Design of Experiments
with STAVEX (Part B)

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Next Date

Wed/Thu, 9-10/12/2026 

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Participants

3 - 12 

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Duration

2 Days

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Course Form

online, classroom in Basel or in-house

Trainer:
Trainer: Dr. Philippe Solot

He has over 25 years of experience in the application of statistical methods in the process industry. He has coached many training sessions on various topics, including Design of Experiments (DoE) for process and product optimization. His wide practical knowledge allows him to make even technical concepts easily understand­able by participants.

Dr. Solot holds an M.Sc. and a Ph.D. in Applied Mathematics, both from the EPFL (Swiss Federal Institute of Technology, Lausanne).

Course Description

You already have basic knowledge in Statistical Design of Experiments (DoE), have applied it to at least a few problems, but you are unsure how to proceed for dealing with more complex situations that are not so seldom in practice? This advanced course will enable you to extend your expertise and build practical experience by examining a range of typical complex cases. After the course, participants will be able to apply Design of Experiments with confidence even when facing challenging practical scenarios.

What Are You Going To Learn?

The course explores advanced topics of Statistical Design of Experiments (DoE) that are crucial for addressing effectively the complexities and real-world challenges of practical problems. Participants learn how to simultaneously optimize conflicting objectives in Quality by Design (QbD), enabling them to define the Design Space even with multiple critical quality attributes (CQA’s), and to optimize formulations in e.g. pharmaceuticals, coatings, and cosmetics. Further factor restrictions and visually assessed responses are also treated. Moreover, the training provides strategies for handling common real-world difficulties such as hard-to-change factors, imprecise factor settings, failed experiments, and the efficient reuse of existing experimental data.

The course includes hands-on software demonstrations and PC-based exercises inspired by real industrial case studies, which offers an opportunity to acquire more practical experience, e.g. with interactive result visualization. Emphasis is placed on a good balance between clear methodological explanations and practical application, ensuring that all concepts are accessible – even to scientists with minimal statistical background. Mathematical formalism is avoided as much as possible.

While the course uses the intuitive, web-based DoE software tool STAVEX (for the intranet), most of the concepts discussed are not software-specific, so that the knowledge learnt is useful with other tools as well.

Who Should Attend?

  • Scientists and engineers in Research, Development and Production (e.g. in chemistry, pharmacy, biotechnology, process technology, physics etc.) who want to develop or optimize processes and products more efficiently and who need to deal with complex problems or real-world difficulties.

  • Previous knowledge of the Design of Experiments methodology and a basic experience in its application using any software tool (as provided in “Design of Experiments with STAVEX (Part A)”) are required.

  • Previous experience using STAVEX constitutes an advantage, but is not required.

Course Fees

  • CHF 795.- per day + 8.1% VAT (incl. course documents and individual participant coaching during the practical exercises) for online courses
  • CHF 865.- per day + 8.1% VAT (incl. course documents, individual participant coaching during the practical exercises, break refreshments and lunch) for classroom courses.

Which Topics Are Covered?

Simultaneous Optimization of Several Response Variables

  • Target optimization

  • Determining the best compromise and the Design Space with the desirability function

Special Experimental Designs

  • Designs for qualitative factors, further optimization designs

  • D-optimal problem-specific designs

  • User-defined (external) designs

Accounting for Practical Difficulties

  • Experimental restrictions, trend

  • Handling of violated factor settings

  • Analysis in spite of unsuccessful experiments

Qualitative Response Variables

  • Problem specification and designs

  • Discriminant analysis

Formulation Problems: Problem Definition and Modelling

  • Concepts, problem definition and specification of the restrictions

  • Overview of the mostly used designs

  • Analysis and interpretation of the results

Practical Recommendations

Discussion of Problems of the Participants

  • Questions & Answers

  • Joint development of STAVEX models

Registration Form – Design of Experiments with STAVEX (Part B)
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Any Questions about STAVEX or Design of Experiments (DoE)?

We are always at your disposal if you have any questions. Simply call us on +41 61 686 98 77 or use the Contact Form.