM MAINFRAMES TO CLIENT-SERVER TO NETWORK COMPUTERS

This class will discuss how computer architectures have evolved, focusing on the emerging trends.

Required Readings:

  1. Laudon, K.C. and Laudon J.P. "Enterprise-Wide Computing" in Management Information Systems: Organization and Technology, NJ: Prentice-Hall, 1996: 343-349.
  2. Edelstein, H. "Unraveling Client/Server Architecture," DBMS, May 1994: 1-7.
  3. Laberis, B. "Pull the Plug on Computer Hype," Wall Street Journal, April 25, 1994.
  4. Gross, N. and Hof, R.D. "Applets, Anyone?" Business Week, January 13, 1997: 105.
  5. "The Java: The Beginning of a New Computing Paradigm," Wall Street & Technology, December 1996: A2ff.

Optional Readings:

  1. Ricciuti, M. "The Best in Client/Server Computing," Datamation, March 1, 1994: 26-35.
  2. Hamilton, M.A. "Java and the Shift to Net-Centric Computing," IEEE Computer, August 1996: 31-39.

TECHNOLOGY HOMEWORK PART B DUE


Class #13: Wednesday, March 4, 1998 (Bakos)

THE INTERNET AND ELECTRONIC COMMERCE #1

Required Readings:

  1. A Note on the Internet. S-OIT-15, Graduate School of Business, Stanford University, 1996.
  2. "Intranets Reach the Factory Floor." Fortune, August 18, 1997.

TECHNOLOGY EXERCISE #1 DUE


Class #14: Friday, March 6, 1998 (Bakos)

THE INTERNET AND ELECTRONIC COMMERCE #2

Required Readings:

  1. Kalakota, Ravi and Andrew Whinston, "World Wide Web--Applications," Electronic Commerce, Addison-Wesley, 1997, Chapter 3.

Optional Readings:

  1. "Inside Microsoft." Business Week cover story, July 15, 1996, and a short article on the browser wars from this issue.

Optional Browsing:

Visit PC-Week's 10 Best Electronic Commerce Sites (January 6, 1997)

Case Assignment:

Netscape Communications. On-line Case.
 
TECHNOLOGY EXERCISE #2 (OPTIONAL), TASK 2 DUE BEFORE 9 A.M.

Class #15: Monday, March 9, 1998 (Bakos)

TECHNOLOGIES FOR ELECTRONIC COMMERCE: ENCRYPTION AND PRIVACY

Required Readings:

  1. Kalakota, Ravi and Andrew Whinston, "Firewalls and Transaction Security," Electronic Commerce, Addison-Wesley, 1997, Chapter 5.

Optional Readings:

  1. "Who's Reading your E-mail?" Fortune cover story, February 3, 1997.
  2. "How We Invaded a Fortune 500 Company." Fortune, February 3, 1997.

Useful links if you want to learn more about the topics covered in this class

  1. K. P. Birman and R. van Renesse. Software for Reliable Networks, Scientific American, May 1996, pp. 64-69 
  2. Udo Flohr. Electric Money, Byte, June 1996, pp. 74-84
  3. Here are two responses to the above article, and an update on what IBM is doing
  4. Here's a good and brief paper that elaborates on the math underlying public key encryption: Public Key Encryption Math #1
  5. Here is another good and brief paper (similar to #4 above) that explains the math underlying the RSA algorithm, adapted from an earlier version of the PGP manual: Public Key Encryption Math #2
  6. Seriously interested in Security and Cryptography? RSA (a division of Security Dynamics, Inc.) has assembled the classic list of answers to FAQs (Frequently Asked Questions).
  7. Pretty Good Privacy, Inc. has been advocating "privacy and security for the rest of us" for years, making powerful and cheap (often free) encryption products.
  8. Digicash is one of the leading developers of digital payment systems. Their website contains a wealth of information about the company and its products. It contains a good set of technology links for encryption and electronic cash. It also contains some interesting tutorial articles about digital cash. In particular, we recommend that you read the following: 
  9. Digital Signatures and Smart Cards
  10. Achieving Electronic Privacy 

TECHNOLOGY EXERCISE #2 (OPTIONAL) DUE


Class #16: Wednesday, March 11, 1998 (Bakos)

BUSINESS MODELS FOR THE INTERNET

Required Readings:

  1. Collaborative Filterning. Technology Note, Stanford Graduate School of Business, October 1997.

Case Assignment:

Firefly Network, Inc. Stanford Graduate School of Business Case, October 1997.

Class #17: Friday, March 13, 1998 (Malone)

NEW ORGANIZATIONAL FORMS AND THE NETWORKED ORGANIZATION

Required Readings:

  1. Malone, Thomas W. and Rockart, John F. Computers, Networks and the Corporation. Scientific American, September 1991, pp. 128-136. (Review from Class #1.)
  2. Malone, T. W. (1997) Is "Empowerment" Just a Fad? Control, Decision-making, and Information Technology. Sloan Management Review, 38(2), pp. 23 -35 (Reprint No. 3822)
  3. Laubacher, R. J., Malone, T. W., and the MIT Scenario Working Group. Two scenarios for 21st century organizations: Shifting networks of small companies or all-encompassing virtual countries. MIT Initiative on "Inventing the Organizations of the 21st Century" Discussion Paper, January 1997.

Class #18: Monday, March 16, 1998 (Malone)

IN-CLASS FINAL EXAM


GUIDELINES FOR PREPARING IT CASE ASSIGNMENTS

This note addresses how to write an IT case assignment, rather than a marketing case, a finance case, or an OB case. Naturally, there are similarities in writing all these types of cases, but here we focus on the case assignments you will be preparing in this course.

Your role

Your role is to act as an advisor to the CEO or other manager as specified in the case assignment. You have been brought in to analyze and interpret the available data, and to provide focused answers to the manager's questions.

Brainstorming

You should probably start by brainstorming, either individually or in study groups. In study groups students often rely on their individual backgrounds to provide different perspectives on a problem.

Which perspectives are relevant in an IT case?

First, you need to identify the important issues in the case. IT (usually) can have pervasive effects on organizations. It can affect production, distribution, marketing, finance, accounting, and personnel management and compensation. Another powerful framework is Porter's five forces model, which you have probably seen if you have taken a Strategy class. In assessing the potential impacts of IT, you can consider how IT affects each of the competitive forces: industry competition, power of suppliers, power of customers, potential entrants, and substitute products.

Now that you have identified the potential areas of IT impact, you need to consider issues relevant to the situation in the case. For example, a firm's strategy may be to market as the low price leader and support this strategy with a low cost production and distribution operation. In this scenario, IT's ability to lower production and distribution costs may be extremely important. Alternatively, a firm may emphasize high priced, high service products. Here IT may support high levels of service by keeping track of all customer interactions.

Focus

You should narrow the list of potential issues where IT has a critical impact to 3 to 5 key issues. You do this based on the importance of the issues to the firm's ability to profit in both the short and the long term, or other objectives developed in the case.

Based on these key issues you may be asked to recommend a single course of action (which will likely consist of many smaller complementary actions), and consider the implementation of it. A recommendation is a very specific measurable action with a date attached (if appropriate). It answers the manager's questions of how and when will something be accomplished.

In most case assignments, we will provide you with a list of questions to address, thus facilitating the above tasks.

The written report

The report should be typed, and follow the length guidelines specified in the assignment.

Your written report will be evaluated based on your answers to the assignment questions. Thus, written case reports should focus (exclusively) on these questions, although you may follow the general guidelines in preparing for the in-class discussion of the case. Please answer each question separately, but feel free to reference answers to other questions. Pay attention to what the question is asking (e.g., the difference between "discuss," "outline," "evaluate," "list"). Make sure you answer all the parts of each question.

Since you are reporting to the CEO or a manager of the firm, do not repeat facts of the case unless you are using these facts to support your choice of the key issues or recommendations. You can assume that these decision-makers are already familiar with their companies, and what they need from you is structured insight. An important thing in writing up your analysis and/or recommendations is to develop a convincing, logical argument consistent with the facts and values that you note about the case.

Usually there is no "right solution" to the case assignments. We care less about your specific recommendation in each case than we do about whether you arrive at a clear recommendation, and do so convincingly and in a well-written fashion. You may have to take a stand, and the more convinced you are, the better you will be able to communicate it. Do not avoid taking a stand by recommending vague things like "the firm should study the existing alternatives" or "the firm should do a cost/benefit analysis and do what has the highest NPV." This is an abdication of your responsibility as trusted advisor to the CEO, and will therefore not result in high rewards!


STUDENT INFORMATION SHEET

Please print the STUDENT INFORMATION SHEET and turn it in to the instructor.

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