Goldratt's Simulator Bundle
We have developed FOUR simulators inspired by the creator of Theory of Constraints and the Co-Founder of Goldratt Research Labs, Dr. Eli Goldratt
GOLDRATT'S DICE GAME
GOLDRATT'S DICE GAME
$149.97 Value
Discover the secret to dramatically INCREASE throughput and REDUCE lead times without compromising your reliability or increasing costs
P&Q Simulator
P&Q Simulator
$149.97 Value
Can you discover the secrets to maximise profitability in a factory that only makes two products, P and Q?
MULTITASKING SIMULATOR
MULTITASKING SIMULATOR
$79.97 Value
Discover How You Can Increase Productivity, Reduce Stress, and Minimize Errors at Work and At Home
HIKING SIMULATOR
HIKING SIMULATOR
$79.97 Value
Discover New Strategies to Overcome Performance Variability and Improve Team Coordination for Peak Efficiency
Total Value: $459
Goldratt's Simulator Bundle
Get access to FOUR of our best-selling simulators with Alan Barnard's birthday bundle discount and save up to 55%
For Only: $147
$67
*1-Year Licences
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For Only: $297
$133
*5-Year Renewable Licences
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GOLDRATT'S DICE GAME
From "The Goal" - The book every Amazon executive reads
Discover the secret to dramatically INCREASE throughput and REDUCE lead times without compromising your reliability or increasing costs
Unlock the secrets with the new interactive Goldratt's Dice Game
Secret #1
Why most organizations are not able to reliably achieve their output targets
Secret #2
Why efforts to improve resource utilization often reduce output and increase lead time and WIP
Secret #3
What small but counter-intuitive change can result in BIG output and profitability improvements
THE DICE GAME is based on Dr. Eli Goldratt's best-selling book "The Goal"
Dr. Eli Goldratt's book "The Goal" has sold more than 10 million copies and has revolutionized manufacturing. It has become the go-to book not just for Fortune 500 executives, but also for MBA students, management teams, and business owners.
The Dice Game is how protagonist Alex Rogo discovered why systems perform well below expectations when they have variability and interdependency between processes and machines.
Now, for the first time, you can have access to the DICE GAME in the form of an Interactive Simulation Model to discover: How to dramatically improve the performance of any system in a very simple but counter-intuitive way.
THE DICE GAME is based on Dr. Eli Goldratt's best-selling book "The Goal"
Dr. Eli Goldratt's book "The Goal" has sold more than 10 million copies and has revolutionized manufacturing. It has become the go-to book not just for Fortune 500 executives, but also for MBA students, management teams, and business owners.
The Dice Game is how protagonist Alex Rogo discovered why systems perform well below expectations when they have variability and interdependency between processes and machines.
Now, for the first time, you can have access to the DICE GAME in the form of an Interactive Simulation Model to discover: How to dramatically improve the performance of any system in a very simple but counter-intuitive way.
What is the Dice Game?
It is an interactive simulation model that creates a low-cost, low-risk environment for you to learn why your management rules and efficiency performance metrics are causing you to frequently fail to achieve targets.
What You Can Achieve With The Dice Game
Who Can Benefit from Goldatt's Dice Game?
Do you want to learn more about one of the simulators?
MULTITASKING SIMULATOR
Discover How You Can Increase Productivity,
Reduce Stress, and Minimize Errors
Discover How You Can Increase Productivity, Reduce Stress, and Minimize Errors
Highlighted Benefits Of The Multitasking Simulator
Benefit #1:
Understanding Task-Switching Costs
When you multitask and switch tasks, you pay a 'time tax', leading to decreased efficiency and potential delays.
By using our Multitasking Challenge Simulator you will discover how these hidden costs accumulate, revealing the true impact of multitasking on your productivity and overall performance.
Benefit #1:
Understanding Task-Switching Costs
When you multitask and switch tasks, you pay a 'time tax', leading to decreased efficiency and potential delays.
By using our Multitasking Challenge Simulator you will discover how these hidden costs accumulate, revealing the true impact of multitasking on your productivity and overall performance.
Benefit #2
Understanding The Stress Multiplier
Multitasking isn't just inefficient; it's a stress multiplier. Our Simulator lets you experience the heightened stress that comes from multitasking and the calm of single-tasking.
See for yourself how focusing on one task at a time can lead to a more relaxed and productive work environment.
Benefit #2
Understanding The Stress Multiplier
Multitasking isn't just inefficient; it's a stress multiplier. Our Simulator lets you experience the heightened stress that comes from multitasking and the calm of single-tasking.
See for yourself how focusing on one task at a time can lead to a more relaxed and productive work environment.
Benefit #3
Focus and Finish
Focus and Finish empowers you to complete all tasks of one project before moving to the next. This method not only improves your focus and workflow but also enhances your efficiency in task management.
Benefit #3
Focus and Finish
Focus and Finish empowers you to complete all tasks of one project before moving to the next. This method not only improves your focus and workflow but also enhances your efficiency in task management.
Benefit #4
Manual Mode vs. Simulated Mode
Begin with our Simulated Mode to establish a performance benchmark. Once you have this baseline, switch to Manual Mode where you'll estimate how well you can do, and commit to how fast you will complete all tasks.
To test your estimations and commitments, you'll first complete all tasks through multitasking and then through single-tasking. This will let you see if you met your commitments and determine which strategy made you most productive.
Using this simulator, you'll come to understand why it's so hard to estimate how long it will take to complete a set of tasks and make reliable commitments.
Benefit #4
Manual Mode vs. Simulated Mode
Begin with our Simulated Mode to establish a performance benchmark. Once you have this baseline, switch to Manual Mode where you'll estimate how well you can do, and commit to how fast you will complete all tasks.
To test your estimations and commitments, you'll first complete all tasks through multitasking and then through single-tasking. This will let you see if you met your commitments and determine which strategy made you most productive.
Using this simulator, you'll come to understand why it's so hard to estimate how long it will take to complete a set of tasks and make reliable commitments.
Benefit #5
Detailed Results Analysis
Analyse the real impact of multitasking vs. single-tasking with our Simulator. Keep score and compare key metrics:
- The number of tasks completed -
- Error rate (number of mistakes made) -
- Throughput (tasks completed per second) -
- Time taken to complete all tasks (planned vs. actual) -
Benefit #5
Detailed Results Analysis
Analyse the real impact of multitasking vs. single-tasking with our Simulator. Keep score and compare key metrics:
- The number of tasks completed -
- Error rate (number of mistakes made) -
- Throughput (tasks completed per second) -
- Time taken to complete all tasks (planned vs. actual) -
Who Can Benefit from MULTITASKING SIMULATOR?
Do you want to learn more about one of the simulators?
HIKING SIMULATOR
Inspired by "The Goal" - The book every Amazon executive reads
Discover New Strategies to Overcome Performance Variability and Improve Team Coordination for Peak Efficiency
Unlock new insights with our Hiking Simulator
Insight #1
Variability's Real Impact: Discover how small differences in individual performance, such as variable walking speeds in hikers, can unpredictably extend project timelines.
Scenario #1
Variability in Performance
The simulation begins with a straightforward scenario featuring a single hiker whose speed varies between 1 and 6 miles per hour due to changing trail conditions. This variability is a metaphor for individual performance of completing their tasks.
Scenario #1
Variability in Performance
The simulation begins with a straightforward scenario featuring a single hiker whose speed varies between 1 and 6 miles per hour due to changing trail conditions. This variability is a metaphor for individual performance of completing their tasks.
Scenario #2
Managing Team Interdependencies
The complexity increases with five hikers, emphasizing task interdependency. The team's progress now depends on its slowest member's pace, illustrating how team dynamics and individual performance variabilities can extend project completion time.
Scenario #2
Managing Team Interdependencies
The complexity increases with five hikers, emphasizing task interdependency. The team's progress now depends on its slowest member's pace, illustrating how team dynamics and individual performance variabilities can extend project completion time.
Scenario #3
Team Coordination
In this scenario, you will explore the impact of regrouping the team every mile. This approach tests the balance between maintaining team cohesion and managing time efficiency. It demonstrates how frequent adjustments and strategic pauses can affect the overall project timeline.
Scenario #3
Team Coordination
In this scenario, you will explore the impact of regrouping the team every mile. This approach tests the balance between maintaining team cohesion and managing time efficiency. It demonstrates how frequent adjustments and strategic pauses can affect the overall project timeline.
Scenario #4
'Herbie in Front' – Addressing The Bottleneck
This scenario introduces the strategy of placing the slowest hiker, Herbie, at the front, directly addressing the bottleneck issue. This setup explores how managing the bottleneck can significantly influence the team's overall perfomance.
Scenario #4
'Herbie in Front' – Addressing The Bottleneck
This scenario introduces the strategy of placing the slowest hiker, Herbie, at the front, directly addressing the bottleneck issue. This setup explores how managing the bottleneck can significantly influence the team's overall perfomance.
Scenario #5
'Herbie Goes Faster' – Alleviating The Bottleneck
The final scenario explores strategies for alleviating the bottleneck, such as improving Herbie's speed, in the story this is done by reducing the things he carries.
Scenario #5
'Herbie Goes Faster' – Alleviating The Bottleneck
The final scenario explores strategies for alleviating the bottleneck, such as improving Herbie's speed, in the story this is done by reducing the things he carries.
Inspired by the hiking story in Dr. Eli Goldratt's book, "The Goal"
In "The Goal," the hiking story is a pivotal moment where protagonist Alex Rogo realizes the effects of performance variability and interdependency on system efficiency. This simple and powerful analogy has enlightened countless professionals about the intricacies of managing complex systems.
For the first time, the HIKING SIMULATOR brings this analogy to life in the form of an interactive simulation model.
You can use use the simulator to uncover effective strategies for dealing with variability in performance and interdependencies within a team or system.
Inspired by the hiking story in Dr. Eli Goldratt's book, "The Goal"
In "The Goal," the hiking story is a pivotal moment where protagonist Alex Rogo realizes the effects of performance variability and interdependency on system efficiency. This simple and powerful analogy has enlightened countless professionals about the intricacies of managing complex systems.
For the first time, the HIKING SIMULATOR brings this analogy to life in the form of an interactive simulation model.
You can use use the simulator to uncover effective strategies for dealing with variability in performance and interdependencies within a team or system.
Who Can Benefit from THE HIKING SIMULATOR?
Do you want to learn more about one of the simulators?
P&Q FACTORY SIMULATOR
Can you discover the secrets to maximise profitability in a factory that only makes two products, P and Q?
Unlock Key Insights with Our P&Q Factory Simulator
Insight #1
Identifying & Managing the Bottleneck
Gain a deeper understanding of the principle of identifying and managing the bottleneck in production processes. See the effects of targeting improvements at the bottleneck, as opposed to a generalized approach across all operations, to significantly enhance overall factory profitability.
Insight #1
Identifying & Managing the Bottleneck
Gain a deeper understanding of the principle of identifying and managing the bottleneck in production processes. See the effects of targeting improvements at the bottleneck, as opposed to a generalized approach across all operations, to significantly enhance overall factory profitability.
Insight #2
Optimizing Product Mix for Maximum Profitability
Uncover the strategy of selecting the ideal product mix based on the profitability per unit of the bottleneck resource. This insight moves away from conventional gross margin evaluations, fostering a more comprehensive approach to profit maximization that accounts for production constraints and resource limitations.
Insight #2
Optimizing Product Mix for Maximum Profitability
Uncover the strategy of selecting the ideal product mix based on the profitability per unit of the bottleneck resource. This insight moves away from conventional gross margin evaluations, fostering a more comprehensive approach to profit maximization that accounts for production constraints and resource limitations.
Insight #3
Impact of Transfer Batch Sizes on Production Efficiency
Experience firsthand how the size of transfer batches affects the rhythm and flow of production. Discover how optimizing transfer batch sizes can minimize downtime, increase output efficiency, and lead to a more streamlined production process.
Insight #3
Impact of Transfer Batch Sizes on Production Efficiency
Experience firsthand how the size of transfer batches affects the rhythm and flow of production. Discover how optimizing transfer batch sizes can minimize downtime, increase output efficiency, and lead to a more streamlined production process.
Insight #4
Strategic Allocation of Production Capacity
Learn to strategically manage and allocate production capacity to meet market demand effectively. Explore various strategies for balancing workload across machines, ensuring optimal use of all resources and avoiding inefficiencies due to capacity underutilization or overloading.
Insight #4
Strategic Allocation of Production Capacity
Learn to strategically manage and allocate production capacity to meet market demand effectively. Explore various strategies for balancing workload across machines, ensuring optimal use of all resources and avoiding inefficiencies due to capacity underutilization or overloading.
Inspired by Dr. Eli Goldratt's book
"The Haystack Syndrome"
In "The Haystack Syndrome," Dr. Eli Goldratt, the creator of the Theory of Constraints, introduced the P&Q Factory challenge. This challenge, centered around a seemingly simple factory setup producing only two products – P and Q, unveils the complex layers of decision-making in business operations.
Dr. Goldratt used this example to help people understand how complicated and nuanced profitability calculations can become, especially when production constraints are involved.
We developed the P&Q Factory Simulator to make the insights from The Haystack Syndrome more accessible, in the form of an interactive simulator. Users can immerse themselves in the challenge, experimenting with various strategies to optimize factory performance and profitability.
Inspired by Dr. Eli Goldratt's book
"The Haystack Syndrome"
In "The Haystack Syndrome," Dr. Eli Goldratt, the creator of the Theory of Constraints, introduced the P&Q Factory challenge. This challenge, centered around a seemingly simple factory setup producing only two products – P and Q, unveils the complex layers of decision-making in business operations.
Dr. Goldratt used this example to help people understand how complicated and nuanced profitability calculations can become, especially when production constraints are involved.
We developed the P&Q Factory Simulator to make the insights from The Haystack Syndrome more accessible, in the form of an interactive simulator. Users can immerse themselves in the challenge, experimenting with various strategies to optimize factory performance and profitability.
Who Can Benefit from THE P&Q FACTORY SIMULATOR?
STUDENTS & PROFESSORS
The P&Q Factory Simulator is a unique tool for illustrating basic principles of factory management and the Theory of Constraints. It's particularly useful for those studying business, economics, or operations management, providing an interactive way to explore theoretical concepts.
CONSULTANTS & TRAINERS
The P&Q Factory Simulator can be an effective tool for professionals consulting on manufacturing efficiency, bottleneck management, or Theory of Constraints. It offers an interactive, practical way to understand strategic decision-making in production processes, providing a hands-on learning experience.
Do you want to learn more about one of the simulators?
Goldratt's Simulator Bundle, products developed by Goldratt Research Labs
All Rights Reserved ©
Dice Game Instructions
Multitasking Instructions
Hiking Simulator Instructions
P&Q Simulator Instructions
Do you have a question?
Send Us An Email
marketing@goldrattresearchlabs.com
Dice Game Instructions
Multitasking Instructions
Hiking Simulator Instructions
P&Q Simulator Instructions
Have a question?
Send Us An Email
marketing@goldrattresearchlabs.com
Goldratt's Simulator Bundle, products developed by Goldratt Research Labs
All Rights Reserved ©