top of page

Mon, Jan 20

|

The Westin Ottawa

Using Interactive Games and Simulations to Drive Operational Improvement

Registration is Closed
See other events
Using Interactive Games and Simulations to Drive Operational Improvement
Using Interactive Games and Simulations to Drive Operational Improvement

Time & Location

Jan 20, 2020, 9:00 a.m. – 5:00 p.m.

The Westin Ottawa, 11 Colonel By Dr, Ottawa, ON K1N 9H4, Canada

Guests

About the Event

  

A series of interactive games, educational simulations and team exercises will be delivered during the course of the day to drive various learnings associated with Operational Improvement in the Mining / Mineral Processing industry. These learnings can be applied to specific improvements of a process, as well as general improvement of business practices. Everyone will have a chance to participate with each game, either directly or indirectly. A brief introduction to the theory will be offered prior to each game, and analysis / debrief after each game.

· Variation and Bottlenecks (Dice)

o Impact of variation on the overall performance and improvement roadmap.

o Understanding bottlenecks.

o Expected vs Actual Performance linked to decision making.

· Lean Zone Production Methodology (Lego)

o Impact of supplier problems, labor skills, deadlines, quality control and other real-life situations incorporated into each round/phase of the simulation.

o Visual, hands-on demonstration of how changes can improve productivity.

o Helps break down employees' natural resistance to change, making it a practical and entertaining way to introduce new concepts, open constructive dialogue and demonstrate the positive aspects of well-planned directed change.

· Measurement System Analysis (Caliper)

o Impact of operator / analyst and instrument on the overall quality of a measurement system.

o Gage study of a measurement system.

o Understanding the difference between accuracy and precision, and how good is acceptable.

· Design of Experiment (Effervescent Tablets)

o Impact of factors and interactions on identifying optimum conditions for dissolution.

o Design of Experiment to obtain maximum information with minimum number of trials.

o Identify which inputs cause a significant effect on the output (main effects), as well as potential interactions and an overall (predictive) transfer function.

Share This Event

bottom of page