Green Belt Design for Six Sigma - holland-innovative.nl · The ‘Statapult’ game: variation is a...
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The ‘Statapult’ game: variation is a given... Focus on complex business processes Green Belt Design for Six Sigma High Tech Campus 9 β-Technology Center 5656 AE Eindhoven T +31 40 85 14 611 E [email protected] W www.holland-innovative.nl Training objective and result This Green Belt training course deals explicitly with the Design for Six Sigma method. So you will be trained to be a DfSS Green Belt and you will then be able to carry out operations in a project in accordance with the DfSS methodology. As a Green Belt you will be responsible for the statistical justification with which the correct decisions can be taken in your organisation. You can perform development and improvement projects independently and can support the DfSS Black Belt effectively in complex projects. The focus on client demand and the proactive way of collecting data lead to better products and an improvement in the corporate results. To enhance the effectiveness of the learning process for the Six Sigma methodology and the associated tools, you will perform your first project in tandem with the course’s progression. You will also receive support in projects in the form of free participation in the Six Sigma User Group (4x a year) for one year. With the actual contribution to the corporate results of your DfSS project, the investment in this course will be justified. A selection of the skills which will be learned: In addition to the pro-active Design for Six Sigma (DfSS) DIDOV methodology, the reactive DMAIC methodology will also be covered in the course. The phasing can be shown as follows: • Proactive: Define - Identify - Design - Optimise - Verify (DIDOV) • Reactive: Define - Measure - Analyse - Improve - Control (DMAIC) The activities to be carried out in each phase are discussed, introducing the useful statistical and other ‘tools’ for the relevant phase. Statistics are important to take decisions based on data. For this reason, there will be extensive practice with the Minitab statistical software. To guarantee good quality for the new product, the following topics will also be considered: FMEA, Robust Design and Tolerancing, Reliability, Lean. The focus is on the practical applicability. Presentations will alternate with exercising the statistical techniques. A ‘Statapult’ game will also be used to put the learned theory into practice. New products and processes need to be developed within an increasingly shorter time, first time right and with the right quality. The structured Design for Six Sigma (DfSS) DIDOV methodology delivers the tools for this which will assist you effectively. Robust design with statistical foundations!! Register: www.holland-innovative.nl Course duration and number of participants 4 Blocks of 2 days from 9.00 a.m. to 5 p.m. Maximum group size: 16 Teacher Ir. Joost van der Heijden, Holland Innovative BV Location and cost Location: Holland Innovative, High Tech Campus 9, Eindhoven. The charge will be €4,250 per participant (excluding BTW/VAT). Includes 8 training days, extensive course materials, project support during the training days, refreshments and daily lunches. Also within 1 year, 4 x free participation in the Six Sigma User Group. Not included are the costs for the theory examination, other project supervision and GB certification charges. Dates, registration and more info See www.holland-innovative.nl under Academy. You can also register here. Ask for an application form at academy@ holland-innovative.nl. Contact Team HI Academy, tel. +31 40 85 14 611 , [email protected]
Transcript of Green Belt Design for Six Sigma - holland-innovative.nl · The ‘Statapult’ game: variation is a...
The ‘Statapult’ game: variation is a given...
Focus on complex business processes
Green Belt Design for Six Sigma
High Tech Campus 9
β-Technology Center
5656 AE Eindhoven
T +31 40 85 14 611
W www.holland-innovative.nl
Training objective and result This Green Belt training course deals explicitly with the Design
for Six Sigma method. So you will be trained to be a DfSS Green
Belt and you will then be able to carry out operations in a project
in accordance with the DfSS methodology. As a Green Belt you
will be responsible for the statistical justification with which the
correct decisions can be taken in your organisation. You can
perform development and improvement projects independently
and can support the DfSS Black Belt effectively in complex
projects. The focus on client demand and the proactive way of
collecting data lead to better products and an improvement in
the corporate results.
To enhance the effectiveness of the learning process for the Six
Sigma methodology and the associated tools, you will perform
your first project in tandem with the course’s progression. You
will also receive support in projects in the form of free
participation in the Six Sigma User Group (4x a year) for one year.
With the actual contribution to the corporate results of your
DfSS project, the investment in this course will be justified.
A selection of the skills which will be learned:In addition to the pro-active Design for Six Sigma (DfSS) DIDOV
methodology, the reactive DMAIC methodology will also be
covered in the course.
The phasing can be shown as follows:
• Proactive: Define - Identify - Design - Optimise - Verify (DIDOV)
• Reactive: Define - Measure - Analyse - Improve - Control (DMAIC)
The activities to be carried out in each phase are discussed,
introducing the useful statistical and other ‘tools’
for the relevant phase. Statistics are important to take
decisions based on data. For this reason, there will be extensive
practice with the Minitab statistical software. To guarantee
good quality for the new product, the following topics will also
be considered: FMEA, Robust Design and Tolerancing,
Reliability, Lean. The focus is on the practical applicability.
Presentations will alternate with exercising the statistical
techniques. A ‘Statapult’ game will also be used to put the
learned theory into practice.
New products and processes need to be developed within an increasingly shorter time, first time right and with the right quality. The structured Design for Six Sigma (DfSS) DIDOV methodology delivers the tools for this which will assist you effectively.
Robust design
with statistical foundations!!
Register: www.holland-innovative.nl
Course duration and number of participants 4 Blocks of 2 days from 9.00 a.m. to 5 p.m. Maximum group size: 16
Teacher Ir. Joost van der Heijden, Holland Innovative BV
Location and cost Location: Holland Innovative, High Tech Campus 9, Eindhoven. The charge will be €4,250 per participant (excluding BTW/VAT). Includes 8 training days, extensive course materials, project support during the training days, refreshments and daily lunches. Also within 1 year, 4 x free participation in the Six Sigma User Group. Not included are the costs for the theory examination, other project supervision and GB certification charges.
Dates, registration and more info See www.holland-innovative.nl under Academy. You can also register here. Ask for an application form at academy@ holland-innovative.nl.
Contact Team HI Academy, tel. +31 40 85 14 611 , [email protected]
Target groupThe training course is intended for people who are carrying out
projects for the development of new products and processes or
the improvement to existing products, processes and services.
Affinity with decision-making based on facts, supported by
statistics and personal involvement in projects are all advantages.
The training course is suitable for professionals with an academic
or higher vocational education level, or a similar level of knowledge
acquired through experience.
TeacherThe teacher and person responsible for the course content is
Joost van der Heijden. Joost is a Master Black Belt and Senior Product
& Process and Reliability specialist with Holland Innovative.
Certification Participants who have completed the 8-day training course will
receive a certificate of participation. For Green Belt certification it
is necessary to complete a theory examination and two projects,
with a minimum saving of €20,000 per project.
In 4 blocks, complete overview and application in practice:
Six Sigma introduction and the DIDOV and DMAIC metho-
dologies
• Project Charter
• CTQ and CTQ Flowdown
• Morphological Matrix and Pugh Matrix
Statistics, using Minitab* statistical software
• Elementary Statistics, distributions and correlations
• Graphs
• Measuring System Analysis
• Control charts
• Process capability
• Hypothesis testing (X categorical vs. Y continuous (t-tests,
ANOVA), both X and Y continuous (= Regression Analysis),
both X and Y categorical (proportions, Chi-square) and X
continuous and Y categorical (= Logistic Regression))
• Design of Experiments
• Conjoint Analysis (optional)
• Data Sampling, non-normal distributed data, transformations
• Robust Design and Tolerance analysis
DfSS-related subjects:
• FMEA
• Lean (optional)
• Reliability
* For in-company courses, the course can be conducted with JMP as statistical
software on request. Optional: if time permits.
Focus on complex business processesHigh Tech Campus 9
β-Technology Center
NL - 5656 AE Eindhoven
T +31 40 85 14 611
W www.holland-innovative.nl
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The Holland Innovative House: core results enablers
Holland Innovative BV:• For solutions in project management,
product & process development and improvement, and reliability
• 30 Professionals with an average of 20 years’ experience
• Market areas: HighTech Industry, Automotive, Solar & Energy, Healthcare, Agro & Food
