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Fishbanks A Renewable Resource Management Simulation John Sterman y W. Forrester Professor of Management and Engineering System Director MIT System Dynamics Group MIT Sloan School of Management [email protected] web.mit.edu/jsterman/www

Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

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Page 1: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

FishbanksA Renewable Resource Management Simulation

John StermanJay W. Forrester Professor of Management and Engineering Systems

Director MIT System Dynamics GroupMIT Sloan School of Management

[email protected]/jsterman/www

Page 2: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Winslow Homer, The Herring Net

FishBanks

Fishbanks game originally developed by Prof. Dennis Meadows. Web version developed by Prof. John Sterman, MIT Sloan School of Management, with help from Prof. Andrew King, Tuck School of Business, Dennis Meadows, Keith Eubanks, and Forio.com. Slides developed by Dennis Meadows, Andrew King, John Sterman.

• Introduction and purpose

• How to access the game

• How to play

Page 3: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

• You will play the role of a fishing company– Competing against other companies– Dealing with variations in fish populations

and catch

Fish Banks

• Let’s go over:– The number of teams operating in the ocean– Rules for buying, selling and ordering ships– Operating costs, fish prices, fishing

technology and parameters governing fish reproduction

Page 4: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Maximize your Net Worth at the end of the game.

Net Worth = Bank Balance

+ Value of Fleet

Your Goal

The winner is the team with the highest Net Worth at game end

$

Page 5: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Annual Profit

Profit = Income – Expenses• Fish Sales

• Ship Sales

• Interest Earnings

• Operating Costs

• Ship Purchases

• New Ship Orders

• Interest Charges

($/year)

Page 6: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Income

• Fish Sales = Catch * Fish Price ($/Year) (Fish/Year) * ($/Fish)

Fish Price = $20/fish

• Ship Sales = Ships Sold * Ship Price ($/Year) (Ships/Year) * ($/Ship)

Ship Price set by auction

• Interest =

Minimum * Interest Rate Earnings Bank Balance ($/Year) ($) * (%/Year)

Interest earned only if Minimum Balance is positive. Interest Rate = 2%/year

Page 7: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Expenses• Operating = Annual cost for ships deployed to:

Costs Harbor, Coast, and Deep Sea ($/Year)

Harbor: $50, Coast: $150, Deep: $250per ship per year

• Ship Purchases = Ships Bought * Ship Price ($/Year) (Ships/Year) * ($/Ship)

Ship Price set by auction

• Interest = Minimum * InterestCharges Bank Balance Rate ($/Year) ($) * (%/Year)

Interest charged whenever Minimum Balance is negative. Interest Rate 5%/year.

Page 8: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Expenses (continued)• Each year you may order the construction of new

ships.

• You pay for these ships this year and take delivery at the start of next year.

• New Ship = Ships Ordered * New Ship Price Purchases ($/Year) (Ships/Year) * ($/Ship)

New Ship Price = $300/Ship

Maximum New Ship Order is half of your current fleet (initial fleet + auction purchases), rounded up to the nearest whole number.

Page 9: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Sequence of Debits and Credits

Page 10: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Fishing Fleet

• Initial Fleet = 3 Ships/team

• Fleet Growth- Purchase from other teams via auctions

- Order new ships

• Fleet Reduction- Sales to other teams via auctions

Page 11: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Catch

Catch influenced by:Number of Ships,

Ship Effectiveness,Weather

Page 12: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Ship Effectiveness

25

Page 13: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Recent History of the Fisheries

Page 14: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

Let’s Go Fishing

Winslow Homer, Fishing Boats, Key West (1903)

Page 15: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System

To Log On:

http://bit.ly/fishbanks(http://forio.com/simulate/mit/fishbanks/simulation/login.html)

Page 16: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System
Page 17: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System
Page 18: Fishbanks A Renewable Resource Management Simulation John Sterman Jay W. Forrester Professor of Management and Engineering Systems Director MIT System