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Quality by Design and Design Space - 3 days course - Sweden

Quality by Design and Design Space - 3 days course - Sweden

$2,180.00 $2,625.00
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Available Course locations & dates

19 Sept 2017 - Malmoe - English - $2,180.00 USD

Early bird registration: if you register 2 months before the course start you get a 17% discount on the price.

Quality by Design and Design Space

Scientific investigations involve changing a number of controlled variables to direct the response in question towards a desired level. Design of Experiments (DOE) is a rational and cost-effective approach to practical experimentation that allows the effect of variables to be assessed using only the minimum of resources. DOE is the backbone for efficient QbD implementation strategies. The final specifications for a region where all specifications are fulfilled to a defined risk level is called Design Space.The course is composed of lectures, demonstrations and computer exercises in software MODDE® based on real life investigations.

COURSE OBJECTIVE

On completion, participants will know how to:

  • Create efficient experimental designs to match the objectives.
  • Analyze experimental data using sound statistical principles.
  • Improve and optimize products and processes.
  • Interpret the results to increase understanding.
  • Make a risk estimate of the decided settings.
  • Understand robust optimization objectives
  • Set specifications for normal operations (Design Space)
  • Report results in a comprehensive graphical format.

WHO SHOULD PARTICIPATE?

Intended for researchers, scientists and engineers from all sectors of industry and academia. Typical applications include product development, process improvement, optimization, validation and quality control. No prior knowledge of statistics is assumed.

SELECTED COURSE CONTENT

  • Understanding the DOE concept
  • Data modeling and diagnostics
  • Create a solid base for decisions
  • Finding the optimal setting
  • Quality estimates and robustness evaluation
  • Design Space specifications

SCHEDULE

1st day
9:00 to 17:00

Focus on how and when should Design of Experiments be used?

  • Problem formulation
  • Selection of goals, factors, responses, type of model and design
  • Properties and analysis of Full factorial designs
  • Evaluation of raw data
  • Regression analysis and model interpretation

Exercises followed by discussion

2nd day
9:00 to 17:00

Focus on screening and optimization

  • Screening designs, which factors dominate and what are their optimal ranges
  • What to do after screening, optimization or modification of the design
  • Optimization designs, how do we find an optimum?

Exercises followed by discussion

3rd day
9:00 to 15:00

Focus on robustness testing and Quality specifications.

  • Verification that the method or process is robust within given specifications
  • Use Monte Carlo simulation to identify operating regions that assure good quality product.
  • Set specifications for a Design Space
  • Robustness testing, discuss four different scenarios.

Exercises using participants' or Umetrics' examples.
Discussion of participants' own data including creation of new designs.

Course summary

COST AND CONDITIONS

Please note that at some course locations you are required to bring your own computer for the exercises. Instructions on how to install the program will be included in the final course information.

Included in the course fee (+ VAT) is coffee, lunch and course documentation.

Cancellations received later than two weeks before the course starts will not be refunded. For courses cancelled more than two weeks before the course starts, MKS Instruments AB will retain 10% of the course fee to cover administrative costs and the rest of the amount will be refunded.

Course participant(s) can be substituted by the registering company as long as MKS Instruments AB is notified.

MKS Instruments AB are providing courses based on a sufficient number of registrants. Therefore, MKS Instruments AB reserves the right to cancel the course 14 days prior to the course start date, if the number of registrants is too low. Full refund will be made to these registrants. A 10% discount will be made to any registrant(s) enrolling in the next available course.


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